PROFESSIONAL EXPERIENCE REPORT
Presented To Council for the Regulation of Engineering in Nigeria (COREN) By CHUKS EMU B.Eng. (Hons) Electrical Engineering University of Benin, Benin City, Edo State OF Makon Engineering and Technical Services Ltd.
IN FULFILMENT OF THE REQUIREMENT FOR REGISTRATION Into Council for the Regulation of Engineering in Nigeria (COREN)
September, 2012
TABLE OF CONTENTS ATTESTATION ............................................................................................................................................ 4 1.0
INTRODUCTION ............................................................................................................................ 5
SUMMARY OF EXPERIENCE..................................................................................................................... 5 1.1
Abbreviations and Definitions ................................................................................................. 5
CAREER OVERVIEW .................................................................................................................................. 9
2.0
3.0
4.0
1.2
Makon Engineering & Technical Services Limited, Lagos State .............................................. 9
1.3
China Petroleum Engineering & Construction Company, Khartoum, Sudan ........................ 12
1.4
FMC Technologies Inc. Houston, Texas ................................................................................. 15
1.5
Deltaafrik Engineering Limited, Victoria Island, Lagos ......................................................... 19
1.6
Cakasa Nigeria Company Limited, Ikoyi, Lagos .................................................................... 26
1.7
Software Proficiency ............................................................................................................. 29
1.8
Trainings............................................................................................................................... 29
ELECTRICAL AND SUBSEA ENGINEERING DESIGN IN OIL AND GAS INDUSTRY ........... 30 2.1
Project Design Phases ............................................................................................................ 30
2.2
Basic Design Consideration ................................................................................................... 31
2.3
Typical Electrical Deliverables .............................................................................................. 32
2.4
Typical Subsea Controls Engineering Deliverables ................................................................ 33
2.5
Interactions Between Disciplines During Project Execution ................................................... 34
2.6
Some Typical Electrical Deliverables ..................................................................................... 36
2.7
Main Topside Electrical Equipment ...................................................................................... 40
2.8
Subsea Control System Equipment ........................................................................................ 44
2.9
Some Typical Subsea Controls Engineering Deliverables....................................................... 54
DETAILED ELECTRICAL ENGINEERING DESIGN FOR AGBADA NAG PROJECT ............. 60 3.1
Lighting & Power Design for all Sheds or Shelter .................................................................. 61
3.2
Loadlist and UPS System Sizing ............................................................................................ 61
3.3
Electrical Single Line Diagram .............................................................................................. 62
3.4
Cable Sizing .......................................................................................................................... 63
3.5
Electrical Cable Schedule or List ........................................................................................... 65
3.6
Raceway System Design ........................................................................................................ 65
3.7
Earthing Layout .................................................................................................................... 65
CONCLUSION ............................................................................................................................... 66
APPENDIX 1: DETAILED ELECTRICAL ENGINEERING DESIGN FOR SPDC AGBADA NAG DOMESTIC GAS SUPPLY PROJECT DELIVERABLES ............................................................. 67 ATTACHEMENTS: CURRICULUM VITAE, COPIES OF DEGREES AND PROFESSIONAL CERTIFICATES ............................................................................................................................ 68
ATTESTATION
I certify that the information as contained in this report is to the best of my knowledge, the true practical experience of Mr. Chuks Emu.
NAME: ________________________________________________________________
DESIGNATION: _________________________________________________________
REGISTRATION No: _____________________________________________________
SIGNATURE: ___________________________________________________________
DATE: _________________________________________________________________
1.0
INTRODUCTION
This report summarizes my professional experience gained from various projects I have worked on after my graduation in April 2004. The experience covers diverse areas of engineering as the engineering profession involves interactions between various engineering disciplines while working on projects. My experience comprises of work in a multi-discipline environment in oil & gas engineering projects. Specific works include the design of Topside Electrical Engineering and Subsea Control Systems for both downstream and upstream of the oil and gas industry. Also I have worked with equipment vendors/manufacturers, majorly in evaluating and reviewing the equipment specifications, quotes and other technical submissions in order to meet specific project needs as stated in the project design basis. Finally, I have also provided technical support to construction works on site for various projects.
SUMMARY OF EXPERIENCE
Over eight (8) years working experience in both Downstream & Upstream sector of the Oil and Gas industry as an Electrical & Subsea Controls Systems design engineer. Familiar with all Subsea & Topside products design. Knowledgeable in NEC, IEEE, IEC, ISA, API and ISO Standards and Codes related to design and analysis of Topside Electrical and Subsea Controls systems
1.1
Abbreviations and Definitions
AC
Alternating Current
AG
Associated Gas
AGG
Associated Gas Gathering
ANSI
American National Standards Institute
API
American Petroleum Institute
BOPP
Barrel of oil per day
bwpp
Barrel of water per day
CAPEX
Capital Expenditure
CP
Cathodic Protection
CPF
Central Processing Facility
DCC
Document Control Centre
DCV
Directional Control Valve
DED
Detailed Engineering Design
DEP
Design Engineering Practice
DOMGAS
Domestic Gas
DRB
Design Review Basis
DSC
Delta Steel Company
EDG
Eastern Domestic Gas
EDU
Electrical Distribution Unit
EFAT
Extended Factory Acceptance Test
EFL
Electrical Flying Lead
EJB
Electrical Junction Box
EMC
Electro-Magnetic Compatibility
E&P
Exploration & Production
EPCC
Engineering. Procurement, Construction and Commissioning
EPCM
Engineering, Procurement, Construction and Project Management
EPU
Electrical Power Unit also called SPCU)
ESD
Emergency Shutdown
ETU
Electronic Test unit
EVDT
Enhanced Vertical Deepwater Tree
eWOCS
Electrical Work-over Control System
FAT
Factory Acceptance Test
FEED
Front End Engineering Design
FPF
Field Production Facility
FDPSO
Floating, Drilling, Production, Storage & Offloading
FPSO
Floating, Production, Storage & Offloading
FSF
Field Surface Facility
GA
General Arrangement
HDM
Hydraulic Distribution Module
HFL
Hydraulic Flying Lead
HMI
Human Machine Interface (also called Man-Machine-Interface MMI)
HP
High Pressure
HPU
Hydraulic Power Unit
HSE
Health, Safety & Environment
HVAC
Heating, Ventilation & Air Conditioning
IEC
International Electro-technical Commission
IEEE
Institute of Electrical & Electronic Engineers
IES
Illuminating Engineering Society
IP
Institute of Petroleum
IP
Ingress Protection
ISO
International Organization for Standardization
LAN
Local Area Network
LP
Low Pressure
MCC
Motor Control Centre
MCS
Master Control System
MMscfd
Million Standard Cubic feet per Day
MPFM
Muilti-Phase Flow Meter
MQC
Multiple Quick Connect
MTO
Material Take-off
MUX
Multiplex Electro-Hydraulic (E/H) Control System
NAG
Non-associated Gas
NEC
National Electric Commission
NFA
No Future or Further Action
NFPA
National Fire Protection Agency
NLNG
Nigeria Liquefied Natural Gas
OGM
Oil Gathering Manifold
OPEX
Operating Expenditure
PCC
Procurement, Construction & Commissioning
PCS
Production Control System
PFD
Process Flow Diagram
PHCN
Power Holding Company of Nigeria
P&ID
Piping and Instrumentation Diagram
PLC
Programmable Logic Controller
PO
Purchase Order
PSD
Process Shutdown
PVC
Polyvinyl chloride
QA
Quality Assurance
QC
Quality Control
RMU
Ring Main Unit
ROW
Right of Way
SAFOP
Safety and Operability Study
Scfd
Standard Cubic feet per day
SCM
Subsea Control Module
SCMMB
Subsea Control Module Mounting Base
SDS
Subsea Distribution System
SPCU
Subsea Power and Communication Unit (also EPU)
SPM
Single Point Mooring
STFL
Steel Tube Flying Lead
SUTA
Subsea Umbilical Termination
TLP
Tension Leg Platform
TPU
Topside Processing Unit
TSCP
Touch Screen Control Panel
TUTA
Topside Umbilical Termination Assembly
ULM
Umbilical Line Module
UPS
Uninterruptible Power Supply
UTA
Umbilical Termination Assembly
UTH
Umbilical Termination Head
XLPE
Cross Link Polyethylene
XT
Christmas Tree
CAREER OVERVIEW 1.2
Makon Engineering & Technical Services Limited, Lagos State
From September 2010 to date I have been working with Makon Engineering and Technical Services (METS) Limited as Senior Electrical and Lead Electrical Design Engineer. METS is an indigenous engineering design and construction company providing Engineering, Procurement, Construction and Project Management (EPCM) services to the Nigerian oil and gas Industry. Capabilities exist in the engineering group for Downstream (Petroleum Products Depot & Process Industry) and Upstream (Onshore and Offshore) in the following areas:
Conceptual Engineering Design
Front End Engineering Design (FEED)
Detailed Engineering Design
As Built Engineering Services
Follow on Engineering Services
Project Management Services
Consultancy Services
Some Project Executed/Work Experience: Projects: Alakiri, Utorogu & Agbada NAG; Bonny, Adibawa and Egbema West AG Position: Senior and Lead Electrical Engineer Project Brief: AG Solutions: Flares review that was initiated in 2004, identified Twenty six (26) flowstations, which had no AG Solution plans in place, and were considered “Stranded”. A commercial ranking of the opportunities was carried out on the basis of 2008 NFA oil production protection and to secure the reserves, which favoured the idea to harness the AG from these facilities with a view to eliminate gas flaring. Of these twenty six (26) flowstations, six (6) were being matured in AG solution phase 1 which covered Otumara, Opuama and Saghara flowstations in the Western division and Umuechem, Ahia and Adibawa flowstations in the Eastern division. While the Phase II is considered for eleven flowstations, viz. Bonny, Egbema, Egbema West, Oguta, Diebu Creek, Nun River in the Eastern division and Greater Ughelli node (Ughelli East, Ughelli West, Ogini, Oroni and Evwreni flowstations) in the Western Division. However, the Greater
Ughelli node and Egbema flowstation were stalled due to budget constraints, concept change (DRB minutes of meeting of 27th September 2007) and need for further subsurface study. Subsequently, phase II was later divided into two tranches. Tranche 1 is to provide AG facility for Bonny and Egbema West flowstations while Tranche 2 is to provide AG facilities for Oguta, Diebu creek and Nun river flowstations NAG Solutions: In support of government’s desire to increase supply of domestic gas (DOMGAS) to local industries and power plants, SPDC submitted a plan to government in October 2008 detailing out steps to increase its contribution to the DOMGAS market between 2008 and 2013; divided into short-term and medium-term supply targets. The short-term covers a period of 2008 – 2010 and includes refurbishment/expansion of existing plants and completion of on-going projects in selected locations (referred as gas hubs), and AGG nodes. This is aimed at increasing supply to circa 1.3bscfd supply target from the current 900MMscfd supply rate. The medium-term plan from 2011 – 2013 is aimed at further capacity expansion at the identified gas hubs with wellstream supply from immediate and remote fields to achieve a supply target of circa 2bscfd. As part of plans to achieve the short-term target for SPDC-East, the Agbada Non Associated Gas (NAG) field is being developed to enhance gas supply to the Eastern Domestic Gas (EDG) network. This will provide an additional 100 MMscf/d gas to the EDG Network. The capacity of the Utorogu gas hub will be increased from 360 MMscfd to circa 510MMscfd by end - 2010 to urgently address the supply shortfalls in the ELPS/WAGP captive market. Approval has been secured to relocate the 150MMscfd GHF earlier planned for Ughelli-East to Utorogu with the Ughelli-East NAG wells re-routed via a bulk line to Utorogu. A sales gas return line to supply the low-pressure customers in the Ughelli area (e.g. PHCN Delta I - IV, DSC, Beta Glass, etc) will also be constructed. The existing Ughelli-East NAG plant will be subsequently decommissioned The Aim of the Alakiri NAG refurbishment is to keep the plant running for another 20 years and secure the gas volume of 100MMscf/d – 120MMscf/d to Eastern Domestic Gas Network and allow full swing to NLNG during NGC outage.
These Projects were executed by a multidisciplinary team of engineers which included Process, Piping, Civil, I&C and Electrical Engineers. The Electrical team had the responsibility of providing the following services:
Power Generation and Distribution System
Power and Lighting Systems
Earthing System
Lightning Protection System
Since these projects were both brown and green field project, data gathering was required before the actual project work execution. The approach was to make reference to previous designs and drawings as existing on site, site survey and interviews of relevant personnel on the sites were done to retrieve the needed input for the calculations and production of deliverables. All the relevant files were carefully studied and needed information stored for reference purposes during the actual design. Pictures of all relevant structures and facilities were taken. Measurements were also taken where applicable, existing equipment specifications were taken from the Nameplates. The actual project execution work was carried out based on clients’ specifications, Nigerian standards, international standards and company procedures. The following are the deliverables I produced on the projects:
Power and Lighting Layouts/Details
Cable Tray Layout/Details
Cable Route Layout
Switchroom General Arrangement
Cable Sizing
Power system studies
Electrical Cable Schedule
Earthing Layout
Electrical Design Basis
Equipment Data Sheets
Single line Diagrams and loadlists
Lightning Protection Layout
Specifications for Electrical equipment
Detailed installation drawings
SAFOP Reviews
Hazardous Area Classification drawings
Installation Manuals
Construction supports
As-built documentations
1.3
China Petroleum Engineering & Construction Company, Khartoum, Sudan
I joined CPECC as a Senior Electrical Engineer between March - September 2010. CPECC is a Chinese engineering design and construction company providing Engineering, Procurement, Construction and Project Management (EPCM) services to the Sudanese oil and gas Industry. Capabilities exist in the engineering group for Onshore Petroleum Industry in the following areas:
Front End Engineering Design (FEED)
Detailed Engineering Design
As Built Engineering Services
Construction and Commissioning Services
Consultancy Services
Summary of Some Project Executed/Work Experience: Projects: 1. Provision of PCC Services for FSF and Transit Lines for FNE and JAKE Phase III
Project for Petro-Energy 2. Upstream Facilities EPCC for Field Surface Facilities – Petrodar Operating Company 3. Palouge Produced Water Reinjection Project - Petrodar Operating Company Position: Senior Electrical Engineer Project Brief: Petro-Energy – PCC for FNE and Jake Facilities: Petro-Energy E&P Co., Ltd, hereinafter referred to as PE, is currently operating oil production facilities in the Fula and Moga Fields, in the Muglad Basin located in South West of Sudan (approximately 760 km from Khartoum at
MSL 550 m). During past four years, PE carried out Fula surface facilities Phase-I and Phase-II project to build Fula FSF, Moga FSF, Fula CPF, Moga FPF, Gas Fired Power Plant and pipeline from Baleela to Khartoum refinery. Now total production has reached 40,000 BOPD. A new project “PHASE III UPSTREAM SURFACE FACILITIES PROJECT” for Block 6 was initiated by Petro-Energy to develop three new oilfields, Keyi, Jake and FNE, and to identify the bottlenecks and carry out the modifications in Fula CPF. This will enable the CPF to process crude oil from the new identified wells in Fula, Moga, Keyi and Jake fields to achieve the production rate of 60,000 BOPD. As part of the FSF Phase III project, Service Order No. 1 contains the following scope of work:
18 light crude wells, 4 water injection wells and 4 gas injection wells at Jake field
15 heavy crude wells at FNE field
Crude/Gas transit line from Jake FPF to Fula CPF
Crude/Gas transit line from FNE FPF to Fula CPF
PDOC – Palouge Water Re-injection Project: PDOC is currently carrying out exploration, development and production of oil in Block 3 & 7 of Melut Basin, south-west Sudan. The Palouge FPF is designed to perfume bulk removal of water to an acceptable maximum of 10% bulk water cut from the crude oil. The produced water from Palouge FPF is expected to reach 1,180,000bwpd by year 2018. With the expected increase in produced water, PDOC has commenced the upgrade of the produced water disposal system. Presently the bulk of the produced water is treated by existing skim tanks and sent a pilot scale water to injection plant. The aim of the project is to design and install a new water treatment and injection facilities at Palouge FPF in ordet to improve production recovery. The new plant capacity shall be designed to facilitate the treatment and injection of 300,000bwpd of produced water with discharge quality of 10ppm oil-in-water into the oil bearing reservoir. PDOC – EPCC for Field Surface Facilities: Petrodar Operating Company Ltd. (PDOC) (hereinafter referred to as PDOC) holds the right for exploration and development of the contract areas Block 3 & 7 located in the Southeast of the Republic of the Sudan. PDOC is developing the oil reserves in Block 3 & 7 that hereinafter shall be referred to Gumry Field Surface Facility Project, consisting of the development of oil production from several existing identified fields. Teng and Mishmish are the new discovered oilfields. Teng & Mishmish oilfield is located 24 km
north-west of Gumry oil field. The crude oil produced from each production well will be collected to OGMs, and then go into the Gumry FPF.
The Project was executed by a multidisciplinary team of engineers which included Process, Piping, Civil, Mechanical, I&C and Electrical Engineers. The Electrical team had the responsibility of providing the following services:
Power Distribution Facilities
System Studies
Lighting System
Earthing System
Cathodic Protection System for Pipelines
Since the project was a brown field project, data gathering was required before the actual project work execution. The approach was to make reference to previous designs and drawings as existing on site, site survey and interviews of relevant personnel on the sites were done to retrieve the needed input for the calculations and production of deliverables. All the relevant files were carefully studied and needed information stored for reference purposes during the actual design. Pictures of all relevant structures and facilities were taken. Measurements were also taken where applicable, existing equipment specifications were taken from the Nameplates. The actual project execution work was carried out based on clients’ specifications, Nigerian standards, international standards and company procedures. The following are the deliverables I produced on the project:
Electrical Design Basis
MCC Single Line Diagram
MCC elevation drawing
Cable Route Layout
Cable Sizing and Voltage Drop Calculations
Outdoor lighting Layout
Lighting Distribution Board Schedule
Lighting Calculation
Earthing Layout
Hazardous Area Classification drawings
CP layouts and details drawings
Datasheets – Transformers, MCC, Panel Board
MTO, Technical Bid Evaluation and Material Requisition
1.4
FMC Technologies Inc. Houston, Texas
For two years (2007 – 2008), I was seconded to FMC Technologies Inc, Houston as a Subsea Controls System Engineer. FMC Energy Production Systems and Energy Processing Systems businesses are global technology leaders providing solutions for customers engaged in petroleum exploration, production, measurement and transportation. Capabilities exist in the engineering group for Downstream and Upstream (Subsea Engineering) in the following areas:
Conceptual Engineering Design
Front End Engineering Design (FEED)
Detailed Engineering Design
Subsea Processing
Light Well Intervention
Deepwater Subsea Production Systems
Flow measurement (metering) and assurance
Floating System
Fluid Controls
After Market Services
Project Management Services
Summary of Some Project Executed/Work Experience: Projects: Conceptual, FEED and Detailed Design for Agbami FPSO, Llog, Helix Noonan, Nexen, Murphy Azurite, Callon Entrada, Blind Faith, Cascade and Chinook and eWOCS for various Clients – Chevron, Murphy West Africa, Helix, Callon Petroleum and Petrobras. Position: Subsea Controls Engineer
Project Brief: Agbami FPSO: The Agbami field will be developed by subsea completed production and injection wells connected to a Floating Production, Storage and Offloading (FPSO) Facility through a system of subsea manifolds, flowlines and risers. Treated and stabilized crude oil will be periodically offloaded from the FPSO through multiple, mid-water offloading lines connected from the stern of the FPSO to a Single Point Mooring (SPM) offloading buoy and multiple offloading hoses connected from the offloading buoy to a tanker moored to the buoy. Produced gas is re-injected into the reservoir. Murphy Azurite: Murphy West Africa, Ltd. is planning the development of its Azurite oil discovery offshore Republic of Congo. The Azurite oilfield is located in the Mer Profonde Sud block in approximately 1400 m water depth. The field development consists of a spread moored FDPSO tied to a subsea drill center. The subsea drill center utilizes a ten slot cluster manifold, six slots for production and four slots for water injection. The subsea manifold is tied to the FDPSO using three flexible risers, two for production and one for water injection. The trees are tied to the subsea manifold using flexible well jumpers. The Azurite Development will be drilled and produced from a centrally located drilling center. The produced oil will be offloaded to tankers of opportunity for transportation. The relatively small amount of gas that is produced will be flared. Callon Entrada: The Callon Entrada Field Development Project is a subsea tieback development that is located approximately 230 miles offshore in the Garden Banks (GB) area of the Gulf of Mexico. The Magnolia Tension Leg Platform (TLP) will be the host facility and is located in Garden Banks Block 783 at a water depth of 4675 feet. The subsea development area lies to the west of the Magnolia TLP in water depth variations ranging from 4481 feet to 4663 feet and approximately a 5.5 mile maximum offset from the TLP. The field development comprises two (2) production wells with the option to add two (2) production wells. The existing appraisal subsea wells (GB782 #4 in the Southeast area of Block GB782 and GB782 #3 in the Northwest area of Block GB782) will be evaluated and re-used. All wells are initially oil producing; with well GB782 #3 switching over to gas production after approximately two (2) years.
The subsea production wells will be controlled from the Magnolia TLP by means of electrohydraulic umbilicals. The main umbilical will be suspended from the TLP and will be connected to the subsea umbilical termination assembly (SUTA), located near the Entrada #4 well. A Steel Tube Flying Lead (STFL) with cobra-head connections and Electrical Flying Leads (EFL) will connect the SUTA to an Umbilical Termination Head (UTH), which is bolted to an in-field umbilical. A UTH at the far end of the in-field umbilical near Well #3 will be connected to the Well #3 tree via an STFL with cobra-head connections and EFLs. Two hydraulically actuated valves on each PLEM will be functioned via a thermoplastic HFL using head bracket connections to stab plates on the tree and manifold. The eWOCS: eWOCs development is to integrate several components and functions, normally done at the surface, onto the spanner joint. The components being moved are the HPU including reservoir, control valves and electronic controllers and batteries. This allows the typical thermoplastic multi-line electro-hydraulic umbilical to be replaced with a simple electrical cable to supply power and communications to the eWOCs unit. The components required in the topside MCS are the system controller, power supply and communication units. While the eWOCs system will be developed using several building block components, the system described in this document is to be developed for use with the EVDT slimbore completion system. The core building blocks shall maintain the ability to be used in other applications like external eWOCs for use in open water mode and other systems as needed for other system applications Blind Faith: The Blind Faith field of Chevron is located in the Mississippi Canyon Blocks 695 and 696. The field is situated 162 miles south of New Orleans in a water depth of approximately 7000 feet. The MCS will be designed for the initial 3 production trees and a possible 4th production tree, located on Drill Center #1, up to two future production trees located on Drill Center #2, and two Subsea Gas Distribution Manifold for both mudline and downhole gas lift. The 3 initial production trees located at drill center 1 will be connected to one 4 slot manifold. The future production trees located at drill center 2 will be connected to a future 2 slot manifold. All future facilities will be programmed in the MCS initially, but disabled until the future equipment is installed. Helix Noonan: Helix Energy Solutions wishes to provide subsea tie-back development for its additional wells (Danny and Noonan wells), some 450 miles in the Gulf of Mexico. The topside
scope will cover the provision of Topside Control systems – MCS, SPCU, UPS and HPU; while the Subsea systems will cover provisions for umbilical systems, foundations structures, steel and electrical flying leads. Cascade and Chinook: The Petrobras America Inc. Cascade & Chinook drill centers are located in 8,100ft and 8,800ft water depth, respectively, in the Gulf of Mexico. The current development plan assumes a phased development incorporating an initial Phase I production for about one year, followed by Phase II production of an additional four years and then subsequent full field development. The full field development includes up to 24 production trees, 4 production manifolds and 2 subsea boosting pumps. In Phases I and II the wells will be tied back to a floating production, storage and offloading (FPSO) facility, for Phase III a production platform should replace the FPSO
. The Project was executed by a multidisciplinary team of engineers which included Process, Piping, Structures, Mechanical and Control (E&I) System Engineers. The Subsea Engineering team had the responsibility of providing the following services:
Subsea Structures
Signal, Power and Hydraulic Analysis
Umbilical System
Christmas Trees and Manifold & tie-in Systems
Subsea Electrical Distribution and Subsea Control Systems
Topside Equipment - Hydraulic Power Unit, UPS, Electrical Power Unit and Master Control Station
Cathodic Protection System
Since these projects were green field projects, data required was basically the environmental conditions and the site survey plan of the proposed facility. The actual project execution work was carried out based on clients’ specifications, international standards and company procedures. The following are some of the deliverables produced by Subsea Control team on the project:
Functional Design Basis
Functional Specifications for MCS, SPCU, ULM, UPS and SCM
Single Line Diagram
Schematic diagrams, GA and assembly drawings for Subsea Products
Electrical block diagrams and schematics
Subsea Distribution schematics
FAT, EFAT, Operation & Maintenance Manuals
Cable Sizing and Voltage Drop Calculations
1.5
Deltaafrik Engineering Limited, Victoria Island, Lagos
I joined Deltaafrik Engineering Limited as an Electrical Design Engineer in September 2006. Deltaafrik Engineering Limited is an indigenous engineering design company incorporated in 2002 to provide Engineering, Procurement and Project Management services to the Nigerian oil and gas Industry. Following the alliance with Worley Parsons, US the Deltaafrik/Worley Parsons alliance is a strategic relationship between two firms specializing in the rendering of engineering services to the oil and gas industry. Capabilities exist in the engineering for Downstream (Petroleum Products Depot & Process Industry) and Upstream (Onshore and Offshore) in the following areas:
Conceptual Engineering Design
Front End Engineering Design (FEED)
Detailed Engineering Design
As Built Engineering Services
Follow on Engineering Services
Project Management Services
Consultancy Services
Summary of Some Project Executed/Work Experience: Project: Amenam Kpono Oily Water Treatement Upgrade Project for Total ELF Nigeria Limited Position: Senior Electrical Engineer Project Brief: FSO UNITY receives crude oil and its associated water from OML 99, 100 & 102. Presently, the FSO treats 45,000 bwpd compared to the design capacity of 36,000 bwpd. In the future with the arrival of Nkarika, Ofon Phase II production and the aging of the present
OML 100 & 102 fields, the amount of produced water that would be treated at the FSO is expected to increase significantly with a peak of 60,000 bwpd in 2014. In addition to the large amount of produced water required to be treated, the diverse nature of the different crudes also presents a challenge to meet the DPR limit of 40 ppm (TOG) of discharge water quality.
As a result of the above situation, the FSO Unity Oily Water Treatment (FSO-OWT) Upgrade Project was conceived to upgrade the present water treatment process. The ultimate objective is to provide water treatment capacity of 75000bwpd and achieve water quality of better than 40ppm TOG. This will be achieved by the installation of a new OWT module (module 14) comprising principally a Coalescer, a Flotation unit and a Polishing unit
The Project was executed by a multidisciplinary team of engineers which included Process, Piping, Civil, Mechanical, I&C and Electrical Engineers. The Electrical team had the responsibility of providing the following services:
Power Distribution System to OWT Facilities
Lighting System
Earthing System
Cabling system
Since the project was a brown field project, data gathering was required before the actual project work execution. The approach was to make reference to previous designs and drawings as existing on site, site survey and interviews of relevant personnel on the sites were done to retrieve the needed input for the calculations and production of deliverables. All the relevant files were carefully studied and needed information stored for reference purposes during the actual design. Pictures of all relevant structures and facilities were taken. Measurements were also taken where applicable, existing equipment specifications were taken from the Nameplates. The actual project execution work was carried out based on clients’ specifications, Nigerian standards, international standards and company procedures. The following are the deliverables I produced on the project:
Electrical Design Basis
MCC Single Line Diagram and Loadlist
As-built drawings
Cable Tray and Routing Layout
Cable Sizing and Voltage Drop Calculations
OWT module lighting Layout
Lighting Distribution Board Schedule
Lighting Calculation
Power and Earthing Layouts
Hazardous Area Classification drawings
Cable schedule
Datasheet for motors
Project: New 16” Abiteye - Escravos Pipeline Project for Chevron Nigeria Limited (CNL) Position: Senior Electrical Engineer Project Brief: Chevron Nigeria Limited wishes to carry out a Detailed Engineering Design (DED) for the Abiteye Escravos Pipeline Project. This is to support its plan to construct a new 16” Abiteye – Escravos Pipeline and provide a new 12” Oil Pig Launcher at Abiteye and Cathodic protection for its Abiteye – Escravos 12”, 26” and 18” Pipelines along its ROW. The Project was executed by a multidisciplinary team of engineers which included Process, Piping, Civil, Mechanical, I&C and Electrical Engineers. The Electrical team had the responsibility of providing the following services:
Power Distribution System to Pigging Facilities
System Studies
Lighting System
Earthing System
Cathodic Protection System for 12”, 16” and 26” Pipelines
Since the project was a brown field project, data gathering was required before the actual project work execution. The approach was to make reference to previous designs and drawings as existing on site, site survey and interviews of relevant personnel on the sites were done to retrieve the needed input for the calculations and production of deliverables. All the relevant files were carefully studied and needed information stored for reference purposes during the actual
design. Pictures of all relevant structures and facilities were taken. Measurements were also taken where applicable, existing equipment specifications were taken from the Nameplates. The actual project execution work was carried out based on clients’ specifications, Nigerian standards, international standards and company procedures. The following are the deliverables I produced on the project:
Electrical Design Basis
MCC Single Line Diagram and Loadlist
MCC elevation drawing
Cable Route Layout
Cable Sizing and Voltage Drop Calculations
Outdoor lighting Layout
Lighting Distribution Board Schedule
Lighting Calculation
Earthing Layout
Hzardous Area Classification drawings
CP layouts and details drawings
Datasheets – Transformers, Panel Board
MTO
Project: Escravos Terminal Diesel Storage Project for Chevron Nigeria Limited (CNL) Position: Senior Electrical Engineer Project Brief: Chevron Nigeria Limited wishes to carry out a Detailed Engineering Design (DED) for the Escravos Terminal Diesel Storage Project. This is to support its plan to construct a new diesel storage facility, a new filling station and to demolish the existing diesel storage facility including the existing filling station at the Escravos Terminal. A Front End Engineering Design (FEED) was carried out to define the project. The new diesel storage facility shall have three tanks with a total storage capacity of 5 million litres and shall be located beside the drum road. The Project was executed by a multidisciplinary team of engineers which included Process, Piping, Civil, Mechanical and Electrical Engineers. The Electrical team had the responsibility of providing the following services:
Power Distribution System
System Studies
Lighting System
Earthing System
Lightning Protection System
Diesel Pumping System
Since the project was a brown field project, data gathering was required before the actual project work execution. The approach was to make reference to previous designs and drawings as existing on site, site survey and interviews of relevant personnel on the sites were done to retrieve the needed input for the calculations and production of deliverables. All the relevant files were carefully studied and needed information stored for reference purposes during the actual design. Pictures of all relevant structures and facilities were taken. Measurements were also taken where applicable, existing equipment specifications were taken from the Nameplates. The actual project execution work was carried out based on clients’ specifications, Nigerian standards, international standards and company procedures. The following are the deliverables I produced on the project:
Electrical Design Basis
Single Line Diagram
Switchroom General Arrangement
Cable Route Layout
Cable Sizing and Voltage Drop Calculations
Indoor and outdoor lighting Layout
Lighting Distribution Board Schedule
Lighting Calculation
Earthing Layout
Hazardous Area Classification drawings
Datasheets – RMU, Transformers, MCC and Motors
MTO
Project: Post IFC Verification of Asasa Uplift Pipelines and Etim Asasa Uplift Development Projects for Mobil Producing Nigeria Unlimited (MPN) Position: Electrical Engineer Project Brief: Rapidly declining pressure in the Etim and Asasa fields from the original discovery pressures of about 2500-2900 psi to the current pressure in the range of 1500 - 2000 psi has resulted in a production decline from the former level of 120 KBD to current 72KBD. Pressure maintenance via gas injection has been identified to mitigate this 15% - 24% per annum production decline. The EAPM project is designed to transport compressed associated gas via a new pipeline network from the Edop gas compression platform for injection into the Etim and Asasa B reservoirs. High-pressure gas shall be routed via a common manifold on Etim PP to wellhead platforms in Etim and Asasa fields. The gas shall be dehydrated by the existing Edop Dehydration Unit, which is to be restored to operation by another project. In the future, there will be provisions to divert the gas off the Edop compression platform to the planned EAP NGL plant around Ubit area, to return lean, dry gas for injection via the same network. Consequently, the Edop gas compressors shall supply 175 Mscfd of gas at 2100 psi, while in the future EAP is expected to deliver 241 Mscfd of gas at 2800psi for pressure maintenance of targeted Etim and Asasa B reservoirs. Platform modifications on EADP are required for Etim LA, LB, LC, LD and LP Platforms and on AUP, modifications are required for Asasa VB and EDOP QI Platforms. The Project was executed by a multidisciplinary team of engineers which included Process, Piping, Civil, Mechanical and Electrical Engineers. The Electrical team had the responsibility of providing the following services:
Verification of IFC packages to applicable codes, standards and specifications
Confirm accuracy and completeness of MTO
Compare MTO with issued PO and material receiving and inspection reports
Prepare TSD for the procurement of identified shortfalls
Revise any document deviations from specifications and standards
Since the project was a brown field project, data gathering was required before the actual project work execution. The approach was to make reference to previous designs and drawings as
existing on site, site survey and interviews of relevant personnel on the sites were done to retrieve the needed input for the calculations and production of deliverables. All the relevant files were carefully studied and needed information stored for reference purposes during the actual design. Pictures of all relevant structures and facilities were taken. Measurements were also taken where applicable, existing equipment specifications were taken from the Nameplates. The actual project execution work was carried out based on clients’ specifications, Nigerian standards, international standards and company procedures The Electrical team had the responsibility of reviewing the deliverables produced by the subcontractor. The following are the activities I carried out on the project:
QA/QC reviews and checks on Hazardous Area Classification
QA/QC reviews and checks on Electrical Lighting Layout
QA/QC reviews and checks on Earthing System Layout
QA/QC reviews and checks on Single Line Diagram
QA/QC reviews and checks on Cable Tray Layout
QA/QC reviews and checks on Power & Control Schematics
Revised Single Line Diagrams, Lighting Panel schedule, Hazardous Area Classification Drawings, lighting layouts and installation details
Prepared MTO and TSD for identified shortfall
Project: Conceptual and FEED of Eastern Area Gas Utilization and Produced Water Disposal Project for Chevron Nigeria Limited (CNL) Position: Intermediate Electrical Engineer Project Brief: Chevron Nigeria Limited (CNL) intends to have a Conceptual Engineering Design (CED) and a Front End Engineering Design (FEED) performed in support of its plan to execute the Gas Utilization and Produced Water Disposal (EAGU) Projects in its Eastern Area of operations. The project objectives are the elimination of routine gas flaring and the compliance with legislations related with produced water disposal. The locations to be covered in the Conceptual Engineering Design and FEED include Idama, Inda and Robertkiri producing fields. The production from Idama (and thereby from Jokka) is to be routed as a multiphase flow to SPDC owned Ekulama flow station, for processing at Ekulama, The HP gas collection at Robertkiri is to be gathered, and sent to Santa Barbara gas facility operated by SPDC
. The Project was executed by a multidisciplinary team of engineers which included Process, Piping, Civil, Mechanical, I&C and Electrical Engineers. The Electrical team had the responsibility of providing the following services:
Power Generation and Distribution System
System Studies
Lighting System
Earthing System
Lightning Protection System
Produced Water Disposal System
Since the project was a green field project, data required was basically the environmental conditions and the site survey plan of the proposed facility. The actual project execution work was carried out based on clients’ specifications, Nigerian standards, international standards and company procedures. The following are the deliverables produced on the project:
1.6
Electrical Design Basis
Single Line Diagram
Cable Route Layout
Cable Sizing and Voltage Drop Calculations
Perimeter lighting Layout
Lighting Distribution Board Schedule
Lighting Calculation
Earthing Layout
Datasheets – MCC, Motors, Generators
Cakasa Nigeria Company Limited, Ikoyi, Lagos
Immediately after the NYSC, I joined Cakasa Nigeria Company Limited as an Electrical Design Engineer in November 2005. Cakasa Nigeria Company Limited is an indigenous engineering design company incorporated in 1974 to provide Engineering, Procurement, Construction and Project Management (EPCM) services to the Nigerian oil and gas Industry. The engineering arm of Cakasa was set up in Lagos in 2002 following an alliance with Fluor Incorporated, US. Cakasa/Fluor alliance is a strategic relationship between two firms specializing in the
engineering, construction operations and maintenance of oil and gas services. Capabilities exist in the engineering group for Downstream (Petroleum Products Depot & Process Industry) and Upstream (Onshore and Offshore) in the following areas:
Conceptual Engineering Design
Front End Engineering Design (FEED)
Detailed Engineering Design
As Built Engineering Services
Follow on Engineering Services
Project Management Services
Consultancy Services
Summary of Some Project Executed/Work Experience: Project: Detailed Engineering: Sahara Energy Petroleum Product Storage Depot Position: Junior Electrical Engineer Project Brief: Sahara Energy intends to build a new facility for the storage of Petroleum Products. The main objective of the project is to transfer Petroleum Products from storage vessels on a ship into the storage tanks on the facility and unload from the storage tanks into tankers via a loading gantry which are installed on the facility. The Project was executed by a multidisciplinary team of engineers which included Process, Piping, Civil, Mechanical and Electrical Engineers. The Electrical team had the responsibility of providing the following services:
Power Generation and Distribution System
Lighting System
Earthing System
Lightning Protection System
Product Loading and Offloading System
Fire Fighting and Protection System
Since the project was a green field project, data required was basically the environmental conditions and the site survey plan of the proposed facility. The actual project execution work was carried out based on clients’ specifications, Nigerian standards, international standards and company procedures. The following are the deliverables produced on the project:
Design of Lightning Protection System
Perimeter Lighting Layout
Cable route Layout
Equipment Sizing e.g. generator, switchboard, cables
Earthing Layout and detail drawings
Datasheets for UPS, MCC, Motors and Generators
Cable Schedules
Bulk MTO
Hazardous Area Classification
Project: Sigmund Petroleum Products Depot Position: Junior Electrical Engineer Project Brief: Sigmund Petroleum intends to build a new facility for the storage of Petroleum Products. The main objective of the project is to transfer Petroleum Products from storage vessels on a ship into the storage tanks on the facility and unload from the storage tanks into tankers via a loading gantry which are installed on the facility. The Project was executed by a multidisciplinary team of engineers which included Process, Piping, Civil, Mechanical and Electrical Engineers. The Electrical team had the responsibility of providing the following services:
Power Generation and Distribution System
Lighting System
Earthing System
Lightning Protection System
Product Loading and Offloading System
Fire Fighting and Protection System
Since the project was a green field project, data required was basically the environmental conditions and the site survey plan of the proposed facility. The actual project execution work was carried out based on clients’ specifications, Nigerian standards, international standards and company procedures. The following are some of the deliverables I produced on the project:
Lighting Layouts
Power Layouts
Earthing Layouts
Electrical load list
Cable Schedules
Bulk MTO
Hazardous Area Classification
1.7
Software Proficiency
AutoCAD
SKM Power Tool for Windows
Chalmlite
Micro-station
ORCAD Capture
PSPICE
Electronic Test Unit (ETU)
Team Centre Engineering (iMAN), CITADON and EDMS (Laserfische)
Microsoft Office Suite
1.8
Trainings
SKM Power Tools for Windows, Lagos (2011)
Helicopter Underwater Escape and Offshore Survival (HUET), Port Harcourt (2011)
Electrical Control and Programmable Logic Control, Houston (2008)
Ethernet and IP Technology, Houston (2008)
ETU Topside Communication and SCM Data Allocation, Houston (2007)
FMC Engineering Boot Camp – Subsea Engineering, Houston (2007)
Total Quality Management - Trithel International Consulting, Lagos (2006)
Project Management, QA/QC, DCC, HSE - Design Team Limited, Lagos (2005)
Basic Engineering Design - Design Team Limited, Lagos (2005)
2.0
ELECTRICAL AND SUBSEA ENGINEERING DESIGN IN OIL AND GAS INDUSTRY
Before a project kicks off, an agreement has to be signed by both the client and the contractor. Usually the client will make available the Invitation To Bid (ITB) document to the prospective contractors to study. The ITB document clearly defines the scope of work, proposed duration and methodology for the execution of the project among other things. The contractor then responds by putting together their own submission which will indicate to the client how the contract will be executed, the strategies, man-hours, manning, schedule for the project, project organogram, execution plan, hourly rate of personnel, list of projects executed in the past. Most of this information is made available from disciplines to the nominated Proposal Manager who coordinates, compiles and forwards to the proposed client in conjunction with the Business Development Manager of the company (Contractor). Upon award of the contract, after all formalities between the two parties, the company can then mobilize their personnel for the commencement of the project. Brown Field Project: This is a type of project that deal with an existing facilities, which are to be upgraded to meet legislation, or life span of the facilities has been reached, and needed to be upgraded. Green Field Project: This is a new project that is being design from scratch, it does not have existing facilities and go-by. 2.1
Project Design Phases
The overall system design is divided into two stages: conceptual design and detailed design.
Conceptual design begins at the inception of a project and includes:
Gathering process and load data.
Choosing the most suitable system configuration and bus arrangements for the particular application.
Selecting a power source.
Determining system voltages.
Detailed design comes after the conceptual design and involves:
2.2
Developing the one-line diagram.
Performing system studies.
Sizing equipment and feeder systems.
Designing grounding and lighting systems.
Designing system protection
Basic Design Consideration
The following basic design considerations must be included in the design of all electrical systems. Safety: Safety of life and preservation of property are the most critical factors that must be considered when designing an electrical system. Established codes and standards must be followed in the selection of material and equipment to ensure a safe system design. Petroleum production and processing involve flammable liquids and gasses, often at elevated temperatures and pressures. Electrical systems must be designed to prevent accidental ignition of these flammable liquids and gases. Reliability: The degree of continuity of service required is dependent on the type of process or operation of the facility. Some facilities can tolerate interruptions, while others cannot. The power source, the electrical equipment, and the protection system should provide the maximum dependability consistent with the facility requirements and justifiable costs. Maintenance:
Maintenance requirements should be considered when designing electrical
systems. A well-maintained system is safer and more reliable. Systems general One-Line Diagram for Electrical Distribution System should be designed to allow maintenance without major interruptions to the process. It is important to consider accessibility and availability (for inspection and repair) when selecting and locating equipment. Flexibility:
Flexibility of the electrical system determines the adaptability to meet varied
requirements during the life of the facility. Voltage levels, equipment ratings, space for additional equipment, and capacity for increased load should be considered. Simplicity of Operation:
Operation should be as simple as possible to meet system
requirements. Simplicity of operation is a necessary factor in achieving safe and reliable systems.
Voltage Regulation: Utilization voltage must be maintained within equipment tolerance limits under all load conditions. Poor voltage regulation is detrimental to the life and operation of electric equipment. Cost: While initial costs (CAPEX) are important, the lifetime cost (OPEX) also should be considered. Thus the design of the electrical system is executed in line with the scope of work and the design criteria are governed by the following principles:
Persons and plant safety
Environmental conditions of the site
Reliability of supply depending on the importance of service and on the unmanned operations
Reduction of spaces, weights and cost
Ease of management and maintenance
Possibility of future extensions
Standardization and availability of components
2.3
Typical Electrical Deliverables
Typical deliverable prepared for electrical project depending on the scope of work (Conceptual, Basic or FEED and Detail Engineering) are as follows:
Electrical Design Basis
Hazardous Area Classification
Interconnection Diagrams
Schematic/ Wiring Diagrams
Electrical Load List / Load Balance
Electrical Equipment List
Lighting/Power/ Earthing Philosophy and Layout Diagram
AC and DC UPS Specification/Sizing/Datasheet
Single Line Diagrams / Protection & Metering SLD
Electrical Equipment Room Layout
Cable Specification/ Schedule/Drum Schedule.
Cable/Cable Tray Routing Layout
Lighting/Power/ Earthing Installation Details
Equipment Data Sheets
Equipment Specifications
Control System Block Diagram
Electrical System Block Diagram
Earthing/ Grounding System/Layout
Package Unit Electrical Specification
Electrical Installation Specification
Cathodic Protection System
Lightning Protection System
Construction Details
Material Take-Off.
2.4
Typical Subsea Controls Engineering Deliverables
Typical deliverables prepared for Subsea Controls project depending on the scope of work (Conceptual, FEED and Detail Engineering) are as follows:
Subsea Controls Facilities Design Basis
Topside Controls Design Basis
Functional Specifications for Subsea Control Products – MCS, SPCU/EPU, ULM, SCM, HPU, UPS, Umbilical etc
HPU Reservoir and accumulator Sizing Calculation
Subsea Umbilical System Arrangement
Subsea and Topside Control System Interface diagram and details
Hydraulic and Electrical schematic subsea control
General Arrangement MCS, HPU, TUTA, SCM, EPU
SCM and SCMMB General arrangement
SCM Sensor schematics
Electrical single line diagram and schematic wiring diagrams – MCS, EPU, ULM, HPU
Subsea Electrical Distribution schematics
Umbilical cross section drawing
FAT and EFAT Procedure; Operational Manuals
Hazardous Area Classification among others
Deliverables are generated in accordance with international codes and standards such as IEE, IEEE, IEC, IES, API, NFPA/ANSI (NEC), ISO etc. and Companies design standards such as SHELL DEP, ELF, Mobil, Agip, Chevron specifications etc. depending on the client and project specification. Considering a project with Detailed Engineering Design as the scope of work, the initial phase of the project will be the review of the Electrical Basic Engineering/FEED documents, in particular the electrical design philosophy and the configuration of the electrical power generation and distribution system. The evaluation shall be based on both the economic considerations and potential saving, using the confirmed loads and power system contingencies. Also the skill of operating and maintenance, personnel operational flexibility, unmanned operations, extension possibility and noise limitations are taken into consideration in arriving at a suitable design. Electrical deliverables are generated by using the following software:
2.5
Microsoft Office (Word, Excel, Power Point)
AutoCAD
SKM Power Tools for Windows, EDSA or ETAP Software
Micro-Station
PDMS/PDS
Chalmlite
PSPICE
Luxicon Interactions Between Disciplines During Project Execution
In view of the peculiar nature of engineering design firms in the oil and gas sector, a similar organization structure is always set up for any project being handled or executed by the company. The Project Team is usually constituted immediately after a project has been awarded to the company and a Project Manager, who in turn reports to the company’s Manager, leads each project. The Project Team usually comprises all of the engineering discipline groups. Each
group produces working documents called deliverables. These deliverables are a product of each group’s specialty; the disciplines that constitute a design team are as follows: The Process Group would run simulations to obtain working material if the client brought new data. Their results come out in form of deliverables like Line Designation Table (LDT), Process Flow Diagrams (PFD), Piping and Instrument Diagrams, etc. They also size pipes, valves and vessels and determine optimal operating conditions. All information generated is passed on to downstream disciplines. The process group has to liaise with all other groups, who consult it from time-to-time throughout the project. In effect, the process group stays with the project from inception to completion. The Pipeline group generates alignment sheets, which show how the terrain would affect the pipelines. They settle right-of-way (ROW) matters, conduct test on the soil e.g. soil resistivity tests, acidity tests, and tests to determine the depth of the water table. They also determine when and where supports are necessary along the whole length of the pipelines. The Piping group receives skeletal piping and instrumentation diagrams and line designation tables from the process group. It uses these to produce more detailed piping diagrams like the plot plan. They write pipe specifications i.e. size of pipes. The Civil/Structural Group determines whether loads need support, to balance them in order to avoid collapse, dampen vibrations, or ensure proper drainage by utilizing the effects of gravity. It also defines the foundation requirements for every structural member. The Electrical Group sets up the lighting systems, specifies power ratings for motor driven pumps, determines the capacities of generators, etc. The results come out in form of single line diagrams and cable layout diagrams. The Control Systems group produces the logic diagrams, which provide a readily understood representation of the operation is an extension of the P&ID and will provide added insight and will help define the requirements for safe operation and start-up/shutdown sequencing. Logic diagrams are only produced for complex systems. Cause and effect diagrams and safety charts are all valid alternative formats. Mechanical Group sizes the vessels and determines the best kinds of material to be used for the vessel and pipes. They also have specialties on pump sizing. Project Controls Department monitors the progress of the project. They determine the sequence in which activities should be performed in order to identify the critical paths and know which
area to focus greater attention on. They also ensure, to the best of their ability that these time schedules are kept because there could be a slippage and the project would not be finished in the planned time and the risk of being termed inefficient arises. Therefore, a lot of importance is placed on each group finishing their task within the allotted time as this has a lot to do with company reputation. 2.6
Some Typical Electrical Deliverables
Hazardous Area Classification Drawing Hazardous locations are those locations where fire or explosion hazards may exist due to the presence of flammable gases or vapors, flammable liquids, combustible dust, or ignitible fibers or flyings. Locations within a facility are classified according to the presence of flammable gases or vapors, combustible dusts, or easily ignitable fibers or fittings. Hazardous locations must be identified in order to select proper electrical equipment for these areas. The Procedures are:
Designate the type (Class) of hazard which may be present i.e. gas, dust or fiber.
Class I: If the hazardous material is flammable gas or vapor is present.
Class II: If the hazardous material is combustible dust.
Class III: If easily ignitable fibers of flying are present.
Designate the specific “Group” of the hazardous substance. To do this, references should be made to either National Electrical Code (NEC) or National Fire Protection Association. (NFPA) Group A- Acetylene Group B- Hydrogen
All in Class I
Group C- Ethylene Group D- Methane Group E- Metal dust Group F- Coal dust
All in Class II
Group G- Grain dust No sub-groups – Fibers
Class III
To permit the proper selection of electrical apparatus for areas where flammable gas or vapour risks may arise, area classification drawing(s) are prepared by safety department based on the API RP 500, Classification of locations for electrical installations at Petroleum Facilities, IEC 60079-10 and/or IP Part 15. For the installation of electrical equipment in hazardous areas, IEC
60079-14 is complied with. The process group providing hazardous area data sheets will initiate area classification review activities. Safety and Electrical Group will take ownership of these documents and based on the plot plans and elevations provided by Piping Group, develop the hazardous area layouts and elevation drawings. Electrical equipments are, as far as is reasonably practicable located in the least hazardous area. Control rooms and switch houses are situated in non-hazardous areas. Where electrical equipment has to be installed in hazardous areas, equipment with a type of protection suitable for the relevant zones are selected and specified in accordance with IEC 60079-14. Certification of equipment and materials for duty, rating, hazardous area use, etc. are obtained from recognized National or International testing authorities. Evidence of the appropriate certifications is obtained prior to commitment to purchase.
In Europe, the zone system is used and the classification is in accordance with IEC 60079-10 and IP Part 15. A comparison between the zone and Class systems is depicted below.
FREQUENCY OF OCCURRENCE
DIVISION
Continuous
Class I, Div. 1
ZONE SYSTEM Zone 0
Intermittent Periodically
Class I, Div. 1
Zone 1
Abnormal Conditions
Class I, Div. 2
Zone 2
Electrical Cable Schedule Cable schedule is a spread sheet showing the tag number, number of core, material code, description, length of run and sequential link between one cable to the other etc. Electrical Load List/ Summary A load summary is a detailed listing of all loads to be served by the electrical distribution system. It is used to determine the power requirements of a system—in order to properly size power sources, distribution equipment, and feeder systems. The load summary also aids in determining system. Generally, industrial facility loads are a function of the process equipment. A list of loads must be obtained from the process and Mechanical/equipment Engineers and designers
The Electrical Load List is developed based on Electrical Load for Motors and details of other electrical loads, i.e. non-rotating process loads; electrical heaters, instrument, lighting / small power etc. are included on the load list. The Electrical Load List is prepared to determine the total load on each switchboard and is used to determine the rating of generators, transformers, bus-bars, circuit breakers, and other elements of the electrical distribution system. As design evolves Electrical Load List should be updated constantly. It is important to coordinate with other design disciplines to ensure that up-to- date data are used. Single line Diagram The Single Line Diagram is produced, from information contained on the P&ID, Plot Plan and Load list, to show overall electrical schematic and configuration of the electrical distribution network. It is used during commissioning and plant operation to show switching and isolation position on the network. The drawing shall include the following information:
All bus bars with details of the continuous current rating, voltage, frequency, number of phases, switchgear tag number and description
All main switching devices connected to the bus bar with details of their continuous current rating, showing inter trips, interlocks and changeover system as relevant.
A list, by tag number, of all users of electrical power connected to each bus bar, identifying the individual load and circuit type
Representation of each circuit type showing the particular control facilities
Distribution transformer with details of their power and voltage ratings
All main supply cables
All emergency supply facilities
All generation facilities with details of their power and voltage ratings
Power Layouts Power layouts are produced to show the location of all electrically powered process equipment items, associated auxiliaries and the main cable routing. The drawings uses the plot plan as a background if this is suitable, modified to suit the power layout by removing unnecessary detail. The preferred scale shall be adopted as appropriate but will be subject to the scale of the plot plans and the detail of the work to be carried out. The drawings include the following as a minimum:
A symbol/legend sheet
Location of all electrically driven process equipment items, which will be identified by their Tag numbers
Location of all field mounted electrical power equipment e.g. pushbutton stations, control panels, distribution boards etc.
Provision of cable routes, including main tray and rack runs
Identification of the standard drawing and installation details to be used
Cross reference list to other relevant documents
Lighting Layouts Lighting Layouts are produced to show the preliminary and indicative location of the luminaries. Lighting study/design is performed using software such as Chalmlite or manual calculation to determine the number of luminaries required to meet the illumination requirement. The drawings shall use the plot plan as backgrounds where possible and if not suitable Electrical Department will develop their own. The drawings include the following as a minimum:
A symbol/legend sheet
Location of all luminaries together with tag numbers and circuit references.
Location of main junction boxes, distribution boards, and specific items of equipment to be illuminated
Identification of the standard drawings and installation details to be used
Earthing Layouts The term Earth is defined as the conductive mass of the earth whose potential at any point is conventionally taken as zero. Earthing is essential for personnel safety, prolong insulation, life and for selective isolation of earth faults. The Earthing layout shows the connection of specific equipments and structures to the earth. Material Take Off (MTO) Material Take Off can be best defined as the list of materials by quantity and based on a particular design. Taking into consideration the lighting requirement of an area, different types of lighting fittings can be used for illuminating such area. Such fitting may include flood lights fluorescent fittings and decorative fittings. During MTO preparation for such layout are listed to enable purchase of adequate number of fittings for such design.
2.7
Main Topside Electrical Equipment
MCC: A low voltage Motor Control Center (MCC) is a group of motor starters and thermal magnetic circuit breakers rated up to 600 volts. Typically, 460 volt motors rated 200 hp or less are fed from MCCs and started with combination motor starters. Larger 460 volt motors commonly are started with circuit breakers if they draw too much current for combination motor starters. A combination motor starter consists of a circuit breaker, a contactor, and an overload relay. Other loads (e.g., lighting and heating) are served by thermal magnetic circuit breakers in the motor control centre. A medium voltage Motor Control Center (MCC) is a lineup of motor starters rated up to 7200 volts. Starters typically employ a current limiting fuse, a draw-out air or vacuum contactor, and ambient compensated overload relays
Fig 9: Typical MCC
Power Sources: Many economic factors must be considered when deciding whether to produce power or to buy it from a local utility. When considering a utility as the source of power, it is important to investigate the outage history and the quality of the power from the utility. By assigning a dollar value to lost process time due to power interruptions, the degree of reliability required can be determined. If a facility elects to generate power, the quality and reliability of the generated power must be considered, as well as economics.
Fig 10: Typical Gas Generator
An auxiliary power system is designed to supply and distribute power to equipment when the normal electrical supply is interrupted. Two types of auxiliary power system are Emergency and Standby and are available from Engine driven generator sets, UPS and Storage Batteries.
Transformer: Transformers are primarily used to reduce (or increase) voltage to a level where it can be used to power equipment. Transformers are also used to isolate loads from power sources and to accomplish a variety of special functions. These functions include phase shifting, regulating, and networking.
Fig 11: Typical Power Transformer
Motors: Electric Motors are either induction or synchronous motors used as electric drives for mechanical equipment like pumps, belts, conveyors etc.
Fig 12: Typical Electric Motors driven pumps
2.8
Subsea Control System Equipment
The subsea control system is part of the subsea production system.
Fig 1: Overall Subsea Production System
The subsea control system can be divided into three sections:
Topside Equipment: provides Human Machine Interface and supplies hydraulic/chemical and electrical services to the subsea production system.
Subsea Distribution System (SDS): provides a link of communication and supplies between topsides and the subsea production system.
Subsea Controls Equipment: provides controls and monitoring of the X-mas Tree, Manifolds, Etc.
Fig 2: Subsea Control System Building Blocks
The control system provides operation and monitoring of valves and chokes on subsea completions, templates, manifolds and pipelines.
The control of various production functions, executed at the seabed, is originated from the host facility. Satisfactory response time for a control system is an important factor that may have a dramatic effect on reliability and safety of environmentally critical operations. As communication distance between topside production facilities and subsea installations increases, due both to multiple well developments and water depth, early methods of well control using direct hydraulic control of subsea valves have become less feasible due to operational limitations of such controls and due to both the size and cost of the multi-core umbilicals required to provide hydraulic power transmission. This has led to the development of more advanced and complex control methods TOPSIDE CONTROL EQUIPMENT The host facility controls the various production functions being executed on the seabed. The standard MUX topside control system equipment is comprised of a Master Control Station (MCS) with a Human Machine Interface Computer (HMI), an Electronic Power Unit (EPU), Hydraulic Power Unit (HPU), and a Topside Umbilical Termination Assembly (TUTA)
MCS: The Master Control Station (MCS) provides control and monitoring of the subsea production system, including necessary surface equipment and the entire subsea installed equipment. The redundant MCS consists of two complete and independent MCS channel networks incorporating high reliability ControlLogix or Programmable Logic Controller (PLC) hardware architectures that simultaneously monitor data functions to and from each other, surface, and subsea. In the event of a primary channel network problem or failure, the secondary channel continues to seamlessly operate the external control system interfaces. This dual redundant physical channel architecture eliminates possible single mode failure points. The Human Machine Interface (HMI) is a Workstation Computer for local control and monitoring of the MCS. The HMI basically is a computer terminal used by the operator to perform all actions necessary to maintain safe operation of the system.
Fig 3: Typical MCS Cabinet
EPU/SPCU: The Electrical Power Unit (EPU) also called Subsea Power and Communication Unit (SPCU) provides conditioned electrical power to the subsea production controls system equipment. The EPU provides a stable, high-grade power supply to the SCM. The EPU supplies power for the subsea system through the electro-hydraulic umbilical. The communication signals from the MCS to the SCMs are superimposed on the power lines in the EPU.
Fig 4: Typical SPCU Cabinet
HPU: The Hydraulic Power Unit (HPU) supplies filtered and pressure regulated hydraulic fluid to the subsea system. The HPU includes provisions for obtaining and maintaining the specified cleanliness requirements. The HPU provides redundant low pressure (LP) and high pressure (HP) hydraulic supplies. The HPU includes duty and backup hydraulic pumps, redundant filters, and accumulators. Emergency shutdown facilities are provided to bleed off hydraulic fluid and thus to close subsea fail-safe valves. The hydraulic components are fairly standard. The unit can be configured to operate autonomously under the control of a dedicated PLC, which provides pump motor control, interlocks, and interface with the MCS. The HPU is designed to operate safely in the sited environment.
Fig 5: Typical HPU
TUTA: The Topside Umbilical Termination Assembly (TUTA) provides the interface between the topside control equipment and the production controls umbilical. The unit incorporates Electrical Junction Boxes (EJB) for the termination of the electrical communication/power cables, as well as all hydraulic and chemical plumbing, gauges, block and bleed valves for the appropriate hydraulic and chemical supplies
Fig 6: Typical TUTA
SUBSEA DISTRIBUTION SYSTEM This section describes the subsea controls hardware connecting the production umbilical to the Xmas trees/manifold(s). The scope of this description begins at the interface to the umbilical, both hydraulically and electrically through the distribution system to the electrical connectors at the top of the SCM and the hydraulic couplers at the Multi Quick Connect (MQC) plates mounted on the Xmas tree.
The Subsea Distribution System (SDS) provides a link of communication and supplies (LP and HP pressure, chemicals, and electrical comm/power) between the host facilities and the subsea field by routing and distributing the services provided through the production control umbilical. Production Control Umbilical: The production control umbilical is the conduit between the host facility and the subsea control system used for chemical and/or hydraulic fluids, electric
power, and electric control signals. The hydraulic power and control lines are individual hoses or tubes manufactured from steel or thermoplastic materials and encased in the umbilical bundle. The electrical control cables supplying power and control signals can either be bundled with hydraulic lines or laid separately. To avoid any potential faults, the umbilicals are fabricated in continuous lengths, i.e. without splices
Fig 7: Typical Umbilical System
UTA: The Umbilical Termination Assembly (UTA) is designed for the subsea distribution of umbilical hydraulic and electrical services to more than one Xmas tree, manifold, or other subsea equipment
Fig 7: Typical UTA
Tree/Manifold Mounted Controls: The tree and manifold control system provides control of all functions of the subsea production system. Production control systems, as such, are only concerned with controlling production and safety valves and monitoring devices. They are not used to provide control of subsea connector latching and unlatching or operation of vertical access valves, for example. Typical subsea functions include operation/control of:
A Surface Controlled Subsea Safety Valve (SCSSV)
Subsea Production Chokes
Production valves mounted on the Xmas tree, and utility functions such as monitoring of fluid characteristics, pressure leakage, and valve positions, etc.
Fig 8: Typical Subsea Control Equipment
The Scope of Tree/Manifold Mounted MUX E/H Controls usually consists of:
Subsea Control Module (SCM)
SCM Mounting Base (SCMMB)
Sensors and Electrical Harnesses
Multiple Quick Connect (MQC) Junction Plates
2.9
Some Typical Subsea Controls Engineering Deliverables
Subsea Engineering Design is carried out based on clients’ specifications, international standards and company procedures. Some of the applicable codes are as stated below:
Subsea Facilities Design basis
Subsea Field Layout
Subsea Control System Specification
API RP 17G – Recommended Practice for Subsea Production Controls
API 16D - Control Systems for Drilling Well Control System
API RP 17A - Recommended Practice for Design and Operation of Subsea Production Systems
API RP 17F – Specification for Subsea Production Control System
API RP 17D – Specification for Subsea Wellhead and Christmas Tree equipment
API RP 14F - Recommended Practice for Design and Installation of Electrical Systems for Offshore Production Platforms
API RP 500/505 - Recommended Practice for Classification of Locations for Electrical Installations at Petroleum Facilities
API Spec Q1 - Specification for Quality Programs
ISO 9000 & 9001 - Quality Systems
ISO 13628-6 - Petroleum and Natural Gas Industries – Design and Operation of Subsea Production Systems; Subsea Production Control Systems
ISO 14001 - Environmental Management Systems
NFPA 70 - National Fire Protection Association
IEC 60079 - Electrical Apparatus for Explosive Gas Atmospheres
IEC 60617 – IEC standard for Electrical Symbols
UL - Underwriter Laboratories
The Subsea Control Engineering team had the responsibility of providing the following services:
Signal, Power and Hydraulic Analysis
Umbilical System
Subsea Electrical Distribution and Subsea Control Systems
Topside Equipment - Hydraulic Power Unit, UPS, Electrical Power Unit and Master Control Station
The following are the deliverables produced by Subsea Control team on projects:
Functional Design Basis
Functional Specifications for MCS, SPCU, ULM, UPS and SCM
Schematic diagrams, GA and assembly drawings for Subsea and topside Products
Electrical single line diagram, block diagrams and schematics
Subsea Distribution schematics
FAT, EFAT, Operation & Maintenance Manuals
UPS System Sizing
Cable Sizing
Functional Specification MCS This document defines the main requirements for and functionality of the Subsea Control Systems for the project. The MCS is part of the Subsea Control System, which also consists of the Hydraulic Power Unit (HPU), Topside Umbilical Termination Assembly (TUTA), Subsea Control Modules (SCM’s), Subsea Power and Communication Unit (SPCU) and Subsea distribution equipment. The topsides MCS and SPCU are to be installed in a nonhazardous offshore control room environment. The MCS software will initially be configured to:
Control and monitor six Subsea Control Modules, 3 initial XT, 2 future XT, and 1 downhole Gas Lift Manifold.
Control and Monitor a mudline Gas Lift Manifold (via a future dedicated umbilical)
Monitor Subsea Multi-Phase flow meters, three initial and two future from the extended data buffer from the SCM.
Monitor two downhole manifold pressure and temperature sensors per SCM.
Control and monitor the SPCU
Control and monitor the Production HPU
Monitor and act on discrete ESD signals from the ESS system
Manage subsea system data transfer and control with the PCS
Receive and act on discrete PSD signals from the PCS
Monitor the UPS status
Provide controlled shutdown
Monitor the Chemical Injection Unit (CIU) status via PCS comms link.
Include and allow control from Remote Operator system (ROS)
Receive and act on signals passed from the PCS
Functional Specification SPCU This document outlines the detailed design fabrication, description, functionality and performance of the Subsea Power and Communication Unit (SPCU) also referred to as EPU. The Subsea Power and Communication Unit is the Power and Communication Interface between the Subsea Master Control Station (MCS) and the Subsea Control Module’s (SCM). Redundant Power and Communication is provided to each SCM from redundant line modules. The umbilical line module has been selected and configured to provide 450VAC at 4 Amps. The SPCU has been configured to support up to twelve (12) ULMs for a six (6) redundant line system. The SPCU requires two independent Power Sources for complete redundancy. Input power requirement shall be 240VAC, 50/60Hz, single phase. The basic components of the SPCU are: 1. Enclosure/Cabinet 2. Main Fuses (system A & B) 3. EMC and 15.5 kHz Filter 4. Power ON indication for each side 5. Power supplies for local electronics 6. Input Power Surge suppressors 7. Umbilical Line modules (ULM) · Line Transformer · Line Circuit Breaker · Current and Voltage transducers · Modem and Filter · Insulation Monitor · Surge Suppressor · Digital Input and output module for local control · Power supply
· Input Power (240VAC) at 15 Amps · Power line output (450VAC) at 4 Amps · Serial and Ethernet ports 8. Redundant Computer with Touch Screen Control Panel (see TSCP) 9. Hub’s for local LAN and MCS interface 10. Redundant Topside Processing Units (TPU).
Functional Specification ULM The Umbilical Line Module (ULM) is the modular component of the Subsea Power and Communication Unit (SPCU) that serves as the power and communication Interface between the Subsea Master Control Station and the Subsea Communication Module. The ULM accepts an input voltage of 120 or 240Vac depending on the configuration used. The ULM provides communication over power to the Subsea control Module (SCM) at 620Vac via an RS232 input to the modem using FMC’s proprietary KOS150 protocol. Basic ULM components 1. Line Transformer 2. Line Circuit Breaker 3. Current and Voltage transducers 4. Modem and Filter (150 series) 5. Insulation Monitor 6. Surge Suppressor 7. Digital Input and output module for housekeeping and control 8. 24Vdc Power supply 9. Power line input (120/240VAC), power line output (390/450/620VAC) 10. Serial (RS232) and Ethernet (RJ45) ports The line module is designed to provide both power and communication to and from the Subsea Communication Modules (SCM). Filtered input power from the mains is stepped up to the desired voltage by an isolation type line transformer. This is then fed through a filter unit that combines modulated signal with the high voltage power. The line module contains instrumentation to monitor the line voltage, current and insulation resistance. These values are provided to the Embedded Processor via an Ethernet connection. The embedded processor displays these values on a touch screen display mounted on the SPCU cabinet housing the ULM. This same touch screen allows the operators to define set points for all the parameters. These field programmable set points are used to determine over voltage, over current
and low line resistance faults. Occurrence of over-voltage or over-current faults will result in an automatic disconnection of output power to the line to protect the line SCM, and surface equipment from damage due to the fault condition, By default, occurrence of a low insulation fault does not automatically switch off power to the line. However, the automatic trip of the power line based on each of the three fault conditions can be enabled or disabled in the configuration section of the embedded processor program. The line relay that is used to connect/disconnect line power due to a fault is used to manually connect power to a given line. Although the ULM does not implement alarms, the embedded control shall provide the SMCS the individual line voltage, current and insulation resistance values on a real time basis to enable implementation of fault condition alarm at desired set points. More importantly, each relay can be remotely switched ON or OFF by the MCS.
GA and Assembly Drawing This shows the configuration and arrangement of components in the cabinet of each subsea control equipment. Typical GA and assembly drawings produced for projects are MCS, SPCU and ULM.
Single Line, Block and Schematic Diagrams These drawings outline the overall schematic of each subsea control system equipment. The schematic diagram show in details the interconnections between the various components within a subsea equipment to achieve its functionality.
Test Procedures and Operational Manuals The test procedures outline the qualification procedure for the acceptance of the subsea equipment. These are normally done at the completion of a subsea product and must be witnessed by the client The operation and maintenance manual on the other hand provides a guideline on the equipment usage, maintenance and troubleshooting.
Subsea Distribution Schematics The subsea distribution schematic shows the distribution of hydraulic, chemical and electrical signals to subsea equipment – sensors (PT/TT), DCV, MPFM, valves. It typically show the interface between the UTA, SCM, XT and manifolds.
Database Information The Database information (DBI) is equivalent to the Bill of Material of equipment. It is an iMAN or Team Center Engineering generated report showing all the component list of each subsea equipment.
3.0
DETAILED ELECTRICAL ENGINEERING DESIGN FOR AGBADA NAG PROJECT
This write-up highlights the essential steps I followed in carrying out FEED and detailed electrical engineering design for Shell Domestic Gas Supply Project. The main objective of the project was to support government’s desire to increase supply of domestic gas (DOMGAS) to local industries and power plants. As part of plans to achieve the short-term target for SPDCEast, the Agbada Non Associated Gas (NAG) field is being developed to enhance gas supply to the Eastern Domestic Gas (EDG) network. This will provide an additional 100 MMscf/d of gas to the EDG Network. Since the project is a partly brown field project, data gathering was required before the actual project work execution. The followings are the findings of the site visit:
The existing electrical room do not have enough space for the new equipments to be installed. A new switchroom is required
The existing power generation & distribution system cannot accommodate the new equipments to be installed, as such a new power generation and distribution system is required
The existing switchboard do not have adequate capacity to accommodate the new loads
Based on the above findings, the Electrical team had the responsibility of providing the following design services:
Compressor and Generator shelter Lighting & Power Layout
New power generation and distribution
Generators, Tranformers and MCC sizing and selection
Switchroom design
UPS System Sizing
Raceway System Design
Plant Cable Routing, Earthing and Lighting
Cable Sizing
Electrical Cable Schedule or List
Compressor and generator sheds Earthing Layout
Generation of Single line Diagram and Loadlist
3.1
Lighting & Power Design for all Sheds or Shelter
The design was carried out taking into consideration the recommendation of Shell DEP and the relevant requirements of IEC standards. The lighting calculation showing the illumination level and number of lighting fittings required is attached in Appendix 1
For the Power design, the recommendation of Shell DEP were taken into consideration. Basically, allocation of power is based on the type of facility and the services it is to provide. In this case the only new facility is the generator shelter, so a point for 125A single phase industrial socket outlet was provided here. The Lighting & Power Layout Drawing is attached in Appendix 1. 3.2
Loadlist and UPS System Sizing
This design was carried out taking into consideration the recommendation of Shell DEP and the relevant requirements of IEC 62040. In starting out this design, Electrical loads summary showing the detailed listing of the entire electrical load to be served in the electrical distribution system is prepared as design evolves and the load estimates are updated constantly. This was used to determine the power requirements of the electrical system in order to properly size power generating equipment, distribution equipment and feeder systems, as the case maybe.
Running load is the actual electrical load of the facility during operation. Running load is used to size utility service, generators, transformers, feeders, motor control centers, circuit breakers, and uninterruptible power supplies. The following are the various kinds of loads found on a load summary:
Critical Loads: Critical loads are loads that could cause damage to processes or products, serious interruption to the process, or discomfort to personnel if power were interrupted. Essential instrumentation, control and protective systems, and other essential services required during general power outages and whose loss cannot be tolerated even during maintenance and repair of their power supply are considered here.
Non-essential Loads: these are loads which are not required during general power outages, and whose loss may also be tolerated during infrequent maintenance and repair of their power supply.
Essential Loads: These are loads required for the safe operation of the plant and/or orderly shutdown during loss of main supply. They are also loads deemed essential for personnel safety. They are powered from unit equipment separate from the standby system because of more stringent requirements of emergency systems.
A continuous load is defined as a load that is expected to operate continuously for 3 hours or more. Intermittent loads are loads that operate continuously for periods of less than 3 hours. Spare loads are operated only when other loads are not operating
For the UPS Design only the critical loads are taken into consideration, the approach is to obtain all the load requirements from all disciplines and then mark up the value by 20-25% taking into consideration future expansion. It is important to coordinate with other design disciplines to ensure that up-to- date data are used. The final rating to be selected will depend on the closest standard rating that is manufactured by UPS vendors. The UPS sizing sheet and Single Line Diagram is attached in Appendix 1. 3.3
Electrical Single Line Diagram
A one-line diagram is a schematic drawing that illustrates the overall electrical system configuration and contains information on equipment sizing. A circuit is an assembly of electrical equipment supplied from the same origin and protected by the same protective device. Part 3 section 314 and appendix 5 of IEE Regulation deals with circuit design. Reg. 314-01 states that every installation shall be divided into circuits as necessary to avoid danger and minimize inconvenience in the event of a fault, and facilitate safe operation, inspection, testing, and maintenance. The main consideration is to determine the number of outgoing circuits and the capacity of protective device and cable sizes for all circuits. For the above named project there are basically two groups of final circuits which consist of the following:
Plant Motor Loads – Compressor motors, well water, open & close drain, glycol injection, heat medium, condensate export, diesel loading pumps etc
Plant non-motor loads – UPS, HVAC, Transformers, Lighting & small power, Welding sockets, Cathodic protection, flare ignition, panel boards etc.
The Overall Electrical Single Line Diagram is attached in Appendix 1.
3.4
Cable Sizing
Purpose of Calculation To determine if the conductor cross-section is adequate to provide the required power to an equipment
Assumptions
Cables shall be considered as being laid direct in the ground or run on tray
Cables shall be armoured copper conductor cable
References
Electrical Load List
Cable Catalogue (Kabelmetal)
Calculations
Design Basis
For three phase loads:
Full Load Current
I FLA
KW 3 V Cos
For single phase loads:
Full Load Current
I FLA
KW V Cos
Where: V = voltage CosØ = power factor kW = kilowatt power IFLA = full load current For three phase loads:
Vd 3
I FLA x L x 3 ( RC Cos X C Sin ) 1000
Motor running voltage drop
Vd 3 ( st )
Motor starting voltage drop
6 I FLA x L x 3 ( RC Cos st X C Sin st ) 1000
For single phase loads:
Voltage drop
Vd 1
I FLA x L x 2 ( RC Cos X C Sin ) 1000
For DC loads: Voltage drop
And
VDC
I FLA x 2 x L x RDC 1000
mV/Amp/meter =
( RC Cos X C Sin ) V 1000
Where: L = cable length RC = cable AC Resistance XC = cable reactance CosØst = starting power factor RDC = DC resistance For three phase loads: Cable size to meet short circuit rating
Sa
I SC x t K
Where: ISC = short circuit rating t =time to clear short circuit fault K = cable material factor (143 for XLPE; 115 for PVC) Sα = minimum cable cross section (mm2) Refer to Appendix 1 for the cable sizing calculation.
3.5
Electrical Cable Schedule or List
The Electrical Cable schedule shows the cable tag number, number of core, conductor size, cable description, length of run and sequential link between one cable to the others. The Electrical Cable schedule is shown in Appendix 1: 3.6
Raceway System Design
There are four types of raceway systems which are commonly used to distribute electrical power in industrial systems, they are:
Conduit systems
Cable trays
Direct burial cables
Submarine cables
For this project, cable trays and direct burial of cables were used. The approach was to use cable trays underneath the switchroom and mainly direct burial for cables coming from substation to the process areas. For the direct burial an established cable trench route was identify and cables routed based on load centers. The Plant Cable Routing Layout is attached in Appendix 1. 3.7
Earthing Layout
Earthing or bonding of the plant is essential for personnel safety, to prolong insulation life and for fast selective isolation of earth faults. The Earthing layout shows the connection of all metallic structures on the plant - cabinets, junction boxes and structures to the earth, also earth bars are provided for connection of other equipments as may be applicable. The overall Earthing Layout is attached in Appendix 1.
4.0
CONCLUSION
The project experience summary is not exhaustive, because there are some other ongoing projects I am working on which is not included. But overall I have experience in the consulting, construction (industrial, residential and commercial developments), oil and gas engineering (Onshore and Offshore), at both design and project management levels. . Also, I have experience in offshore subsea engineering design and project management. These experiences have challenging but rewarding since it has equipped me with valuable skills to function as both and Electrical Engineer and Subsea Control Systems engineer. I have worked with both locally and internationally with Nigerian and Expatriate engineers on various projects. The experiences that I have gained have been of immense benefit to the Companies that I have worked for and to this great Nation.
APPENDIX 1: DETAILED ELECTRICAL ENGINEERING DESIGN FOR SPDC AGBADA NAG DOMESTIC GAS SUPPLY PROJECT DELIVERABLES
EQUIPMENT Equipment No.
Description
Vital
Essential
Non Reessential starting
ABSORBED LOAD
MOTOR
LOAD
RATING
FACTOR
2 3
KM-1100 KM-2010 KM-2020
HV SWITCHBOARD (SB100D1) Screw Compressor Driver Motor Train 1 Refrigerant Compressor Motor Train 2 Refrigerant Compressor Motor
X
x x
B
POWER
D
C
REMARKS
at load factor C
Continuous
SB100E1
Main LV Switchboard
kW
kW
in decimals
in decimals
cos j
kW
kVAr
635.00 450.00 450.00
635.00 450.00 450.00
1.00 1.00 1.00
0.96 0.96 0.96
0.85 0.85 0.85
661.46 468.75 468.75
409.94 290.51 290.51
159.90
(Est. x%E + y%F) Peak load
2,790.92
KW
1,688.21
(Est. x%E +y%F + z%G)
2,790.92
KW
1,688.21
KVAR KVAR
kW2 kVAr2 3,261.79
kW2 kVAr2
3,261.79
kVA
Stand-by F
G
kW
kVAr
kW
kVAr
99.09
0.00
0.00
0.00
0.00
954.69
560.22
257.92
126.48
0.00
0.00
2713.55
1650.26
257.92
126.48
0.00
0.00
x
Maximum of normal running plant load:
Intermittent E
10% Contigency 4
kVAr = kW.tg j
CONSUMED LOAD
kW = A/D
FACTOR at load factor C
= A/B A
1
EFFICIENCY
Power factor without compensation (cos j): 0.
TOTAL
Power factor with compensation (cos j1):
kVA
kVA (
kW 2 kVAr 2 )
3176
287
0.
0 Required capacitor rating [= kW (tgj - tgj1)]:
Coincidence factors x, y and z shall be defined for each separate case, subject to Principal's approval.
kvar
NOTES a)
Load classification/restarting:
b)
For definitions of "Vital", "Essential" and
Absorbed loads:
C)
"Non-Essential" services and application of "Restarting"
Consumed loads: E - "Continuous"; all loads that may continuously be required
- for pumps, shaft load on duty point; - for instrumentation, computers, communiction, air conditioning, the required load during full operation of plant;
- for lighting during dark hours; - for workshops, the average total load in normal full operation
G - "Stand-by"; loads required in emergencies only, such as fire-water
for normal operation, including lighting and workshops
pumps or those of normally not running electrically driven units stand-by for
F - "Intermittent"; the loads required for intermediate pumping,
normally running steam-driven ones (e.g charge pumps, boiler feed pumps).
storage, loading, etc.
NOTES: REFERENCED DRAWINGS
DRAWING No.
MAIN LV SINGLE LINE DIAGRAM
DOMGAS PROJECT (AGB ADA NAG)
C01
APPROVED FOR CONSTRUCTION
O.A.
C.E.
30/11/2011
A02
ISSUED FOR DETAILED SAFOP
O.A.
C.E.
7/11/2011
ELECTRICAL LOAD LIST
A01
ISSUED FOR APPROVAL
O.A.
C.E
24/08/11
HV SWITCHB OARD (SB 100D1)
R02
ISSUED FOR SAFOP
O.A.
O.O.
21/04/11
R01
ISSUED FOR REVIEW
O.A.
O.O.
15/04/2011
REV
DESCRIPTION
PREPARED
APP'D
DATE
MAKON No.
REV. C01
SHELL DRG No.
PAGE 2 OF 4
EQUIPMENT Equipment No.
Description
Vital
Essential
Non Reessential starting
ABSORBED LOAD
MOTOR
LOAD
RATING
FACTOR
21
EM-3110A EM-3110B EM-3110C PM-3110A/B EM-3120A EM-3120B EM-3120C PM-3120A/B EM-2750 EM-2751 EM-1100 PM-1101 P-5701A/B P-5702A/B EM-6110A/B EM-6110 HOLD EM-6120A/B EM-6120 HOLD EM-2611A/B
MAIN LV SWITCHBOARD (SB100E1) Train 1 Inlet Cooler Motor A Train 1 Inlet Cooler Motor B Train 1 Inlet Cooler Motor C Train 1 Condensate Export Pump Train 2 Inlet Cooler Motor A Train 2 Inlet Cooler Motor B Train 2 Inlet Cooler Motor C Train 2 Condensate Export Pump Recip Compressor Recycle Gas Cooler Recip Compressor Recycle Gas Cooler Screw Compressor Recycle Gas Cooler Screw Compressor Lube Oil Pump Close Drain Pump Open Drain Pump Train 1 Heat Medium Pump Train 1 Heat Trim cooler Motor Train 1 Burner Blower Train 2 Heat Medium Pump Train 2 Heat Trim cooler Motor Train 2 Burner Blower Train 1 Condensed Water Pump
22
EM-2610A/B
Train 1 Glycol Injection Pump
EM-2613 EM-2620A/B EM-2623 EM-2621A/B P-2010 EM-2014A/B P-2020 EM-2024A/B P-4300A/B P-4301A/B A-4610/20 EM-4610/20 P-5901A/B CP-1750 28-MOV-480/482 28-MOV-582 KM-1101 EM-1101 PM-1102 WO-3 WO-2 WO-1 HVAC 1A HVAC 2A UP-001A DS-001B DB-10A DB-10B DB-10C
Train 1 Glycol Vapour Condenser Train 2 Glycol Injection Pump Train 2 Glycol Vapour Condenser Train 2 Condensed Water Pump Train 1 Compr Lube Oil Circulating Pump Train 1 Refrigerant Condenser Fan Train 2 Compr Lube Oil Circulating Pump Train 2 Refrigerant Condenser Fan HP Flare K.O. Vessel Pump LP Flare K.O. Vessel Pump Instrument Air Compressor Instrument Air Compressor Aftercooler Well Water Pump Cathodic protection Inlet Facility Motor Operated Valves Flow Control Motor Operated Valves Agbada Flowstation 2 Booster Compressor Agbada Flowstation 2 Gas & Glycol Cooler Agbada Flowstation 2 Glycol Pump Welding Socket Wo-3 Welding Socket Wo-2 Welding Socket Wo-1 HVAC (Control Building) HVAC (Electrical Building) UPS(AC) TELECOM GEARSWITCH GAS GENERATOR G-8201A DB GAS GENERATOR G-8201B DB GAS GENERATOR G-8201C DB
2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20
23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 38 38 38 39 40
41 42 43
X X X X X X X X X X X
X X X
x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x X X X X
B
POWER
D
C
SB100E2
Emergency Switchboard
X
(Est. x%E + y%F) Peak load
1032.07
KW
598.17
(Est. x%E +y%F + z%G)
1032.07
KW
598.2
KVAR
Continuous
kW
in decimals
in decimals
cos j
kW
kVAr
7.50 7.50 7.50 37.00 7.50 7.50 7.50 37.00 22.40 22.40 15.00 7.50 0.70 0.70 30.00 1.49 4.00 30.00 1.49 4.00 0.75
7.50 7.50 7.50 37.00 7.50 7.50 7.50 37.00 30.00 30.00 18.50 7.50 1.10 1.10 30.00 2.20 4.00 30.00 2.20 4.00 1.10
1.00 1.00 1.00 1.00 1.00 1.00 1.00 1.00 0.75 0.75 0.81 1.00 0.64 0.64 1.00 0.68 1.00 1.00 0.68 1.00 0.68
0.91 0.91 0.91 0.93 0.91 0.91 0.91 0.93 0.91 0.91 0.91 0.91 0.91 0.91 0.91 0.91 0.91 0.91 0.91 0.91
8.24 8.24 8.24 39.78 8.24 8.24 8.24 39.78 24.62 24.62 16.48 8.24
4.22 4.22 4.22 21.47 4.22 4.22 4.22 21.47 15.26 15.26 10.22 5.11
0.83
0.89 0.89 0.89 0.88 0.89 0.89 0.89 0.88 0.85 0.85 0.85 0.85 0.95 0.95 0.80 0.80 0.80 0.80 0.80 0.80 0.80
32.97 1.64 4.40 32.97 1.64 4.40 0.90
24.73 1.23 3.30 24.73 1.23 3.30 0.68
4.21
5.50
0.77
0.88
0.80
4.78
3.59
2.20 4.21 2.20 0.75 4.00
2.20 5.50 2.20 1.10 4.00
0.94 0.88 0.94 0.83 0.91
0.80 0.80 0.80 0.80 0.85
22.40 4.00 22.40 4.00 4.00 45.00 0.90 12.50 15.00 0.80 0.80 90.00 4.00 0.75 23.00 69.00 69.00 50.00 50.00 52.00 15.00 30.00 30.00 30.00
30.00 4.00 30.00 5.50 5.50 55.00 1.10 15.00 15.00 1.10 1.10 110.00 4.00 0.75 23.00 69.00 69.00 50.00 50.00 52.00 15.00 30.00 30.00 30.00
1.00 0.77 1.00 0.68 1.00 0.75 1.00 0.75 0.73 0.73 0.82 0.82 0.83 1.00 0.73 0.73 0.82 1.00 1.00 1.00 1.00 1.00 1.00 1.00 1.00 1.00 1.00 1.00 1.00
0.92 0.91 0.92 0.92 0.92 0.93 0.74 0.91 0.80 0.94 0.94 0.90 0.90 0.90 0.80 0.80 0.80 0.75 0.75 1.00 0.91 0.91 0.91 0.91
0.88 0.85 0.88 0.88 0.88 0.87 0.79 0.89 1.00 0.90 0.90 0.80 0.80 0.80 0.90 0.90 0.90 0.85 0.85 0.85 0.89 0.89 0.89 0.89
2.34 4.78 2.34 0.90 4.40 24.35 4.40 24.35
1.76 3.59 1.76 0.68 2.72 13.14 2.72 13.14
kW2 kVAr2 1192.88
kVA
kW2 kVAr2 1192.88
kVA
Intermittent
Stand-by
E
kW
Maximum of normal running plant load: KVAR
REMARKS
at load factor C
10% Contigency 5
kVAr = kW.tg j
CONSUMED LOAD
kW = A/D
FACTOR at load factor C
= A/B A
1
EFFICIENCY
0.00 0.00 0.00 18.75
100.00 4.44 0.83
F kW
kVAr
0.77 0.77
0.25 0.25
4.35 4.35
2.35 2.35
0.85 0.85
0.41 0.41
28.75 86.25 86.25
13.92 41.77 41.77
G kW
kVAr
0.00 0.00 0.00 0.00
75.00 3.33 0.63
0.00 0.00 0.00 0.00 32.97 32.97 0.00
0.00 0.00 0.00 0.00 16.89 16.89 0.00
47.85
29.53
21.32
10.35
0.00
0.00
362.36
201.56
23.42
12.64
0.00
0.00
954.69
560.22
257.92
126.48
0.00
0.00 Power factor without compensation (cos j): 0.
TOTAL
kVA (
kW 2 kVAr 2 )
Power factor with compensation (cos j1):
1106.93
287.26
0.
0.00
Coincidence factors x, y and z shall be defined for each separate case, subject to Principal's approval.
Required capacitor rating [= kW (tgj - tgj1)]:
kvar
NOTES a)
Load classification/restarting:
b)
For definitions of "Vital", "Essential" and
Absorbed loads:
-
"Non-Essential" services and application of "Restarting", see DEP 33.64.10.10-Gen.
C)
G - "Stand-by"; loads required in emergencies only, such as fire-water
for normal operation, including lighting and workshops
for instrumentation, computers, communiction,
pumps or those of normally not running electrically driven units stand-by for
F - "Intermittent"; the loads required for intermediate pumping,
air conditioning, the required load during full operation of plant;
-
Consumed loads: E - "Continuous"; all loads that may continuously be required
for pumps, shaft load on duty point;
for lighting during dark hours;
normally running steam-driven ones (e.g charge pumps, boiler feed pumps).
storage, loading, etc.
for workshops, the average total load in normal full operation
NOTES: REFERENCED DRAWINGS
DRAWING No.
1. For details of emergency switchboard, see page 4 of this document. MAIN LV SINGLE LINE DIAGRAM
DOMGAS PROJECT (AGBADA NAG)
C01
APPROVED FOR CONSTRUCTION
O.A.
C.E.
30/11/2011
A02
ISSUED FOR DETAILED SAFOP
O.A.
C.E.
7/11/2011
ELECTRICAL LOAD LIST
A01
ISSUED FOR APPROVAL
O.A.
C.E.
24/08/11
MAIN LV SWITCHBOARD (SB100E1)
R02
ISSUED FOR SAFOP
O.A.
O.O.
21/04/11
R01
ISSUED FOR REVIEW
O.A.
O.O.
15/4/2011
REV
DESCRIPTION
PREPARED
APP'D
DATE
MAKON No.
REV. C01
SHELL DRG No.
PAGE 3 OF 4
EQUIPMENT Equipment No.
Description
Vital
Non ReEssential essential starting
ABSORBED LOAD
MOTOR
LOAD
RATING
FACTOR
2 3 4 5 6 7 8 9 10 11 12 13
DB-1 DB-2 DB-3 DB-4 DB-5 DB-7 HVAC 1B HVAC 2B UP-001B P-6201 A-4620 EM-4620 P-5901B DS-001A
EMERGENCY SWITCHBOARD (SB100E2) Outdoor lighting Anti -condensation Heaters Power Plant Auxiliaries Electrical Building Lighting DB Anti -condensation Heaters Control Building Lighting DB HVAC (Control Building) HVAC (Electrical Building) UPS(AC) Diesel Loading Pump Motor Instrument Air Compressor Instrument Air Compressor Aftercooler Well Water Pump B TELECOM GEARSWITCH
X X X X X X X X X X X X X X
B
POWER
at load factor C D
C
KW
205.35
(Est. x%E +y%F + z%G)
369.38
KW
205.35
KVAR KVAR
Continuous
kW
in decimals
in decimals
cos j
kW
kVAr
25.00 8.00 10.00 10.00 8.00 10.00 50.00 50.00 52.00 4.00 45.00 0.90 12.50 15.00
25.00 8.00 10.00 10.00 8.00 10.00 50.00 50.00 52.00 5.50 55.00 1.10 15.00 15.00
1.00 1.00 1.00 1.00 1.00 1.00 1.00 1.00 1.00 0.73 0.82 0.82 0.83 1.00
0.95 0.95 0.90 0.95 0.95 0.95 0.75 0.75 0.90 0.90 0.93 0.74 0.91 0.91
0.95 0.90 0.90 0.95 0.90 0.95 0.85 0.85 0.85 0.80 0.87 0.79 0.89 0.89
26.32
8.65
11.11 10.53
5.38 3.46
10.53 66.67 66.67 57.78
3.46 41.32 41.32 35.81
48.39 1.22 13.74 16.48
27.42 0.94 7.04 8.44
32.94
362.36 kW2 kVAr2 422.62
kVA
kW2 kVAr2 422.62
kVA
Intermittent
Stand-by
E
kW
Maximum of normal running plant load:
369.38
REMARKS
at load factor C
10% Contigency
(Est. x%E + y%F) Peak load
kVAr = kW.tg j
CONSUMED LOAD
kW = A/D
FACTOR
= A/B A
1
EFFICIENCY
F kW
kVAr
8.42
4.08
8.42
4.08
4.44
3.33
18.32
2.13
201.56
23.42
G kW
kVAr
1.15
0.00
0.00
12.64
0.00
0.00 Power factor without compensation (cos j): 0.
TOTAL
kVA (
kW 2 kVAr 2 )
Power factor with compensation (cos j1):
415
27
0.
0 Required capacitor rating [= kW (tgj - tgj1)]:
Coincidence factors x, y and z shall be defined for each separate case, subject to Principal's approval.
kvar
NOTES a)
Load classification/restarting:
b)
For definitions of "Vital", "Essential" and
Absorbed loads:
-
"Non-Essential" services and application of "Restarting"
C)
for instrumentation, computers, communiction, air conditioning, the required load during full operation of plant;
-
Consumed loads: E - "Continuous"; all loads that may continuously be required
for pumps, shaft load on duty point;
for lighting during dark hours;
G - "Stand-by"; loads required in emergencies only, such as fire-water
for normal operation, including lighting and workshops
pumps or those of normally not running electrically driven units stand-by for
F - "Intermittent"; the loads required for intermediate pumping,
normally running steam-driven ones (e.g charge pumps, boiler feed pumps).
storage, loading, etc.
for workshops, the average total load in normal full operation
NOTES: REFERENCED DRAWINGS
DRAWING No.
MAIN LV SINGLE LINE DIAGRAM
DOMGAS PROJECT (AGB ADA NAG)
MAKON
C01
APPROVED FOR CONSTRUCTION
O.A.
C.E.
30/11/2011
A02
ISSUED FOR DETAILED SAFOP
O.A.
C.E.
7/11/2011
ELECTRICAL LOAD LIST
A01
ISSUED FOR APPROVAL
O.A.
C.E.
24/08/11
EMERGENCY SWITCHB OARD (SB 100E2)
R02
ISSUED FOR SAFOP
O.A.
O.O.
21/04/11
R01
ISSUED FOR REVIEW
O.A.
O.O.
15/4/2011
REV
DESCRIPTION
PREPARED
APP'D
DATE
MAKON No.
REV. C01
SHELL DRG No.
PAGE 4 OF 4
ENGINEERING & TECHNICAL SERVICES
DOMGAS PROJECT (AGBADA NAG)
ENGINEERING & TECHNICAL SERVICES LTD
DOMGAS PROJECT (AGBADA NAG)
ENGINEERING & TECHNICAL SERVICES LTD
DOMGAS PROJECT (AGBADA NAG)
ENGINEERING & TECHNICAL SERVICES LTD
DOMGAS PROJECT (AGBADA NAG)
ENGINEERING & TECHNICAL SERVICES LTD
DOMGAS PROJECT (AGBADA NAG)
ENGINEERING & TECHNICAL SERVICES LTD
DOMGAS PROJECT (AGBADA NAG)
EQUIPMENT Equipment No.
Description
Vital
Non ReEssential essential starting
ABSORBED LOAD
NOMINAL
LOAD
RATING
FACTOR
1
2
B
POWER
kVAr = kW.tg j
CONSUMED LOAD
kW = A/D
FACTOR at load factor C
= A/B A
A.C. SYSTEM (10 mins back-up supply) Control Building HVAC Change-Over Control PanelSupply 1/2 MCC Building HVAC Change-Over Control PanelSupply 1/2
EFFICIENCY
D C in decimals in decimals
REMARKS
at load factor C cos j
Continuous
Intermittent
kW
kVAr
Stand-by
E
kW
kW
X
0.30
0.30
1.00
0.90
1.00
0.33
0.00
X
0.30
0.30
1.00
0.90
1.00
0.33
0.00
F
G
kW
kVAr
kW
kVAr
A.C. SYSTEM (30 mins back-up supply) 3
-
HV & LV Switchgear
X
3.00
3.00
1.00
0.90
0.95
3.33
1.10
4
-
Generator control panel and PMS
X
3.00
1.00
0.90
0.95
3.33
1.10
5
-
Instrument Start Air Package Local Control Panel
X
3.00 0.85
0.85
1.00
0.98
0.95
0.87
0.29
-
Reciprocating Gas Compressor Phoenix Contact Power Supply
X
0.53
0.53
1.00
0.98
1.00
0.54
0.00
-
Reciprocating Gas Compressor Panel Cooling Fan
X
0.03
0.03
1.00
0.98
1.00
0.03
0.00
-
Reciprocating Gas Compressor Enclosure Light
X
0.04
0.04
1.00
0.98
1.00
0.04
0.00
6
7 8
A.C. SYSTEM (1 hr back-up supply) 9
-
ODS Metering Control System
X
4.00
4.00
1.00
0.98
0.95
4.08
1.34
10
-
ODS Analyzer Package
X
0.65
0.65
1.00
0.98
0.95
0.66
0.22
11
-
AGBADA NAG PAS Power Supply
X
12.50
12.50
1.00
0.98
0.95
12.76
4.19
-
Recycle Gas Compressor Phoenix Contact Power Supply
X
1.06
1.06
1.00
0.98
1.00
1.08
0.00
X
0.28
0.28
1.00
0.98
1.00
0.29
0.00
X X X
1.15 0.03 0.04
1.15 0.03 0.04
1.00 1.00 1.00
0.98 0.98 0.98
1.00 1.00 1.00
1.17 0.03 0.04
0.00 0.00 0.00
X
0.12
0.12
1.00
0.98
1.00
0.12
0.00
12
13
-
14 15 16
17
Recycle Gas Compressor Phoenix Contact Power Supply Recycle Gas Compressor 230 VAC Recepticle Recycle Gas Compressor Panel Cooling Fan Recycle Gas Compressor Enclosure Light Recycle Gas Compressor Allen Bradley PA-72 Power Supply A.C. SYSTEM (8 hrs back-up supply)
18 19 20 21 22
-
AGBADA NAG F&G/SIS Power Supply
X
12.60
12.60
1.00
0.95
0.90
13.26
6.42
-
Control Building Vesda System
X
0.30
0.30
1.00
0.98
0.95
0.31
0.10
-
MCC Building Vesda System Telecoms
X X
0.30 5.00
0.30 5.00
1.00 1.00
0.98 0.95
0.95 0.80
0.31 5.26
0.10 3.95
12.05
4.70
0.00
0.00
0.00
0.00
60.23
23.50
0.00
0.00
0.00
0.00
25% Contingency
Maximum of normal running plant load: (Est. x%E + y%F) Peak load
60.23
KW
23.50
(Est. x%E +y%F + z%G)
60.23
KW
23.50
kW2 kVAr2
KVAR
kW2 kVAr2
KVAR
64.65
kVA
64.65
kVA
Power factor without compensation (cos j): 0.
TOTAL
kVA (
kW 2 kVAr 2 )
Power factor with compensation (cos j1):
64.65
0.00
0.93
0.
0.00 Required capacitor rating [= kW (tgj - tgj1)]:
Coincidence factors x, y and z shall be defined for each separate case, subject to Principal's approval.
kvar
NOTES a)
Load classification/restarting:
b)
For definitions of "Vital", "Essential" and
Absorbed loads:
-
"Non-Essential" services and application of "Restarting"
Consumed loads: E - "Continuous"; all loads that may continuously be required
for instrumentation, computers, communiction, air conditioning, the required load during full operation of plant;
-
REFERENCED DRAW INGS/DOCUMENTS
C)
for pumps, shaft load on duty point;
for lighting during dark hours;
G - "Stand-by"; loads required in emergencies only, such as fire-water
for normal operation, including lighting and workshops
pumps or those of normally not running electrically driven units stand-by for
F - "Intermittent"; the loads required for intermediate pumping,
normally running steam-driven ones (e.g charge pumps, boiler feed pumps).
storage, loading, etc.
for workshops, the average total load in normal full operation
NOTES: DRAW ING/DOCUMENT No.
ELECTRICAL BUILDING GENERAL ARRANGEMENT DRAW ING
DOM GA S PROJ ECT (A GB A DA NA G )
C01
APPROVED FOR CONSTRUCTION
O.A.
C.E.
1/3/2012
A01
ISSUED FOR DETAILED SAFOP
P.A.
0.A
24/10/2011
R01
ISSUED FOR REVIEW
P.A.
0.A
20/9/2011
REV
DESCRIPTION
PREPA RED
A PP'D
DA TE
A .C. UPS L OA D L IST
MAKON No.
REV. C01
SHELL DRG No.
SHT 1 OF 2
UPS Load Profile
Notes:
10 min UPS load (kW)
0.7
30 mins UPS load, kW
8.1
1 hr UPS load, kW
20.2
8 hrs UPS load, kW
19.1
Total UPS load (kW)
48.2
1. The A.C. UPS unit shall be sized by the UPS vendor based on the UPS load list and load profile above. 2. For battery sizing purposes, a 15% design margin, and a 10% aging factor shall be added as per IEEE 485 6.2.2 and 6.2.3. 3. Battery sizing Calculation and Battery General Arrangement shall be submitted along with UPS bid
Load (kW) 55.2 55.2 54.5
47.6 25.5
Time(hrs) 10mins
REFERENCED DRAW INGS/DOCUMENTS
0.5
1
8
NOTES: DRAW ING/DOCUMENT No.
ELECTRICAL BUILDING GENERAL ARRANGEMENT DRAW ING
DOMGAS PROJECT (AGBADA NAG )
C01
APPROVED FOR CONSTRUCTION
O.A.
C.E.
1/3/2012
A01
ISSUED FOR DETAILED SAFOP
P.A.
0.A
24/10/2011
R01
ISSUED FOR REVIEW
P.A.
O.A
20/9/2011
REV
DESCRIPTION
PREPARED
APP'D
DATE
A.C. UPS LOAD LIST
MAKON No.
REV. C01
SHELL DRG No.
SHT 2 OF 2
ENGIN EERING & T EC HN IC AL SER VIC ES LTD
DOMGAS PROJECT (AGBADA NAG)
Calculation Cover Sheet Customer Project Title Calculation Title
DOMGAS PROJECT OUTDOOR LIGHTING CALCULATION
Proj No
Node Name
AGBADA NAG
Calc. No. Page 2 of 8 Calculation Objective To determine the Illumination Levels at various locations away from the Lighting Fixtures and the distance between fixtures
Calculation Method Point-To-Point Method of Illumination Calculation
Assumptions The lighting fixtures shall be installed in a non-dirty environment, hence the Light Loss Factor (LLF) is assumed 0.8
Software Used Title
Version
Validation (Y / N / N/A)
References 1. NFPA 70 - National Electrical Code 2. IES-RP-7 - Practice for Industrial Lighting
Conclusions At a distance of 35.7m (A+B), mid-way between fixtures the Illumination level per lamp (18Lux) gotten from the calculation is higher than the recommended value, hence a spacing of 70m between lamps is adequate for general plant lighting. For areas requiring regular equipment maintenance, a seperation of 22m between lamps is adequate.
C01 A01 R01 Rev
23/05/2012 23/02/2012 15/12/2011 Date
APPROVED FOR CONSTRUCTION ISSUED FOR APPROVAL ISSUED FOR REVIEW Description
C.E C.E C.E By
L.A. L.A. L.A. Checked
M.K. M.K. O.A. Approved
Note: to create a new l within a cell, press Alt+Enter.
Calculation Checklist Customer Project Title Calculation Title
DOMGAS PROJECT OUTDOOR LIGHTING CALCULATION
Proj No
Node Name
AGBADA NAG
Calc. No. Page Please check boxes for all applicable items checked or mark as "N/A" if not appropriate: Calculations:
3
of
8
Calculation number assigned and registered (refer to project numbering system or Document Numbering System for format). Project title shown. Calculation title shown. Revision history box complete and signed. Table of Contents. Appropriate stamp for preliminary issues. Calculation objectives (aims) stated. Calculation method defined or described (including formulae if relevant). Reference made to text, standard or code. Check version/edition with that required for project. Source of input data stated (with revision number and date if relevant). Customer's requirements included/addressed. Assumptions stated. Summary of results or conclusions if appropriate. For software based calculations, reference to software verification if available. Approach used is appropriate for problem being solved. Method clear and easy to follow. Input data correct. Calculation arithmetically correct OR software previously verified and reference to verification checked. Calculation result within expected limits. Calculation tolerances stated if significant. Units used as required by client. Abbreviations correct. Appropriate cross-references. Sketches included and clearly labelled, where required. Appendices included and referenced, as required. Considered design reviews, Hazop actions, client input, safety and environmental issues, etc. Checking Records: Checked and annotated copy of calculation filed (use "Check Print" stamp). Corrections made as required and calculation dated and signed on cover sheet by checker. Alternative method calculation and/or representative check performed and filed, as required. Revisions: Changes clouded. Revision history block updated. Calculation re-checked if required.
C01 A01 R01
23/05/2012 23/02/2012 15/12/2011
APPROVED FOR CONSTRUCTION ISSUED FOR APPROVAL ISSUED FOR REVIEW
C.E C.E C.E
L.A. L.A. L.A.
M.K. M.K. O.A.
Rev
Date
Description
By
Checked
Approved
Calculation Sheet Customer Project Title Calculation Title
DOMGAS PROJECT OUTDOOR LIGHTING CALCULATION
Node Name
AGBADA NAG
Calc. No. Rev Date R01
15/12/2011
Proj No
By
Checked
Rev
Date
By
Checked
Rev
Page Date
4 By
C.E
L.A.
A01
23/02/2012
C.E
L.A
C01
23/5/12
C.E
of
L.A
Table of Contents Content
8 Checked
Page No.
1
CALCULATION COVER SHEET
2
2
CALCULATION CHECKLIST
3
2
TABLE OF CONTENTS
4
3
LAMP DATA AND CALCULATION BASIS
5
4
CALCULATION SHEETS AND RESULTS
6
5
CONCLUSION
10
Calculation Sheet Customer Project Title Calculation Title
DOMGAS PROJECT OUTDOOR LIGHTING CALCULATION
Node name
AGBADA NAG
Calc. No. Rev Date R01 15/12/2011
Proj No
By
Checked
C.E
L.A.
Rev
Date
A01 23/02/2012
By
Checked
Rev
Page Date
5 By
C.E
L.A.
C01
23/5/12
C.E
Lamp Data
Lighting Fitting Data FLOODLIGHTS Manufacturing & Catalog Ref No. STAHL, UK SERIES 6521 FLOODLIGHT Description Asymmetrical Flood lights, 400W High Pressure Sodium Lighting Fixtures Suitable for Zone 2, Group B, C & D and IP66, 220-254VAC rated Lamp Output is 48000 Lumen for 400W types
Point-To-Point Calculation Basis Illumnation at a point is given by: where
Ex
I Cos LLF Dx2
I = Illuminance (Lux) LLF = Light Loss Factor α = Beam axis Dx = Beam axis length to working plane or ground level
of
8 Checked L.A
Calculation Sheet Customer Project Title Calculation Title
Proj No DOMGAS PROJECT OUTDOOR LIGHTING CALCULATION
Node Name
AGBADA NAG
Calc No. Rev
Date
By
Page Checked
C01
23/05/2012
C.E
L.A
6
of
8
Calculation Sheets and Results Location:-OUTDOOR - PROCESS AREA Required Illumination: 150 Lux
Type of Lighting: Lamp Output:
Calculation Reference Fitting Reference No. Mounting Height (H) Distance from Pole base to Beam axis (A) Distance from aiming angle to point (B)meters Distance from source (D) Light Loss Factor (LLF) Aiming angle from vertical (Degrees) Angle of Luminous Luminous intensity (Ix) at angleα (Lumen/Lux)
A DB1-FLD-01 8 3.7 4.0
Floodlight 48000Lumen
B C DB1-FLD-01 DB1-FLD-01 8 8 3.7 3.7 8.0 12.0
0.8 25 48000
0.8 25 48000
0.8 25 48000
β=
43.9
Degrees
α=
18.9
Degrees
Dx =
11.10
Dx² =
123.29
=
294.7
Lux
β=
55.6
Degrees
α=
30.6
Degrees
H Cos
Dx =
14.17
\
Dx² =
200.89
Calculation A Fitting Ref. No.
tan
A B H
\
Angle of inclined Plane
Dx
H Cos
\ Ex
Illumnation at point is given by:
I Cos LLF Dx2
Calculation B Fitting Ref. No.
tan
A B H
\
Angle of inclined Plane
Dx
Illumnation at point is given by:
Ex
I Cos LLF = Dx2
164.5
Lux
D E DB1-FLD-01 DB1-FLD-01 8 8 3.7 3.7 15.0 32.0 0.8 25 48000
0.8 25 48000
Calculation Sheet Customer Project Title Calculation Title
Proj No DOMGAS PROJECT OUTDOOR LIGHTING CALCULATION
Node Name
AGBADA NAG
Calc. No. Rev Date C01
23/05/2012
By
Page Checked
C.E
L.A
AngleCof Luminous Calculation
Fitting Ref. No.
tan
A B H
\
Angle of inclined Plane
H Cos
Dx
\
Ex
Illumnation at point is given by:
I Cos LLF Dx2
β=
63.0
Degrees
α=
38.0
Degrees
17.62 Dx = Dx² =
310.49
=
97.5
Lux
β=
66.8
Degrees Degrees
Calculation D Fitting Ref. No.
tan
A B H
\
α=
41.8
H Cos
Dx =
20.34
\
Dx² =
413.69
Angle of inclined Plane
Dx
Ex
Illumnation at point is given by:
I Cos LLF = Dx2
69.2
Lux
β=
77.4
Degrees
α=
52.4
Degrees
H Cos
Dx =
36.59
\
Dx² =
1338.49
=
17.5
Calculation E Fitting Ref. No.
tan
A B H
\
Angle of inclined Plane
Dx
Illumnation at point is given by:
Ex
I Cos LLF Dx2
Lux
7
of
8
Calculation Sheet Customer Project Title Calculation Title
DOMGAS PROJECT OUTDOOR LIGHTING CALCULATION
Node Name
AGBADA NAG
Calc. No. Rev Date R01
15/12/2011
Proj No
By
Checked
Rev
Date
By
Checked
Rev
Page Date
8 By
C.E
L.A.
A01
23/02/2012
C.E
L.A.
C01
23/5/12
C.E
of
8 Checked L.A
CONCLUSION 1. FOR 400W HPS LAMPS At a distance of 11.7m (A+B), mid-way between fixtures the Illumination level per lamp (165Lux) gotten from the calculation is higher than the recommended value, hence a spacing of 22m between lamps is adequate and within acceptable limits. To achieve required illumination for Perimeter lights, lamp post shall be 70m apart
Lighting Calculation Date
Designed by
Checked by
C.E
Project
DOMGAS PROJECT(AGBADA NAG)
M M sq M M % % % M
Room cavity Ceiling cavity
Cavity Height Ratio Cavity Height Ratio
Floor cavity
Cavity Height Ratio
Location
A. Room data
B. Cavity data
Length Room Width dimen. Floor Area Ceiling ht. Ceiling Surface Wall reflect. Floor Fixture mounting ht.
SCREW COMPRESSOR SHED
O.A
1 2 3 4 5 6 7 8
D. Lux
15.7 8.1 127.2 8.7 30 20 20 8.7
C. Fixture data 9 10 11 12
Mfr. Chalmlite Cat. No. PRGI/236/BI
8.7 M 8.1 0.0 M 0.0
15
18
Lamps per fixture Lumens per lamp Coeff. of Utilization Maintenance factor
13 14
17
0.00 M 0.0
16
2 3350 0.29 0.85
E. Calculating Cavity Ratios
No. of fixtures required to produce a given number of Lux Desired lighting level 23
Cavity ratio
150 Lux
=
ROOM:
5 x cavity height x (length + width) length x width 5 x line 9 x (line 1 + line 2) line 1 x line 2
5x Lighting level produced by a given number of fixtures Option 25 10 28 a fixtures Option 26 11 29 b fixtures Option 27 12 30 c fixtures
CEILING: 129.87
8.7
x(
8.1 )= 8.1
(Line 10)
5x FLOOR:
8.1
8.1 )= 8.1
(Line 12)
15.7 + 15.7 x
8.1 )= 8.1
(Line 15)
150 0.29
x
0.85
x
0.29
x
0.85
= 129.9
x
0.29
x
0.85
= 142.9
x
0.29
x
0.85
= 155.8
5 x line 11 x (line 1 + line 2) line 1 x line 2
0
x(
Lux
142.86
15.7 + 15.7 x
15.7 + 15.7 x
0.0
5 x line 14 x (line 1 + line 2)
Lux
line 1 x line 2
155.84
5x
0
x(
Lux
0.0
F. Calculating number of fixtures No. of fixtures =
floor area x desired lighting level lamps per fixture x lumens per lamp x coeff. of utilization x maintenance factor
=
line 3 x line 23 line 19 x line 20 x line 21 x line 22
2 x
127 3350
x x
=
12 (Line 24)
G. Calculating lighting levels (Lux) Lux =
Option a:
no. of fixtures x lamps per fixture x lumens per lamp x coeff. of utilization x maintenance factor floor area line 25 x line 19 x line 20 x line 21 x line 22
=
10 x
2x
=
11 x
2x
=
12 x
2x
line 3
Option b:
line 26 x line 19 x line 20 x line 21 x line 22
Option b:
line 27 x line 19 x line 20 x line 21 x line 22
line 3
line 3
3350 127 3350 127 3350 127
(Line 28)
(Line 29)
H. Selected Number Of Fixtures Selected Number of fixtures =
12
NOTES: 1. Illumination Level and Maintenance Factor are Obtained From DEP 33.64.10.10-Gen.(Appendix 9) 2. Coefficient of utilization is obained from Manufacturer Catalogue for Fitting Selected
(Line 30)
19 20 21 22
Lighting Calculation Date
Designed by
Checked by
C.E
Project
DOMGAS PROJECT(AGBADA NAG)
M M sq M M % % % M
Room cavity Ceiling cavity
Cavity Height Ratio Cavity Height Ratio
Floor cavity
Cavity Height Ratio
Location
A. Room data
B. Cavity data
Length Room Width dimen. Floor Area Ceiling ht. Ceiling Surface Wall reflect. Floor Fixture mounting ht.
RECIP COMPRESSOR SHED
O.A
1 2 3 4 5 6 7 8
D. Lux
15.7 13.8 216.7 8.7 30 20 20 8.7
C. Fixture data 9 10 11 12
Mfr. Chalmlite Cat. No. PRGI/236/BI
8.7 M 5.9 0.0 M 0.0
15
18
Lamps per fixture Lumens per lamp Coeff. of Utilization Maintenance factor
13 14
17
0.00 M 0.0
16
2 3350 0.29 0.85
E. Calculating Cavity Ratios
No. of fixtures required to produce a given number of Lux Desired lighting level 23
Cavity ratio
150 Lux
=
ROOM:
5 x cavity height x (length + width) length x width 5 x line 9 x (line 1 + line 2) line 1 x line 2
5x Lighting level produced by a given number of fixtures Option 25 18 28 a fixtures Option 26 19 29 b fixtures Option 27 20 30 c fixtures
CEILING: 137.21
8.7
x(
5x FLOOR:
13.8 )= 13.8
(Line 10)
5.9
13.8 )= 13.8
(Line 12)
13.8 )= 13.8
(Line 15)
5 x line 11 x (line 1 + line 2) line 1 x line 2
0
x(
Lux
144.83
15.7 + 15.7 x
15.7 + 15.7 x
0.0
5 x line 14 x (line 1 + line 2)
Lux
line 1 x line 2
152.46
5x
0
x(
Lux
15.7 + 15.7 x
0.0
F. Calculating number of fixtures No. of fixtures =
floor area x desired lighting level lamps per fixture x lumens per lamp x coeff. of utilization x maintenance factor
=
line 3 x line 23 line 19 x line 20 x line 21 x line 22
2 x
217 3350
x x
150 0.29
x
0.85
=
20
x
0.29
x
0.85
= 137.2
x
0.29
x
0.85
= 144.8
x
0.29
x
0.85
= 152.5
(Line 24)
G. Calculating lighting levels (Lux) Lux =
Option a:
no. of fixtures x lamps per fixture x lumens per lamp x coeff. of utilization x maintenance factor floor area line 25 x line 19 x line 20 x line 21 x line 22
=
18 x
2x
=
19 x
2x
=
20 x
2x
line 3
Option b:
line 26 x line 19 x line 20 x line 21 x line 22
Option b:
line 27 x line 19 x line 20 x line 21 x line 22
line 3
line 3
3350 217 3350 217 3350 217
(Line 28)
(Line 29)
H. Selected Number Of Fixtures Selected Number of fixtures =
20
NOTES: 1. Illumination Level and Maintenance Factor are Obtained From DEP 33.64.10.10-Gen.(Appendix 9) 2. Coefficient of utilization is obained from Manufacturer Catalogue for Fitting Selected
(Line 30)
19 20 21 22
Lighting Calculation Date
Designed by
Project
DOMGAS PROJECT(AGBADA NAG)
M M sq M M % % % M
Room cavity Ceiling cavity
Cavity Height Ratio Cavity Height Ratio
Floor cavity
Cavity Height Ratio
Checked by
C.E
Location
A. Room data
B. Cavity data
Length Room Width dimen. Floor Area Ceiling ht. Ceiling Surface Wall reflect. Floor Fixture mounting height.
LV SWITCHROOM
O.A
16.5 5.2 85.8 3.2 50 20 20 3.2
1 2 3 4 5 6 7 8
D. Lux
C. Fixture data 9 10 11 12
Mfr. Chalmlite Cat. No. PRGI/236/BI
3.2 M 4.0 0.0 M 0.0
15
18
Lamps per fixture Lumens per lamp Coeff. of Utilization Maintenance factor
13 14
17
0.0 M 0.0
16
2 3350 0.32 0.85
E. Calculating Cavity Ratios
No. of fixtures required to produce a given number of Lux Desired lighting level 23
Cavity ratio
300
=
ROOM:
Lux
5 x cavity height x (length + width) length x width 5 x line 9 x (line 1 + line 2) line 1 x line 2
5x Lighting level produced by a given number of fixtures Option 25 12 28 a fixtures Option 26 14 29 b fixtures Option 27 16 30 c fixtures
CEILING: 254.88
3.2
x(
5x FLOOR:
+ x
5.2 )= 5.2
(Line 10)
4.0
+ x
5.2 )= 5.2
(Line 12)
16.5 16.5
+ x
5.2 )= 5.2
(Line 15)
300 0.32
x
0.85
0.32
x
0.85
5 x line 11 x (line 1 + line 2) line 1 x line 2
0
x(
Lux
297.36
16.5 16.5
16.5 16.5
0.0
5 x line 14 x (line 1 + line 2)
Lux
line 1 x line 2
339.84
5x
0
x(
Lux
0.0
F. Calculating number of fixtures No. of fixtures =
floor area x desired lighting level lamps per fixture x lumens per lamp x coeff. of utilization x maintenance factor
=
line 3 x line 23 line 19 x line 20 x line 21 x line 22
2 x
86 3350
x x
=
14.1 (Line 24)
G. Calculating lighting levels (Lux) Lux =
Option a:
no. of fixtures x lamps per fixture x lumens per lamp x coeff. of utilization x maintenance factor floor area line 25 x line 19 x line 20 x line 21 x line 22
=
12 x
2x
line 3
Option b:
line 26 x line 19 x line 20 x line 21 x line 22
=
14 x
2x
line 3
Option b:
line 27 x line 19 x line 20 x line 21 x line 22 line 3
=
16 x
2x
3350 86 3350 86 3350 86
x
254.9 (Line 28)
x
0.32
x
0.85
=
297.4 (Line 29)
x
H. Selected Number Of Fixtures Selected Number of fixtures =
=
16
NOTES: 1. Illumination Level and Maintenance Factor are Obtained From DEP 33.64.10.10-Gen.(Appendix 9) 2. Coefficient of utilization is obained from Manufacturer Catalogue for Fitting Selected
0.32
x
0.85
=
339.8 (Line 30)
19 20 21 22
Lighting Calculation Date
Designed by
Project
DOMGAS PROJECT(AGBADA NAG)
M M sq M M % % % M
Room cavity Ceiling cavity
Cavity Height Ratio Cavity Height Ratio
Floor cavity
Cavity Height Ratio
Checked by
C.E
Location
A. Room data
B. Cavity data
Length Room Width dimen. Floor Area Ceiling ht. Ceiling Surface Wall reflect. Floor Fixture mounting height.
MV SWITCHROOM
O.A
12.5 5.2 65.0 3.2 50 20 20 3.2
1 2 3 4 5 6 7 8
D. Lux
C. Fixture data 9 10 11 12
Mfr. Chalmlite Cat. No. PRGI/236/BI
3.2 M 4.4 0.0 M 0.0
15
18
Lamps per fixture Lumens per lamp Coeff. of Utilization Maintenance factor
13 14
17
0.0 M 0.0
16
2 3350 0.32 0.85
E. Calculating Cavity Ratios
No. of fixtures required to produce a given number of Lux Desired lighting level 23
Cavity ratio
300
=
ROOM:
Lux
5 x cavity height x (length + width) length x width 5 x line 9 x (line 1 + line 2) line 1 x line 2
5x Lighting level produced by a given number of fixtures Option 25 8 28 a fixtures Option 26 10 29 b fixtures Option 27 12 30 c fixtures
CEILING: 224.30
3.2
x(
5x FLOOR:
+ x
5.2 )= 5.2
(Line 10)
4.4
+ x
5.2 )= 5.2
(Line 12)
12.5 12.5
+ x
5.2 )= 5.2
(Line 15)
300 0.32
x
0.85
0.32
x
0.85
5 x line 11 x (line 1 + line 2) line 1 x line 2
0
x(
Lux
280.37
12.5 12.5
12.5 12.5
0.0
5 x line 14 x (line 1 + line 2)
Lux
line 1 x line 2
336.44
5x
0
x(
Lux
0.0
F. Calculating number of fixtures No. of fixtures =
floor area x desired lighting level lamps per fixture x lumens per lamp x coeff. of utilization x maintenance factor
=
line 3 x line 23 line 19 x line 20 x line 21 x line 22
2 x
65 3350
x x
=
10.7 (Line 24)
G. Calculating lighting levels (Lux) Lux =
Option a:
no. of fixtures x lamps per fixture x lumens per lamp x coeff. of utilization x maintenance factor floor area line 25 x line 19 x line 20 x line 21 x line 22
=
8x
2x
line 3
Option b:
line 26 x line 19 x line 20 x line 21 x line 22
=
10 x
2x
line 3
Option b:
line 27 x line 19 x line 20 x line 21 x line 22 line 3
=
12 x
2x
3350 65 3350 65 3350 65
x
224.3 (Line 28)
x
0.32
x
0.85
=
280.4 (Line 29)
x
H. Selected Number Of Fixtures Selected Number of fixtures =
=
12
NOTES: 1. Illumination Level and Maintenance Factor are Obtained From DEP 33.64.10.10-Gen.(Appendix 9) 2. Coefficient of utilization is obained from Manufacturer Catalogue for Fitting Selected
0.32
x
0.85
=
336.4 (Line 30)
19 20 21 22
Lighting Calculation Date
Designed by
Project
DOMGAS PROJECT(AGBADA NAG)
M M sq M M % % % M
Room cavity Ceiling cavity
Cavity Height Ratio Cavity Height Ratio
Floor cavity
Cavity Height Ratio
Checked by
C.E
A. Room data
B. Cavity data
Length Room Width dimen. Floor Area Ceiling ht. Ceiling Surface Wall reflect. Floor Fixture mounting height.
BATTERY ROOM
Location
O.A
5.2 4.1 21.3 3.2 50 20 20 3.2
1 2 3 4 5 6 7 8
D. Lux
C. Fixture data 9 10 11 12
Mfr. Chalmlite Cat. No. PRGI/236/BI
3.2 M 7.0 0.0 M 0.0
15
18
Lamps per fixture Lumens per lamp Coeff. of Utilization Maintenance factor
13 14
17
0.0 M 0.0
16
2 3350 0.32 0.85
E. Calculating Cavity Ratios
No. of fixtures required to produce a given number of Lux Desired lighting level 23
Cavity ratio
200
=
ROOM:
Lux
5 x cavity height x (length + width) length x width 5 x line 9 x (line 1 + line 2) line 1 x line 2
5x Lighting level produced by a given number of fixtures Option 25 1 28 a fixtures Option 26 2 29 b fixtures Option 27 3 30 c fixtures
CEILING: 85.48
3.2
x(
5x FLOOR:
4.1 )= 4.1
(Line 10)
7.0
5.2 + 5.2 x
4.1 )= 4.1
(Line 12)
5.2 + 5.2 x
4.1 )= 4.1
(Line 15)
5 x line 11 x (line 1 + line 2) line 1 x line 2
0
x(
Lux
170.96
5.2 + 5.2 x
0.0
5 x line 14 x (line 1 + line 2)
Lux
line 1 x line 2
256.44
5x
0
x(
Lux
0.0
F. Calculating number of fixtures No. of fixtures =
floor area x desired lighting level lamps per fixture x lumens per lamp x coeff. of utilization x maintenance factor
=
line 3 x line 23 line 19 x line 20 x line 21 x line 22
2 x
21 3350
x x
200 0.32
x
0.85
=
0.32
x
0.85
2.3 (Line 24)
G. Calculating lighting levels (Lux) Lux =
Option a:
no. of fixtures x lamps per fixture x lumens per lamp x coeff. of utilization x maintenance factor floor area line 25 x line 19 x line 20 x line 21 x line 22
=
1x
2x
line 3
Option b:
line 26 x line 19 x line 20 x line 21 x line 22
=
2x
2x
line 3
Option b:
line 27 x line 19 x line 20 x line 21 x line 22 line 3
=
3x
2x
3350 21 3350 21 3350 21
x
85.5 (Line 28)
x
0.32
x
0.85
=
171.0 (Line 29)
x
H. Selected Number Of Fixtures Selected Number of fixtures =
=
3
NOTES: 1. Illumination Level and Maintenance Factor are Obtained From DEP 33.64.10.10-Gen.(Appendix 9) 2. Coefficient of utilization is obained from Manufacturer Catalogue for Fitting Selected
0.32
x
0.85
=
256.4 (Line 30)
19 20 21 22
Lighting Calculation Date
Designed by
Project
DOMGAS PROJECT(AGBADA NAG)
M M sq M M % % % M
Room cavity Ceiling cavity
Cavity Height Ratio Cavity Height Ratio
Floor cavity
Cavity Height Ratio
Checked by
C.E
Location
A. Room data
B. Cavity data
Length Room Width dimen. Floor Area Ceiling ht. Ceiling Surface Wall reflect. Floor Fixture mounting height.
FIELD AUXILIARY ROOM
O.A
1 2 3 4 5 6 7 8
17.8 6.0 106.8 3.2 50 20 20 3.2
D. Lux
C. Fixture data 9 10 11 12
Mfr. Chalmlite Cat. No. PRGI/236/BI
3.2 M 3.6 0.0 M 0.0
15
18
Lamps per fixture Lumens per lamp Coeff. of Utilization Maintenance factor
13 14
17
0.0 M 0.0
16
2 3350 0.32 0.85
E. Calculating Cavity Ratios
No. of fixtures required to produce a given number of Lux Desired lighting level 23
Cavity ratio
300
=
ROOM:
Lux
5 x cavity height x (length + width) length x width 5 x line 9 x (line 1 + line 2) line 1 x line 2
5x Lighting level produced by a given number of fixtures Option 25 16 28 a fixtures Option 26 17 29 b fixtures Option 27 18 30 c fixtures
CEILING: 273.02
3.2
x(
5x FLOOR:
+ x
6.0 )= 6.0
(Line 10)
3.6
+ x
6.0 )= 6.0
(Line 12)
17.8 17.8
+ x
6.0 )= 6.0
(Line 15)
300 0.32
x
0.85
0.32
x
0.85
5 x line 11 x (line 1 + line 2) line 1 x line 2
0
x(
Lux
290.08
17.8 17.8
17.8 17.8
0.0
5 x line 14 x (line 1 + line 2)
Lux
line 1 x line 2
307.15
5x
0
x(
Lux
0.0
F. Calculating number of fixtures No. of fixtures =
floor area x desired lighting level lamps per fixture x lumens per lamp x coeff. of utilization x maintenance factor
=
line 3 x line 23 line 19 x line 20 x line 21 x line 22
2 x
107 3350
x x
=
17.6 (Line 24)
G. Calculating lighting levels (Lux) Lux =
Option a:
no. of fixtures x lamps per fixture x lumens per lamp x coeff. of utilization x maintenance factor floor area line 25 x line 19 x line 20 x line 21 x line 22
=
16 x
2x
line 3
Option b:
line 26 x line 19 x line 20 x line 21 x line 22
=
17 x
2x
line 3
Option b:
line 27 x line 19 x line 20 x line 21 x line 22 line 3
=
18 x
2x
3350 107 3350 107 3350 107
x
273.0 (Line 28)
x
0.32
x
0.85
=
290.1 (Line 29)
x
H. Selected Number Of Fixtures Selected Number of fixtures =
=
18
NOTES: 1. Illumination Level and Maintenance Factor are Obtained From DEP 33.64.10.10-Gen.(Appendix 9) 2. Coefficient of utilization is obained from Manufacturer Catalogue for Fitting Selected
0.32
x
0.85
=
307.1 (Line 30)
19 20 21 22
ENGINEERING & TECHNICAL SERVICES LTD
DOMGAS PROJECT (AGBADA NAG)
(AGBADA NAG) PROJECT
ENGIN EERING & T EC HN IC AL SER VIC ES LTD
DOMGAS PROJECT (AGBADA NAG)
ENGIN EERING & T EC HN IC AL SER VIC ES LTD
DOMGAS PROJECT (AGBADA NAG)
DOMGAS (AGBADA NAG) PROJECT
E NGIN EE RING A ND TECHNICAL S ERV ICE S LTD
DOMGAS (AGBADA NAG) PROJECT
E NGIN EE RING A ND TECHNICAL S ERV ICE S LTD
DOMGAS (AGBADA NAG) PROJECT
ENGIN EERING & T EC HN IC AL SER VIC ES LTD
DOMGAS PROJECT (AGBADA NAG)
ENGIN EERING & T EC HN IC AL SER VIC ES LTD
DOMGAS PROJECT (AGBADA NAG)
ENGIN EERING & T EC HN IC AL SER VIC ES LTD
DOMGAS PROJECT (AGBADA NAG)
ENGIN EERING & T EC HN IC AL SER VIC ES LTD
DOMGAS PROJECT (AGBADA NAG)
ENGIN EERING & T EC HN IC AL SER VIC ES LTD
DOMGAS PROJECT (AGBADA NAG)
BASIS OF DESIGN
For three phase loads, Full load current
For single phase loads,
KW
I FLA
I FLA
KW V Cos
For three phase loads, Motor Running Voltage drop
Vd 3
Motor Starting Voltage drop
V
=
Voltage
Cosθ
=
Power Factor
KW
=
Kilowatt Power
IFLA
Full Load Current
I FLA x L x 3 ( RC Cos X C Sin ) 1000
Vd 3 ( st )
For single phase loads Voltage drop
Where:
3 V Cos
6 I FLA x L x 3 ( RC Cos st X C Sin st ) 1000
Vd 1
I FLA x L x 2 ( RC Cos X C Sin ) 1000
V DC
I FLA x 2 x L x R DC 1000
For DC loads Voltage drop Where: L = Cable Length
Cosθst = Starting Power Factor
RC = AC Cable Resistance
RDC = DC Resistance
XC = Cable Reactance
( RC Cos X C Sin ) V 1000 For three phase loads Cable size to meet short circuit rating
Sa
I SC x K
= (mV/Amp/meter)
t
Where: ISC = Short Circuit Current t = Time to clear short circuit fault K = Cable material factor (143 for XLPE & 115 for PVC) Sa = Minimum cable area (mm2)
Page 2 of 13
ELECTRICAL CABLE SIZING CALCULATION
Cable Service: Main (Gas) Generators outgoing cable Cable Tag: P-2500, P-2501, P-2502
Equipment Rating:
1531
kW
Equipment Power Factor:
System Voltage:
6600
V
Design Current:
Feeder Fuse/MCCB Rating:
200
A
Cable Run Distance:
Installation Method:
Air:
Dir. buried:
Maximum Short Circuit Rating :
10
kA
for
0.80
X 1
167.41
A
60
m
Ducts: Sec
K-Factor
143
Conductor Size:
Ampacity
mV/A/M
Conductor Line Resistance(Ω/m):
Conductor Line Reactance(Ω/m):
70
275
0.61
0.342
0.079
Number of cables in parallel:
1
Number of cores of cable:
3
Correction Factors: Ground Temperature:
25
Number of Cables in Group:
9
Cable Ampacity after correction:
°C
221.76
A
Allowable Volt Drop :
132
V
Percentage Volt Drop :
0.11
%
Is selected cable adequate ?:
YES
Correction Factor:
0.96
Correction Factor:
0.84
Overall Correction Factor:
0.81
Voltage Drop:
SELECTED CABLE SIZE IS
Volt Drop :
1
Cable size based on short circuit rating 69.9301
Nos,
3
core
7.32
X
V
70
mm²
Is selected cable adequate ?: YES
Cable Type: 6600/10000V XLPE/SWA/PVC Cable Data Source:
NEXANS KABELMETAL NIGERIA
Page 3 of 13
ELECTRICAL CABLE SIZING CALCULATION
Cable Service: Emergency (Diesel) Generators outgoing cable Cable Tag: P-2504
Equipment Rating:
400
kW
Equipment Power Factor:
System Voltage:
400
V
Design Current:
Feeder Fuse/MCCB Rating:
800
A
Cable Run Distance:
Installation Method:
Air:
Dir. buried:
Short Cicuit Rating of System:
22
kA
X 1
for
0.80 721.71
A
60
m
Ducts: Sec
K-Factor
143
Conductor Size:
Ampacity
mV/A/M
Conductor Line Resistance(Ω/m):
Conductor Line Reactance(Ω/m):
240
501
0.21
0.099
0.077
Number of cables in parallel:
2
Number of cores of cable:
4
Correction Factors: Ground Temperature:
25
Number of Cables in Group:
9
Cable Ampacity after correction:
°C
808.0128
A
8
V
Percentage Volt Drop :
1.26
%
Is selected cable adequate ?:
YES
Correction Factor:
0.96
Correction Factor:
0.84
Overall Correction Factor:
0.81
Voltage Drop: Allowable Volt Drop :
SELECTED CABLE SIZE IS Cable size based on short circuit rating
Volt Drop :
2 153.8
Nos,
4
core
5.04
X
V
240 mm²
Is selected cable adequate ?: YES
Cable Type: 600/1000V XLPE/SWA/PVC Cable Data Source:
NEXANS KABELMETAL NIGERIA
Page 4 of 13
ELECTRICAL CABLE SIZING CALCULATION
Cable Service: SCREW COMPRESSOR MOTOR FEEDER Cable Tag: P-2505
Equipment Rating:
635
kW
Motor Running Power Factor:
0.80
Motor Starting Power Factor: System Voltage:
6600
V
Design Current:
Feeder Fuse/MCCB Rating:
100
A
Cable Run Distance:
Installation Method:
Air:
Short Cicuit Rating of Selected cable:
X 10
0.35
Dir. buried: KA
A
250
m
Ducts: 1
for
69.44
Sec
143
K-Factor
Conductor Size:
Ampacity
mV/A/M
Conductor Line Resistance(Ω/m):
Conductor Line Reactance(Ω/m):
70
275
0.61
0.342
0.079
Number of cables in parallel:
1
Number of cores of cable:
3
Correction Factors: Ground Temperature:
35
Number of Cables in Group:
6
°C
Correction Factor:
0.96
Correction Factor:
0.86
Overall Correction Factor:
0.83
A. MOTOR RUNNING Cable Ampacity after correction:
227.04
A
Allowable Volt Drop :
198
V
Percentage Volt Drop :
0.23
%
Is selected cable adequate ?:
YES
Voltage Drop: Volt Drop :
SELECTED CABLE SIZE IS
1
Nos,
3
core
15.25
V
X
70
mm²
70
mm²
B. MOTOR STARTING Motor Starting Curent (6.5FLC):
451.3
A
Allowable Volt Drop :
660
V
Percentage Volt Drop :
0.35
%
Is selected cable adequate ?:
YES
Motor starting Voltage Drop: Volt Drop :
SELECTED CABLE SIZE IS Cable size based on short circuit rating Cable Type: Cable Data Source:
1 69.9
Nos,
3
core
23.39
X
V
Is selected cable adequate ?: YES
6600/10000V XLPE/SWA/PVC NEXANS KABELMETAL NIGERIA
Page 5 of 13
ELECTRICAL CABLE SIZING CALCULATION
Cable Service: REFRIGERANT COMPRESSOR MOTOR Cable Tag: P-2506/07
Equipment Rating:
450
kW
Motor Running Power Factor:
0.80
Motor Starting Power Factor: System Voltage:
6600
V
Design Current:
Feeder Fuse/MCCB Rating:
63
A
Cable Run Distance:
Installation Method:
Air:
Short Cicuit Rating of Selected cable:
X 10
0.35
Dir. buried: KA
A
250
m
Ducts: 1
for
49.21
Sec
143
K-Factor
Conductor Size:
Ampacity
mV/A/M
Conductor Line Resistance(Ω/m):
Conductor Line Reactance(Ω/m):
70
275
0.61
0.342
0.079
Number of cables in parallel:
1
Number of cores of cable:
3
Correction Factors: Ground Temperature:
35
Number of Cables in Group:
6
°C
Correction Factor:
0.96
Correction Factor:
0.86
Overall Correction Factor:
0.83
A. MOTOR RUNNING Cable Ampacity after correction:
227.04
A
Allowable Volt Drop :
198
V
Percentage Volt Drop :
0.15
%
Is selected cable adequate ?:
YES
Voltage Drop: Volt Drop :
SELECTED CABLE SIZE IS
1
Nos,
3
core
9.61
V
X
70
mm²
70
mm²
B. MOTOR STARTING Motor Starting Curent (6.5FLC):
319.8
A
Allowable Volt Drop :
660
V
Percentage Volt Drop :
0.25
%
Is selected cable adequate ?:
YES
Motor starting Voltage Drop: Volt Drop :
SELECTED CABLE SIZE IS Cable size based on short circuit rating Cable Type: Cable Data Source:
1 69.9
Nos,
3
core
16.58
X
V
Is selected cable adequate ?: YES
6600/10000V XLPE/SWA/PVC NEXANS KABELMETAL NIGERIA
Page 6 of 13
ELECTRICAL CABLE SIZING CALCULATION
Cable Service: Step Down Transformer (TR-01/02) Feeder cable Cable Tag: P-2510/11
Equipment Rating:
1000
kW
Equipment Power Factor:
System Voltage:
6600
V
Design Current:
Feeder Fuse/MCCB Rating:
150
A
Cable Run Distance:
Installation Method:
Air:
Dir. buried:
Maximum Short Circuit Rating :
10
kA
for
0.80
X 1
109.35
A
60
m
Ducts: Sec
K-Factor
143
Conductor Size:
Ampacity
mV/A/M
Conductor Line Resistance(Ω/m):
Conductor Line Reactance(Ω/m):
70
275
0.61
0.342
0.079
Number of cables in parallel:
1
Number of cores of cable:
3
Correction Factors: Ground Temperature:
25
Number of Cables in Group:
9
Cable Ampacity after correction:
°C
221.76
A
Allowable Volt Drop :
132
V
Percentage Volt Drop :
0.08
%
Is selected cable adequate ?:
YES
Correction Factor:
0.96
Correction Factor:
0.84
Overall Correction Factor:
0.81
Voltage Drop: Volt Drop :
SELECTED CABLE SIZE IS Cable size based on short circuit rating
1 69.9
Nos,
3
core
5.49
X
V
70
mm²
Is selected cable adequate ?: YES
Cable Type: 6600/10000V XLPE/SWA/PVC Cable Data Source:
NEXANS KABELMETAL NIGERIA
Page 7 of 13
ELECTRICAL CABLE SIZING CALCULATION
Cable Service: Step Down Transformer (TR-01/02) Feeder cable Cable Tag: P-2512/13
Equipment Rating:
1000
kW
System Voltage:
400
V
Design Current:
Feeder Fuse/MCCB Rating:
2000
A
Cable Run Distance:
Installation Method:
Equipment Power Factor:
Air:
Dir. buried:
Maximum Short Circuit Rating :
40
kA
for
0.80
X 1
1804.27
A
60
m
Ducts: Sec
K-Factor
143
Conductor Size:
Ampacity
mV/A/M
Conductor Line Resistance(Ω/m):
Conductor Line Reactance(Ω/m):
400
663
0.19
0.0641
0.093
Number of cables in parallel:
4
Number of cores of cable:
1
Correction Factors: Ground Temperature:
25
Number of Cables in Group:
9
Cable Ampacity after correction:
°C
2138.5728
A
8
V
Percentage Volt Drop :
1.43
%
Is selected cable adequate ?:
YES
Correction Factor:
0.96
Correction Factor:
0.84
Overall Correction Factor:
0.81
Voltage Drop: Allowable Volt Drop :
SELECTED CABLE SIZE IS Cable size based on short circuit rating
Volt Drop :
4 279.72
Nos,
1
core
5.70
X
V
400 mm²
Is selected cable adequate ?: YES
Cable Type: 600/1000V XLPE/AWA/PVC Cable Data Source:
NEXANS KABELMETAL NIGERIA
Page 8 of 13
ELECTRICAL CABLE SIZING CALCULATION
APPENDIX A
Page 9 of 13
ELECTRICAL CABLE SIZING CALCULATION
APPENDIX A
Page 10 of 13
ELECTRICAL CABLE SIZING CALCULATION
APPENDIX A
Page 11 of 13
ELECTRICAL CABLE SIZING CALCULATION
APPENDIX A
Page 12 of 13
ELECTRICAL CABLE SIZING CALCULATION
APPENDIX A
Page 13 of 13
ELECTRICAL CABLE SIZING CLACULATION
CONTRACTOR: CLIENT PROJECT FACILITY CONTRACT NO.: DOCUMENT
DOMGAS PROJECT AGBAGA NAG ELECTRICAL CABLE LIST
REV.: C01 CABLE S/N
1 2 3 4 5 6 7
TAG
POWER CABLES P-2500 P-2501 P-2502
FROM EQUIPMENT DESCRIPTION
GLAND EQUIPMENT
EQUIPMENT
TAG
LOCATION
1914KVA GAS GENERATOR 1914KVA GAS GENERATOR 1914KVA GAS GENERATOR
G-8201A G-8201B G-8201C
P-2505 P-2506
6.6KV SWITCHBOARD 6.6KV SWITCHBOARD
SB100D1 SB100D1
P-2507
6.6KV SWITCHBOARD
SB100D1
SIZE TYPE
TO EQUIPMENT DESCRIPTION
GLAND EQUIPMENT
EQUIPMENT
TAG
LOCATION
SERVICE
SIZE TYPE VOLTAGE
PAGE 2 of 7 QUANTITY OF
NUMBER OF
CABLE
ESTIMATED
CONDUCTORS AND SIZE
CABLES
TYPE
CABLE LENGTH
POWER
CONTROL
63 63 63
E1W E1W E1W
6.6KV SWITCHBOARD 6.6KV SWITCHBOARD 6.6KV SWITCHBOARD
SB100D1 SB100D1 SB100D1
MCC ROOM MCC ROOM MCC ROOM
63 63 63
E1W E1W E1W
6600V 6600V 6600V
3CX70mm2 3CX70mm2 3CX70mm2
____
MCC ROOM MCC ROOM
63 63
E1W E1W
SCREW COMPRESSOR DRIVER REFRIGERANT COMPRESSOR MOTOR
KM-1100 KM-2010
OUTDOOR OUTDOOR
63 63
E1FW E1FW
6600V 6600V
3CX70mm2 3CX70mm3
____
MCC ROOM
63
E1W
REFRIGERANT COMPRESSOR MOTOR
KM-2020
OUTDOOR
63
E1FW
6600V
3CX70mm4 2
GENERATOR HOUSE GENERATOR HOUSE GENERATOR HOUSE
REMARK
(m)
Cable buried - METS scope Cable buried - METS scope Cable buried - METS scope
1 1 1
XLPE/CuT/SWA/PVC XLPE/CuT/SWA/PVC XLPE/CuT/SWA/PVC
60 60 60
1 1
XLPE/CuT/SWA/PVC XLPE/CuT/SWA/PVC
220 230
Cable buried- To be accomodated with METS cable Cable buried- To be accomodated with METS cable
____
____ ____
____
1
XLPE/CuT/SWA/PVC
235
8
P-2510
6.6KV SWITCHBOARD
SB100D1
MCC ROOM
63
E1W
STEP-DOWN TRANSFORMER
TR-01
OUTDOOR
63
E1FW
6600V
3CX70mm
____
1
XLPE/CuT/SWA/PVC
60
Cable buried- To be accomodated with METS cable Cable buried - METS scope
9
P-2511
6.6KV SWITCHBOARD
SB100D1
MCC ROOM
63
E1W
STEP-DOWN TRANSFORMER
TR-02
OUTDOOR
63
E1FW
6600V
3CX70mm2
____
1
XLPE/CuT/SWA/PVC
60
Cable buried - METS scope
P-2512/1
STEP-DOWN TRANSFORMER
TR-01
OUTDOOR
50
E1W
400V MAIN LV SWITCHBOARD
SB100E1
MCC ROOM
50
E1W
400V
1CX400mm2
____
1
XLPE/AWA/PVC
60
2
1 1
XLPE/AWA/PVC XLPE/AWA/PVC
60 60
10 11 12 13
P-2512/2 P-2512/3
STEP-DOWN TRANSFORMER STEP-DOWN TRANSFORMER
TR-01 TR-01
OUTDOOR OUTDOOR
50 50
E1W E1W
400V MAIN LV SWITCHBOARD 400V MAIN LV SWITCHBOARD
SB100E1 SB100E1
MCC ROOM MCC ROOM
50 50
E1W E1W
400V 400V
1CX400mm 1CX400mm2
____
14
P-2512/4
STEP-DOWN TRANSFORMER
TR-01
OUTDOOR
50
E1W
400V MAIN LV SWITCHBOARD
SB100E1
MCC ROOM
50
E1W
400V
1CX400mm2
____
2
____
1
XLPE/AWA/PVC
60
15
P-2512/5
STEP-DOWN TRANSFORMER
TR-01
OUTDOOR
50
E1W
400V MAIN LV SWITCHBOARD
SB100E1
MCC ROOM
50
E1W
400V
1CX400mm
____
1
XLPE/AWA/PVC
60
16
P-2512/6
STEP-DOWN TRANSFORMER
TR-01
OUTDOOR
50
E1W
400V MAIN LV SWITCHBOARD
SB100E1
MCC ROOM
50
E1W
400V
1CX400mm2
____
1
XLPE/AWA/PVC
60
17
P-2512/7
STEP-DOWN TRANSFORMER
TR-01
OUTDOOR
50
E1W
400V MAIN LV SWITCHBOARD
SB100E1
MCC ROOM
50
E1W
400V
1CX400mm2
____
1
XLPE/AWA/PVC
60
18
P-2512/8
STEP-DOWN TRANSFORMER
TR-01
OUTDOOR
50
E1W
400V MAIN LV SWITCHBOARD
SB100E1
MCC ROOM
50
E1W
400V
1CX400mm2
____
2
1
XLPE/AWA/PVC
60
19
P-2512/19
STEP-DOWN TRANSFORMER
TR-01
OUTDOOR
50
E1W
400V MAIN LV SWITCHBOARD
SB100E1
MCC ROOM
50
E1W
400V
1CX400mm
____
1
XLPE/AWA/PVC
60
20
P-2512/10
STEP-DOWN TRANSFORMER
TR-01
OUTDOOR
50
E1W
400V MAIN LV SWITCHBOARD
SB100E1
MCC ROOM
50
E1W
400V
1CX400mm2
____
1
XLPE/AWA/PVC
60
21 22 23 24 25
P-2512/11 P-2512/12 P-2512/13 P-2512/14
STEP-DOWN TRANSFORMER STEP-DOWN TRANSFORMER STEP-DOWN TRANSFORMER STEP-DOWN TRANSFORMER
TR-01 TR-01 TR-01 TR-01
OUTDOOR OUTDOOR OUTDOOR OUTDOOR
50 50 50 50
E1W E1W E1W E1W
400V MAIN LV SWITCHBOARD 400V MAIN LV SWITCHBOARD 400V MAIN LV SWITCHBOARD 400V MAIN LV SWITCHBOARD
SB100E1 SB100E1 SB100E1 SB100E1
MCC ROOM MCC ROOM MCC ROOM MCC ROOM
50 50 50 50
E1W E1W E1W E1W
400V 400V 400V 400V
1CX400mm2 1CX400mm2 1CX400mm2 1CX400mm2
____
1 1 1 1
XLPE/AWA/PVC XLPE/AWA/PVC XLPE/AWA/PVC XLPE/AWA/PVC
60 60 60 60
26
P-2513/1
STEP-DOWN TRANSFORMER
TR-02
OUTDOOR
50
E1W
400V MAIN LV SWITCHBOARD
SB100E1
MCC ROOM
50
E1W
400V
1CX400mm2
____
2
____ ____ ____
1
XLPE/AWA/PVC
60
27
P-2513/2
STEP-DOWN TRANSFORMER
TR-02
OUTDOOR
50
E1W
400V MAIN LV SWITCHBOARD
SB100E1
MCC ROOM
50
E1W
400V
1CX400mm
____
1
XLPE/AWA/PVC
60
28
P-2513/3
STEP-DOWN TRANSFORMER
TR-02
OUTDOOR
50
E1W
400V MAIN LV SWITCHBOARD
SB100E1
MCC ROOM
50
E1W
400V
1CX400mm2
____
1
XLPE/AWA/PVC
60
29
P-2513/4
STEP-DOWN TRANSFORMER
TR-02
OUTDOOR
50
E1W
400V MAIN LV SWITCHBOARD
SB100E1
MCC ROOM
50
E1W
400V
1CX400mm2
____
1
XLPE/AWA/PVC
60
30
P-2513/5
STEP-DOWN TRANSFORMER
TR-02
OUTDOOR
50
E1W
400V MAIN LV SWITCHBOARD
SB100E1
MCC ROOM
50
E1W
400V
1CX400mm2
____
1
XLPE/AWA/PVC
60
31
P-2513/6
STEP-DOWN TRANSFORMER
TR-02
OUTDOOR
50
E1W
400V MAIN LV SWITCHBOARD
SB100E1
MCC ROOM
50
E1W
400V
1CX400mm2
____
1
XLPE/AWA/PVC
60
32
P-2513/7
STEP-DOWN TRANSFORMER
TR-02
OUTDOOR
50
E1W
400V MAIN LV SWITCHBOARD
SB100E1
MCC ROOM
50
E1W
400V
1CX400mm2
____
1
XLPE/AWA/PVC
60
33
P-2513/8
STEP-DOWN TRANSFORMER
TR-02
OUTDOOR
50
E1W
400V MAIN LV SWITCHBOARD
SB100E1
MCC ROOM
50
E1W
400V
1CX400mm2
____
2
1
XLPE/AWA/PVC
60
34
P-2513/9
STEP-DOWN TRANSFORMER
TR-02
OUTDOOR
50
E1W
400V MAIN LV SWITCHBOARD
SB100E1
MCC ROOM
50
E1W
400V
1CX400mm
____
1
XLPE/AWA/PVC
60
35
P-2513/10
STEP-DOWN TRANSFORMER
TR-02
OUTDOOR
50
E1W
400V MAIN LV SWITCHBOARD
SB100E1
MCC ROOM
50
E1W
400V
1CX400mm2
____
1
XLPE/AWA/PVC
60
36
P-2513/11
STEP-DOWN TRANSFORMER
TR-02
OUTDOOR
50
E1W
400V MAIN LV SWITCHBOARD
SB100E1
MCC ROOM
50
E1W
400V
1CX400mm2
____
1
XLPE/AWA/PVC
60
37
P-2513/12
STEP-DOWN TRANSFORMER
TR-02
OUTDOOR
50
E1W
400V MAIN LV SWITCHBOARD
SB100E1
MCC ROOM
50
E1W
400V
1CX400mm2
____
2
4 Cables in parallel per phase Cable buried - METS scope
4 Cables in parallel per phase Cable buried - METS scope
4 Cables in parallel per phase Cable buried - METS scope NEUTRAL CABLE NEUTRAL CABLE
4 Cables in parallel per phase Cable buried - METS scope
4 Cables in parallel per phase Cable buried - METS scope
4 Cables in parallel per phase Cable buried - METS scope
1
XLPE/AWA/PVC
60
38
P-2513/13
STEP-DOWN TRANSFORMER
TR-02
OUTDOOR
50
E1W
400V MAIN LV SWITCHBOARD
SB100E1
MCC ROOM
50
E1W
400V
1CX400mm
____
1
XLPE/AWA/PVC
60
NEUTRAL CABLE
39
P-2513/14
STEP-DOWN TRANSFORMER
TR-02
OUTDOOR
50
E1W
400V MAIN LV SWITCHBOARD
SB100E1
MCC ROOM
50
E1W
400V
1CX400mm2
____
1
XLPE/AWA/PVC
60
NEUTRAL CABLE
P-2504/1
500KVA DIESEL GENERATOR
G-8301
63
E1W
400V EMERGENCY SWITCHBOARD
SB100E2
MCC ROOM
63
E1W
400V
4CX240mm2
____
2
2 Cables in parallel per phase Cable buried - METS scope
40 41 42
P-2504/2
500KVA DIESEL GENERATOR
G-8301
43
P-2509/1
400V MAIN LV SWITCHBOARD
SB100E1
44
P-2509/2
400V MAIN LV SWITCHBOARD
NOTES:
SB100E1
GENERATOR HOUSE GENERATOR HOUSE MCC ROOM MCC ROOM
1
XLPE/SWA/PVC
60
63
E1W
400V EMERGENCY SWITCHBOARD
SB100E2
MCC ROOM
63
E1W
400V
4CX240mm
____
1
XLPE/SWA/PVC
60
63
E1W
400V EMERGENCY SWITCHBOARD
SB100E2
MCC ROOM
63
E1W
400V
4CX240mm2
____
1
XLPE/PVC
30
400V
2
____
1
XLPE/PVC
30
63
1. E1W - NON-HAZARDOUS AREA GLAND TYPE 2. E1FW - HAZARDOUS AREA GLAND TYPE
E1W
400V EMERGENCY SWITCHBOARD
SB100E2
MCC ROOM
63
E1W
4CX240mm
2 Cables in parallel per phase Switchroom internal cabling
CONTRACTOR: CLIENT PROJECT FACILITY CONTRACT NO.: DOCUMENT
DOMGAS PROJECT AGBADA NAG ELECTRICAL CABLE LIST
REV.: C01 CABLE S/N
45 46 47
TAG
FROM EQUIPMENT DESCRIPTION
POWER CABLES CONTINUES P-2515 400V MAIN LV SWITCHBOARD P-2516 400V MAIN LV SWITCHBOARD P-2517
400V MAIN LV SWITCHBOARD
GLAND EQUIPMENT
EQUIPMENT
TAG
LOCATION
SB100E1 SB100E1
MCC ROOM MCC ROOM
25 25
E1W E1W
SB100E1
MCC ROOM
25
E1W
SIZE
TYPE
TO
GLAND EQUIPMENT
EQUIPMENT
TAG
LOCATION
CLOSE DRAIN PUMP CLOSE DRAIN PUMP
P-5701A P-5701B
OUTDOOR OUTDOOR
25 25
E1FW E1FW
OPEN DRAIN PUMP
P-5702A
OUTDOOR
25
E1FW
EQUIPMENT DESCRIPTION
SIZE
SERVICE
TYPE VOLTAGE
PAGE 3 of 7 QUANTITY OF
NUMBER OF
CABLE
ESTIMATED
CONDUCTORS AND SIZE
CABLES
TYPE
CABLE LENGTH
POWER
CONTROL
400V 400V
3CX16mm2 3CX16mm2
____
400V
3CX16mm2 2
(m) 1 1
XLPE/SWA/PVC XLPE/SWA/PVC
140 140
____
1
XLPE/SWA/PVC
140
____
1
XLPE/SWA/PVC
140
____
48
P-2518
400V MAIN LV SWITCHBOARD
SB100E1
MCC ROOM
25
E1W
OPEN DRAIN PUMP
P-5702B
OUTDOOR
25
E1FW
400V
3CX16mm
49
P-2519A
400V MAIN LV SWITCHBOARD
SB100E1
MCC ROOM
25
E1W
TRAIN 1 INLET COOLER MOTOR
EM-3110A
OUTDOOR
25
E1FW
400V
3CX25mm2
____
1
XLPE/SWA/PVC
290
50
P-2519B
400V MAIN LV SWITCHBOARD
SB100E1
MCC ROOM
25
E1W
TRAIN 1 INLET COOLER MOTOR
EM-3110B
OUTDOOR
25
E1FW
400V
3CX25mm2
____
1
XLPE/SWA/PVC
290
51 52 53 54
P-2519C P-2520A P-2520B P-2520C
400V MAIN LV SWITCHBOARD 400V MAIN LV SWITCHBOARD 400V MAIN LV SWITCHBOARD 400V MAIN LV SWITCHBOARD
SB100E1 SB100E1 SB100E1 SB100E1
MCC ROOM MCC ROOM MCC ROOM MCC ROOM
25 25 25 25
E1W E1W E1W E1W
TRAIN 1 INLET COOLER MOTOR TRAIN 2 INLET COOLER MOTOR TRAIN 2 INLET COOLER MOTOR TRAIN 2 INLET COOLER MOTOR
EM-3110C EM-3120A EM-3120B EM-3120C
OUTDOOR OUTDOOR OUTDOOR OUTDOOR
25 25 25 25
E1FW E1FW E1FW E1FW
400V 400V 400V 400V
3CX25mm2 3CX25mm2 3CX25mm2 3CX25mm2
____
1 1 1 1
XLPE/SWA/PVC XLPE/SWA/PVC XLPE/SWA/PVC XLPE/SWA/PVC
290 290 290 290
400V
3CX95mm
2
____
1
XLPE/SWA/PVC
280
2
____
1
XLPE/SWA/PVC
280
55
P-2521
400V MAIN LV SWITCHBOARD
SB100E1
MCC ROOM
40
E1W
TRAIN 1 CONDENSATE EXPORT PUMP
PM-3110A
OUTDOOR
40
E1FW
____ ____ ____
56
P-2522
400V MAIN LV SWITCHBOARD
SB100E1
MCC ROOM
40
E1W
TRAIN 1 CONDENSATE EXPORT PUMP
PM-3110B
OUTDOOR
40
E1FW
400V
3CX95mm
57
P-2523
400V MAIN LV SWITCHBOARD
SB100E1
MCC ROOM
40
E1W
TRAIN 2 CONDENSATE EXPORT PUMP
PM-3120A
OUTDOOR
40
E1FW
400V
3CX95mm2
____
1
XLPE/SWA/PVC
280
58
P-2524
400V MAIN LV SWITCHBOARD
SB100E1
MCC ROOM
40
E1W
TRAIN 2 CONDENSATE EXPORT PUMP
PM-3120B
OUTDOOR
40
E1FW
400V
3CX95mm2
____
1
XLPE/SWA/PVC
280
59 60 61
P-2525 P-2526 P-2527
400V MAIN LV SWITCHBOARD 400V MAIN LV SWITCHBOARD 400V MAIN LV SWITCHBOARD
SB100E1 SB100E1 SB100E1
MCC ROOM MCC ROOM MCC ROOM
25 25 20
E1W E1W E1W
SCREW COMPR RECYCLE GAS COOLER SCREW COMPR LUBE OIL PUMP TRAIN 1 HEAT TRIM COOLER MOTOR
EM-1100 PM-1101 EM-6110
OUTDOOR OUTDOOR OUTDOOR
25 25 20
E1FW E1FW E1FW
400V 400V 400V
3CX35mm2 3CX16mm2 3CX4mm2
____
1 1 1
XLPE/SWA/PVC XLPE/SWA/PVC XLPE/SWA/PVC
240 240 240
62
P-2528
400V MAIN LV SWITCHBOARD
SB100E1
MCC ROOM
20
E1W
TRAIN 2 HEAT TRIM COOLER MOTOR
EM-6120
OUTDOOR
20
E1FW
400V
3CX4mm
2
____ ____ ____
1
XLPE/SWA/PVC
235
2
____
1
XLPE/SWA/PVC
245
1 1
XLPE/SWA/PVC XLPE/SWA/PVC
245 245
63
P-2529
400V MAIN LV SWITCHBOARD
SB100E1
MCC ROOM
20
E1W
TRAIN 1 GLYCOL INJECTION PUMP
EM-2610A
OUTDOOR
20
E1FW
400V
3CX10mm
64 65
P-2530 P-2531
400V MAIN LV SWITCHBOARD 400V MAIN LV SWITCHBOARD
SB100E1 SB100E1
MCC ROOM MCC ROOM
20 20
E1W E1W
TRAIN 1 GLYCOL INJECTION PUMP TRAIN 2 GLYCOL INJECTION PUMP
EM-2610B EM-2620A
OUTDOOR OUTDOOR
20 20
E1FW E1FW
400V 400V
3CX10mm2 3CX10mm2
____
66
P-2532
400V MAIN LV SWITCHBOARD
SB100E1
MCC ROOM
20
E1W
TRAIN 2 GLYCOL INJECTION PUMP
EM-2620B
OUTDOOR
20
E1FW
400V
3CX10mm2
____ ____
1
XLPE/SWA/PVC
245
2
____
1
XLPE/SWA/PVC
245
67
P-2533
400V MAIN LV SWITCHBOARD
SB100E1
MCC ROOM
20
E1W
TRAIN 1 GLYCOL VAPOUR CONDENSER
EM-2613
OUTDOOR
20
E1FW
400V
3CX6mm
68
P-2534
400V MAIN LV SWITCHBOARD
SB100E1
MCC ROOM
20
E1W
TRAIN 2 GLYCOL VAPOUR CONDENSER
EM-2623
OUTDOOR
20
E1FW
400V
3CX6mm2
____
1
XLPE/SWA/PVC
245
69
P-2535
400V MAIN LV SWITCHBOARD
SB100E1
MCC ROOM
20
E1W
TRAIN 1 CONDENSED WATER PUMP
EM-2611A
OUTDOOR
20
E1FW
400V
3CX2.5mm2
____
1
XLPE/SWA/PVC
245
70
P-2536
400V MAIN LV SWITCHBOARD
SB100E1
MCC ROOM
20
E1W
TRAIN 1 CONDENSED WATER PUMP
EM-2611B
OUTDOOR
20
E1FW
400V
3CX2.5mm2
____
1
XLPE/SWA/PVC
245
71
P-2537
400V MAIN LV SWITCHBOARD
SB100E1
MCC ROOM
20
E1W
TRAIN 2 CONDENSED WATER PUMP
EM-2621A
OUTDOOR
20
E1FW
400V
3CX2.5mm2
____
1
XLPE/SWA/PVC
245
72
P-2538
400V MAIN LV SWITCHBOARD
SB100E1
MCC ROOM
20
E1W
TRAIN 2 CONDENSED WATER PUMP
EM-2621B
OUTDOOR
20
E1FW
400V
3CX2.5mm2
____
1
XLPE/SWA/PVC
245
73
P-2539
400V MAIN LV SWITCHBOARD
SB100E1
MCC ROOM
40
E1W
TRAIN 1 HEAT MEDIUM PUMP
EM-6110A
OUTDOOR
40
E1FW
400V
3CX95mm2
____
1
XLPE/SWA/PVC
255
74
P-2540
400V MAIN LV SWITCHBOARD
SB100E1
MCC ROOM
40
E1W
TRAIN 1 HEAT MEDIUM PUMP
EM-6110B
OUTDOOR
40
E1FW
400V
3CX95mm2
____
1
XLPE/SWA/PVC
255
75
P-2541
400V MAIN LV SWITCHBOARD
SB100E1
MCC ROOM
40
E1W
TRAIN 2 HEAT MEDIUM PUMP
EM-6120A
OUTDOOR
40
E1FW
400V
3CX95mm2
____
1
XLPE/SWA/PVC
260
76
P-2542
400V MAIN LV SWITCHBOARD
SB100E1
MCC ROOM
40
E1W
TRAIN 2 HEAT MEDIUM PUMP
EM-6120B
OUTDOOR
40
E1FW
400V
3CX95mm2
____
1
XLPE/SWA/PVC
260
77
P-2543
400V MAIN LV SWITCHBOARD
SB100E1
MCC ROOM
20
E1W
TRAIN 1 COMPR LUBE OIL CIRC PUMP
P-2010
OUTDOOR
20
E1FW
400V
3CX10mm2
____
1
XLPE/SWA/PVC
250
78
P-2544
400V MAIN LV SWITCHBOARD
SB100E1
MCC ROOM
20
E1W
TRAIN 2 COMPR LUBE OIL CIRC PUMP
P-2020
OUTDOOR
20
E1FW
400V
3CX10mm2
____
1
XLPE/SWA/PVC
255
79 80 81 82 83 84 85 86
P-2545 P-2546 P-2547 P-2548 P-2549 P-2550 P-2551 P-2552
400V MAIN LV SWITCHBOARD 400V MAIN LV SWITCHBOARD 400V MAIN LV SWITCHBOARD 400V MAIN LV SWITCHBOARD 400V MAIN LV SWITCHBOARD 400V MAIN LV SWITCHBOARD 400V MAIN LV SWITCHBOARD 400V MAIN LV SWITCHBOARD
SB100E1 SB100E1 SB100E1 SB100E1 SB100E1 SB100E1 SB100E1 SB100E1
MCC ROOM MCC ROOM MCC ROOM MCC ROOM MCC ROOM MCC ROOM MCC ROOM MCC ROOM
40 40 40 40 20 20 20 20
E1W E1W E1W E1W E1W E1W E1W E1W
TRAIN 1 REFRIGERANT CONDENSER TRAIN 1 REFRIGERANT CONDENSER TRAIN 2 REFRIGERANT CONDENSER TRAIN 2 REFRIGERANT CONDENSER HP K.O VESSEL PUMP HP K.O VESSEL PUMP LP K.O VESSEL PUMP LP K.O VESSEL PUMP
EM-2014A EM-2014B EM-2024A EM-2024B P-4300A P-4300B P-4301A P-4301B
OUTDOOR OUTDOOR OUTDOOR OUTDOOR OUTDOOR OUTDOOR OUTDOOR OUTDOOR
40 40 40 40 20 20 20 20
E1FW E1FW E1FW E1FW E1FW E1FW E1FW E1FW
400V 400V 400V 400V 400V 400V 400V 400V
3CX70mm2 3CX70mm2 3CX70mm2 3CX70mm2 3CX2.5mm2 3CX2.5mm2 3CX2.5mm2 3CX2.5mm2
____
1 1 1 1 1 1 1 1
XLPE/SWA/PVC XLPE/SWA/PVC XLPE/SWA/PVC XLPE/SWA/PVC XLPE/SWA/PVC XLPE/SWA/PVC XLPE/SWA/PVC XLPE/SWA/PVC
250 250 255 255 275 275 275 275
NOTES:
1. E1W - NON-HAZARDOUS AREA GLAND TYPE 2. E1FW - HAZARDOUS AREA GLAND TYPE
____ ____ ____ ____ ____ ____ ____
CONTRACTOR: CLIENT PROJECT FACILITY CONTRACT NO.: DOCUMENT
DOMGAS PROJECT AGBADA NAG ELECTRICAL CABLE LIST
REV.:C01 CABLE S/N
87 88
TAG
FROM EQUIPMENT DESCRIPTION
POWER CABLES CONTINUES P-2555 400V MAIN LV SWITCHBOARD
GLAND EQUIPMENT
EQUIPMENT
TAG
LOCATION
SB100E1
MCC ROOM
50
E1W
SIZE TYPE
TO
GLAND
SERVICE
PAGE 4 of 7 QUANTITY OF
NUMBER OF
CABLE
ESTIMATED
CONDUCTORS AND SIZE
CABLES
TYPE
CABLE LENGTH
REMARK
EQUIPMENT
EQUIPMENT
TAG
LOCATION
WELDING SOCKET
WO-1
OUTDOOR
50
E1FW
400V
5CX70mm
2
1
XLPE/SWA/PVC
120
Cable buried - METS scope
EQUIPMENT DESCRIPTION
SIZE TYPE VOLTAGE
POWER
CONTROL
(m)
P-2556
400V MAIN LV SWITCHBOARD
SB100E1
MCC ROOM
50
E1W
WELDING SOCKET
WO-2
OUTDOOR
50
E1FW
400V
5CX70mm
2
1
XLPE/SWA/PVC
150
Cable buried - METS scope
89
P-2557
400V MAIN LV SWITCHBOARD
SB100E1
MCC ROOM
25
E1W
OUTDOOR LIGHTING DB
DB-1
MCC ROOM
25
E1W
400V
4CX10mm2
1
XLPE/SWA/PVC
30
Switchroom internal cabling
90
P-2558
400V MAIN LV SWITCHBOARD
SB100E1
MCC ROOM
25
E1W
CONTROL BLDG LIGHT/POWER DB
DB-7
FAR ROOM
25
E1W
400V
4CX10mm
2
1
XLPE/SWA/PVC
30
FAR room internal cabling - METS scope
91
P-2559
400V MAIN LV SWITCHBOARD
SB100E1
MCC ROOM
25
E1W
ELECTRICAL BLDG LIGHT/POWER DB
DB-4
MCC ROOM
25
E1W
400V
4CX16mm2
1
XLPE/SWA/PVC
30
Switchroom internal cabling - METS scope
92
P-2560
400V MAIN LV SWITCHBOARD
SB100E1
MCC ROOM
32
E1W
UPS (AC) 1
UP-225A
MCC ROOM
32
E1W
400V
4CX50mm2
1
XLPE/SWA/PVC
50
Switchroom internal cabling
93
P-2561
LV EMERGENCY SWITCHBOARD
SB100E2
MCC ROOM
32
E1W
UPS (AC) 2
UP-225B
MCC ROOM
32
E1W
400V
4CX50mm2
1
XLPE/SWA/PVC
50
Switchroom internal cabling
94
P-2562
LV EMERGENCY SWITCHBOARD
SB100E2
MCC ROOM
25
E1W
UPS (AC) BYPASS
UP-225
MCC ROOM
25
E1W
400V
4CX35mm2
1
XLPE/SWA/PVC
50
Switchroom internal cabling
95
P-2563
LV EMERGENCY SWITCHBOARD
SB100E2
MCC ROOM
25
E1W
ANTI-CONDENSATION HEATER DB
DB-2
MCC ROOM
25
E1W
400V
4CX10mm2
1
XLPE/SWA/PVC
30
Switchroom internal cabling
96
P-2564
LV EMERGENCY SWITCHBOARD
SB100E2
MCC ROOM
25
E1W
ANTI-CONDENSATION HEATER DB
DB-5
MCC ROOM
25
E1W
400V
4CX10mm2
1
XLPE/SWA/PVC
30
Switchroom internal cabling
97
P-2565
LV EMERGENCY SWITCHBOARD
SB100E2
MCC ROOM
25
E1W
POWER PLANT AUXILIARY DB
DB-3
MCC ROOM
25
E1W
400V
4CX10mm2
1
XLPE/SWA/PVC
30
Switchroom internal cabling
99
P-2570
400V MAIN LV SWITCHBOARD
SB100E1
MCC ROOM
25
E1W
CONTROL BLDG HVAC
HVAC 1A
MCC ROOM
25
E1W
400V
4CX35mm2
1
XLPE/SWA/PVC
50
Cable buried - METS scope
100 101 102 103 104 105 106 107 108 109 110 111 112 113
P-2571 P-2572 P-2573 P-2574 P-2575 P-2578 P-2579 P-2580 P-2581 P-2582 P-2583 P-2590 P-2591 P-2592
LV EMERGENCY SWITCHBOARD 400V MAIN LV SWITCHBOARD LV EMERGENCY SWITCHBOARD 400V MAIN LV SWITCHBOARD LV EMERGENCY SWITCHBOARD 400V MAIN LV SWITCHBOARD LV EMERGENCY SWITCHBOARD 400V MAIN LV SWITCHBOARD LV EMERGENCY SWITCHBOARD 400V MAIN LV SWITCHBOARD LV EMERGENCY SWITCHBOARD 400V MAIN LV SWITCHBOARD 400V MAIN LV SWITCHBOARD 400V MAIN LV SWITCHBOARD
SB100E2 SB100E1 SB100E2 SB100E1 SB100E2 SB100E1 SB100E2 SB100E1 SB100E2 SB100E1 SB100E2 SB100E1 SB100E1 SB100E1
MCC ROOM MCC ROOM MCC ROOM MCC ROOM MCC ROOM MCC ROOM MCC ROOM MCC ROOM MCC ROOM MCC ROOM MCC ROOM MCC ROOM MCC ROOM MCC ROOM
25 25 25 32 20 32 32 20 20 25 25 20 20 20
E1W CONTROL BLDG HVAC E1W ELECTRICAL BLDG HVAC E1W ELECTRICAL BLDG HVAC E1W CATHODIC PROTECTION E1W DIESEL LOADING PUMP E1W INSTRUMENT AIR COMPRESSOR E1W INSTRUMENT AIR COMPRESSOR E1W INSTRUMENT AIR COMPR AFTERCOOLER E1W INSTRUMENT AIR COMPR AFTERCOOLER E1W WELL WATER PUMP E1W WELL WATER PUMP E1W TRAIN 1 MOTOR OPERATED VALVE E1W TRAIN 2 MOTOR OPERATED VALVE E1W FLOW CONTROL MOV
HVAC 1B HVAC 2A HVAC 2B CP-1750 P-6201 A-4610 A-4620 EM-4610 EM-4620 P-5901A P-5901B 28-MOV-480 28-MOV-482 28-MOV-582
MCC ROOM MCC ROOM MCC ROOM OUTDOOR OUTDOOR GENERATOR HOUSE GENERATOR HOUSE GENERATOR HOUSE GENERATOR HOUSE OUTDOOR OUTDOOR OUTDOOR OUTDOOR OUTDOOR
25 25 25 32 20 32 32 20 20 25 25 20 20 20
E1W E1W E1W E1FW E1FW E1W E1W E1W E1W E1FW E1FW E1FW E1FW E1FW
400V 400V 400V 400V 400V 400V 400V 400V 400V 400V 400V 400V 400V 400V
4CX35mm2 4CX35mm2 4CX35mm2 4CX25mm2 3CX6mm2 3CX50mm2 3CX50mm2 2 3CX2.5mm 3CX2.5mm2 3CX25mm2 3CX25mm2 3CX2.5mm2 3CX2.5mm2 3CX2.5mm2
1 1 1 1 1 1 1 1 1 1 1 1 1 1
XLPE/SWA/PVC XLPE/SWA/PVC XLPE/SWA/PVC XLPE/SWA/PVC XLPE/SWA/PVC XLPE/SWA/PVC XLPE/SWA/PVC XLPE/SWA/PVC XLPE/SWA/PVC XLPE/SWA/PVC XLPE/SWA/PVC XLPE/SWA/PVC XLPE/SWA/PVC XLPE/SWA/PVC
50 50 50 150 100 60 60 60 60 120 120 150 150 150
Cable buried - METS scope Cable buried - METS scope Cable buried - METS scope Cable buried - METS scope Cable buried - METS scope Cable buried - METS scope Cable buried - METS scope Cable buried - METS scope Cable buried - METS scope Cable buried - METS scope Cable buried - METS scope Cable buried - METS scope Cable buried - METS scope Cable buried - METS scope
114
P-2595
400V MAIN LV SWITCHBOARD
SB100E1
MCC ROOM
40
E1W
RECIP COMPR RECYCLE GAS COOLER
EM-2750
OUTDOOR
40
E1FW
400V
3CX70mm2
1
XLPE/SWA/PVC
240
Pipe rack tray cabling - Enerflex scope
115
P-2596
400V MAIN LV SWITCHBOARD
SB100E1
MCC ROOM
40
E1W
RECIP COMPR RECYCLE GAS COOLER
EM-2751
OUTDOOR
40
E1FW
400V
3CX70mm2
1
XLPE/SWA/PVC
240
Pipe rack tray cabling - Enerflex scope
116
P-2597
400V MAIN LV SWITCHBOARD
SB100E1
MCC ROOM
20
E1W
TRAIN 1 BURNER BLOWER
____
OUTDOOR
20
E1FW
400V
3CX10mm
2
1
XLPE/SWA/PVC
240
Pipe rack tray cabling - Enerflex scope
117
P-2598
400V MAIN LV SWITCHBOARD
SB100E1
MCC ROOM
20
E1W
TRAIN 2 BURNER BLOWER
____
OUTDOOR
20
E1FW
400V
3CX10mm2
1
XLPE/SWA/PVC
235
118
P-2599
400V MAIN LV SWITCHBOARD
SB100E1
MCC ROOM
32
E1W
WELDING SOCKET
WO-3
GENERATOR HOUSE
32
E1FW
400V
3CX50mm
2
1
XLPE/SWA/PVC
60
Cable buried - METS scope
119
P-2600
400V MAIN LV SWITCHBOARD
SB100E1
MCC ROOM
32
E1W
G-8201A, 225A DISTRIBUTION BOARD
____
GENERATOR HOUSE
32
E1FW
400V
4CX35mm2
1
XLPE/SWA/PVC
60
Cable buried - METS scope
GENERATOR HOUSE
32
E1FW
400V
4CX35mm2
1
XLPE/SWA/PVC
60
Cable buried - METS scope
98
Pipe rack tray cabling - Enerflex scope
120
P-2601
400V MAIN LV SWITCHBOARD
SB100E1
MCC ROOM
32
E1W
G-8201B, 225A DISTRIBUTION BOARD
____
121
P-2602
400V MAIN LV SWITCHBOARD
SB100E1
MCC ROOM
32
E1W
G-8201C, 225A DISTRIBUTION BOARD
____
GENERATOR HOUSE
32
E1FW
400V
4CX35mm2
1
XLPE/SWA/PVC
60
Cable buried - METS scope
122
P-2603
400V MAIN LV SWITCHBOARD
SB100E1
MCC ROOM
25
E1W
63A TELECOM GEARSWITCH
____
FAR ROOM
25
E1FW
400V
4CX25mm2
1
XLPE/SWA/PVC
50
Cable buried - METS scope
123
P-2604
LV EMERGENCY SWITCHBOARD
SB100E2
MCC ROOM
25
E1W
63A TELECOM GEARSWITCH
____
FAR ROOM
25
E1FW
400V
4CX25mm2
1
XLPE/SWA/PVC
50
Cable buried - METS scope
124
P-2605
400V MAIN LV SWITCHBOARD
SB100E1
MCC ROOM
50
E1W
AGBADA 2 BOOSTER COMPRESSOR
KM-1101
OUTDOOR
50
E1FW
400V
3CX185mm2
1
XLPE/SWA/PVC
200
Cable buried - METS scope
125
P-2606
400V MAIN LV SWITCHBOARD
SB100E1
MCC ROOM
25
E1W
AGBADA 2 BOOSTER COMPR. COOLER
EM-1101
OUTDOOR
25
E1FW
400V
3CX10mm2
1
XLPE/SWA/PVC
200
Cable buried - METS scope
126
P-2607
400V MAIN LV SWITCHBOARD
SB100E1
MCC ROOM
20
E1W
AGBADA 2 BOOSTER COMPR GLYCOL
PM-1102
OUTDOOR
20
E1FW
400V
3CX4mm2
1
XLPE/SWA/PVC
200
Cable buried - METS scope
NOTES:
1. E1W - NON-HAZARDOUS AREA GLAND TYPE 2. E1FW - HAZARDOUS AREA GLAND TYPE
CONTRACTOR: CLIENT PROJECT FACILITY CONTRACT NO.: DOCUMENT
DOMGAS PROJECT AGBADA NAG ELECTRICAL CABLE LIST
REV.: C01 CABLE S/N
127 128
TAG CONTROL CABLES C-3500
FROM EQUIPMENT DESCRIPTION
400V MAIN LV SWITCHBOARD
GLAND EQUIPMENT
EQUIPMENT
TAG
LOCATION
SB100E1
MCC ROOM
SIZE TYPE
20
E1W
TO EQUIPMENT DESCRIPTION
CLOSE DRAIN PUMP
GLAND
SERVICE
PAGE 5 of 7 QUANTITY OF
NUMBER OF
CABLE
ESTIMATED
CONDUCTORS AND SIZE
CABLES
TYPE
CABLE LENGTH
REMARK
EQUIPMENT
EQUIPMENT
TAG
LOCATION
POWER
CONTROL
OUTDOOR
____
7CX2.5mm2
1
XLPE/SWA/PVC
140
Cable buried - METS scope
2
P-5701A
SIZE TYPE VOLTAGE
20
E1FW
230V
____
(m)
C-3501
400V MAIN LV SWITCHBOARD
SB100E1
MCC ROOM
20
E1W
CLOSE DRAIN PUMP
P-5701B
OUTDOOR
20
E1FW
230V
7CX2.5mm
1
XLPE/SWA/PVC
140
Cable buried - METS scope
129
C-3502
400V MAIN LV SWITCHBOARD
SB100E1
MCC ROOM
20
E1W
OPEN DRAIN PUMP
P-5702A
OUTDOOR
20
E1FW
230V
____
7CX2.5mm2
1
XLPE/SWA/PVC
140
Cable buried - METS scope
130
C-3503
400V MAIN LV SWITCHBOARD
SB100E1
MCC ROOM
20
E1W
OPEN DRAIN PUMP
P-5702B
OUTDOOR
20
E1FW
230V
____
7CX2.5mm2
1
XLPE/SWA/PVC
140
Cable buried - METS scope
131
C-3504A
400V MAIN LV SWITCHBOARD
SB100E1
MCC ROOM
20
E1W
TRAIN 1 INLET COOLER MOTOR
EM-3110A
OUTDOOR
20
E1FW
230V
____
7CX2.5mm2
1
XLPE/SWA/PVC
290
Pipe rack tray cabling - Enerflex scope
132
C-3504B
400V MAIN LV SWITCHBOARD
SB100E1
MCC ROOM
20
E1W
TRAIN 1 INLET COOLER MOTOR
EM-3110B
OUTDOOR
20
E1FW
230V
____
7CX2.5mm2
1
XLPE/SWA/PVC
290
Pipe rack tray cabling - Enerflex scope
133
C-3504C
400V MAIN LV SWITCHBOARD
SB100E1
MCC ROOM
20
E1W
TRAIN 1 INLET COOLER MOTOR
EM-3110C
OUTDOOR
20
E1FW
230V
____
7CX2.5mm2
1
XLPE/SWA/PVC
290
Pipe rack tray cabling - Enerflex scope
134
C-3505A
400V MAIN LV SWITCHBOARD
SB100E1
MCC ROOM
20
E1W
TRAIN 2 INLET COOLER MOTOR
EM-3120A
OUTDOOR
20
E1FW
230V
____
7CX2.5mm2
1
XLPE/SWA/PVC
290
Pipe rack tray cabling - Enerflex scope
135
C-3505B
400V MAIN LV SWITCHBOARD
SB100E1
MCC ROOM
20
E1W
TRAIN 2 INLET COOLER MOTOR
EM-3120B
OUTDOOR
20
E1FW
230V
____
7CX2.5mm2
1
XLPE/SWA/PVC
290
Pipe rack tray cabling - Enerflex scope
136
C-3505C
400V MAIN LV SWITCHBOARD
SB100E1
MCC ROOM
20
E1W
TRAIN 2 INLET COOLER MOTOR
EM-3120C
OUTDOOR
20
E1FW
230V
____
7CX2.5mm2
1
XLPE/SWA/PVC
290
Pipe rack tray cabling - Enerflex scope
137
400V MAIN LV SWITCHBOARD 400V MAIN LV SWITCHBOARD
SB100E1 SB100E1
MCC ROOM MCC ROOM
20 20
E1W E1W
TRAIN 1 CONDENSATE EXPORT PUMP TRAIN 1 CONDENSATE EXPORT PUMP
PM-3110A PM-3110B
OUTDOOR OUTDOOR
20 20
E1FW E1FW
230V 230V
____
138
C-3506 C-3507
7CX2.5mm2 7CX2.5mm2
1 1
XLPE/SWA/PVC XLPE/SWA/PVC
280 280
Pipe rack tray cabling - Enerflex scope Pipe rack tray cabling - Enerflex scope
139
C-3508
400V MAIN LV SWITCHBOARD
SB100E1
MCC ROOM
20
E1W
TRAIN 2 CONDENSATE EXPORT PUMP
PM-3120A
OUTDOOR
20
E1FW
230V
____
7CX2.5mm2
1
XLPE/SWA/PVC
280
Pipe rack tray cabling - Enerflex scope
140
C-3509
400V MAIN LV SWITCHBOARD
SB100E1
MCC ROOM
20
E1W
TRAIN 2 CONDENSATE EXPORT PUMP
PM-3120B
OUTDOOR
20
E1FW
230V
____
7CX2.5mm2
1
XLPE/SWA/PVC
280
Pipe rack tray cabling - Enerflex scope
141
C-3510
400V MAIN LV SWITCHBOARD
SB100E1
MCC ROOM
20
E1W
SCREW COMPR RECYCLE GAS COOLER
EM-1100
OUTDOOR
20
E1FW
230V
____
7CX2.5mm2
1
XLPE/SWA/PVC
240
Pipe rack tray cabling - Enerflex scope
142
C-3511
400V MAIN LV SWITCHBOARD
SB100E1
MCC ROOM
20
E1W
SCREW COMPR LUBE OIL PUMP
PM-1101
OUTDOOR
20
E1FW
230V
____
7CX2.5mm2
1
XLPE/SWA/PVC
240
Pipe rack tray cabling - Enerflex scope
143
C-3512
400V MAIN LV SWITCHBOARD
SB100E1
MCC ROOM
20
E1W
TRAIN 1 HEAT TRIM COOLER MOTOR
EM-6110
OUTDOOR
20
E1FW
230V
____
7CX2.5mm2
1
XLPE/SWA/PVC
240
Pipe rack tray cabling - Enerflex scope
144
C-3513
400V MAIN LV SWITCHBOARD
SB100E1
MCC ROOM
20
E1W
TRAIN 2 HEAT TRIM COOLER MOTOR
EM-6120
OUTDOOR
20
E1FW
230V
____
7CX2.5mm2
1
XLPE/SWA/PVC
235
Pipe rack tray cabling - Enerflex scope
145
C-3514
400V MAIN LV SWITCHBOARD
SB100E1
MCC ROOM
20
E1W
TRAIN 1 GLYCOL INJECTION PUMP
EM-2610A
OUTDOOR
20
E1FW
230V
____
7CX2.5mm2
1
XLPE/SWA/PVC
245
Pipe rack tray cabling - Enerflex scope
146
400V MAIN LV SWITCHBOARD 400V MAIN LV SWITCHBOARD 400V MAIN LV SWITCHBOARD 400V MAIN LV SWITCHBOARD 400V MAIN LV SWITCHBOARD 400V MAIN LV SWITCHBOARD 400V MAIN LV SWITCHBOARD 400V MAIN LV SWITCHBOARD 400V MAIN LV SWITCHBOARD 400V MAIN LV SWITCHBOARD 400V MAIN LV SWITCHBOARD 400V MAIN LV SWITCHBOARD 400V MAIN LV SWITCHBOARD 400V MAIN LV SWITCHBOARD 400V MAIN LV SWITCHBOARD
SB100E1 SB100E1 SB100E1 SB100E1 SB100E1 SB100E1 SB100E1 SB100E1 SB100E1 SB100E1 SB100E1 SB100E1 SB100E1 SB100E1 SB100E1
MCC ROOM MCC ROOM MCC ROOM MCC ROOM MCC ROOM MCC ROOM MCC ROOM MCC ROOM MCC ROOM MCC ROOM MCC ROOM MCC ROOM MCC ROOM MCC ROOM MCC ROOM
20 20 20 20 20 20 20 20 20 20 20 20 20 20 20
E1W E1W E1W E1W E1W E1W E1W E1W E1W E1W E1W E1W E1W E1W E1W
TRAIN 1 GLYCOL INJECTION PUMP TRAIN 2 GLYCOL INJECTION PUMP TRAIN 2 GLYCOL INJECTION PUMP TRAIN 1 GLYCOL VAPOUR CONDENSER TRAIN 2 GLYCOL VAPOUR CONDENSER TRAIN 1 CONDENSED WATER PUMP TRAIN 1 CONDENSED WATER PUMP TRAIN 2 CONDENSED WATER PUMP TRAIN 2 CONDENSED WATER PUMP TRAIN 1 HEAT MEDIUM PUMP TRAIN 1 HEAT MEDIUM PUMP TRAIN 2 HEAT MEDIUM PUMP TRAIN 2 HEAT MEDIUM PUMP TRAIN 1 COMPR LUBE OIL CIRC PUMP TRAIN 2 COMPR LUBE OIL CIRC PUMP
EM-2610B EM-2620A EM-2620B EM-2613 EM-2623 EM-2611A EM-2611B EM-2621A EM-2621B EM-6110A EM-6110B EM-6120A EM-6120B P-2010 P-2020
OUTDOOR OUTDOOR OUTDOOR OUTDOOR OUTDOOR OUTDOOR OUTDOOR OUTDOOR OUTDOOR OUTDOOR OUTDOOR OUTDOOR OUTDOOR OUTDOOR OUTDOOR
20 20 20 20 20 20 20 20 20 20 20 20 20 20 20
E1FW E1FW E1FW E1FW E1FW E1FW E1FW E1FW E1FW E1FW E1FW E1FW E1FW E1FW E1FW
230V 230V 230V 230V 230V 230V 230V 230V 230V 230V 230V 230V 230V 230V 230V
____
147 148 149 150 151 152 153 154 155 156 157 158 159 160
C-3515 C-3516 C-3517 C-3518 C-3519 C-3520 C-3521 C-3522 C-3523 C-3524 C-3525 C-3526 C-3527 C-3528 C-3529
7CX2.5mm2 7CX2.5mm2 7CX2.5mm2 7CX2.5mm2 7CX2.5mm2 7CX2.5mm2 7CX2.5mm2 7CX2.5mm2 7CX2.5mm2 7CX2.5mm2 7CX2.5mm2 7CX2.5mm2 7CX2.5mm2 7CX2.5mm2 7CX2.5mm2
1 1 1 1 1 1 1 1 1 1 1 1 1 1 1
XLPE/SWA/PVC XLPE/SWA/PVC XLPE/SWA/PVC XLPE/SWA/PVC XLPE/SWA/PVC XLPE/SWA/PVC XLPE/SWA/PVC XLPE/SWA/PVC XLPE/SWA/PVC XLPE/SWA/PVC XLPE/SWA/PVC XLPE/SWA/PVC XLPE/SWA/PVC XLPE/SWA/PVC XLPE/SWA/PVC
245 245 245 245 245 245 245 245 245 255 255 260 260 250 255
Pipe rack tray cabling - Enerflex scope Pipe rack tray cabling - Enerflex scope Pipe rack tray cabling - Enerflex scope Pipe rack tray cabling - Enerflex scope Pipe rack tray cabling - Enerflex scope Pipe rack tray cabling - Enerflex scope Pipe rack tray cabling - Enerflex scope Pipe rack tray cabling - Enerflex scope Pipe rack tray cabling - Enerflex scope Pipe rack tray cabling - Enerflex scope Pipe rack tray cabling - Enerflex scope Pipe rack tray cabling - Enerflex scope Pipe rack tray cabling - Enerflex scope Pipe rack tray cabling - Enerflex scope Pipe rack tray cabling - Enerflex scope
161
C-3530
400V MAIN LV SWITCHBOARD
SB100E1
MCC ROOM
20
E1W
TRAIN 1 REFRIGERANT CONDENSER
EM-2014A
OUTDOOR
20
E1FW
230V
____
7CX2.5mm2
1
XLPE/SWA/PVC
250
Pipe rack tray cabling - Enerflex scope
7CX2.5mm2
1
XLPE/SWA/PVC
250
Pipe rack tray cabling - Enerflex scope
____
____ ____ ____ ____ ____ ____ ____ ____ ____ ____ ____ ____ ____ ____
162
C-3531
400V MAIN LV SWITCHBOARD
SB100E1
MCC ROOM
20
E1W
TRAIN 1 REFRIGERANT CONDENSER
EM-2014B
OUTDOOR
20
E1FW
230V
____
163
C-3532
400V MAIN LV SWITCHBOARD
SB100E1
MCC ROOM
20
E1W
TRAIN 2 REFRIGERANT CONDENSER
EM-2024A
OUTDOOR
20
E1FW
230V
____
7CX2.5mm2
1
XLPE/SWA/PVC
255
Pipe rack tray cabling - Enerflex scope
164
C-3533
400V MAIN LV SWITCHBOARD
SB100E1
MCC ROOM
20
E1W
TRAIN 2 REFRIGERANT CONDENSER
EM-2024B
OUTDOOR
20
E1FW
230V
____
7CX2.5mm2
1
XLPE/SWA/PVC
255
Pipe rack tray cabling - Enerflex scope
165
C-3534
400V MAIN LV SWITCHBOARD
SB100E1
MCC ROOM
20
E1W
HP K.O VESSEL PUMP
P-4300A
OUTDOOR
20
E1FW
230V
____
7CX2.5mm2
1
XLPE/SWA/PVC
275
Pipe rack tray cabling - Enerflex scope
166
C-3535
400V MAIN LV SWITCHBOARD
SB100E1
MCC ROOM
20
E1W
HP K.O VESSEL PUMP
P-4300B
OUTDOOR
20
E1FW
230V
____
7CX2.5mm2
1
XLPE/SWA/PVC
275
Pipe rack tray cabling - Enerflex scope
167
C-3536
400V MAIN LV SWITCHBOARD
SB100E1
MCC ROOM
20
E1W
LP K.O VESSEL PUMP
P-4301A
OUTDOOR
20
E1FW
230V
____
7CX2.5mm2
1
XLPE/SWA/PVC
275
Pipe rack tray cabling - Enerflex scope
168
C-3537
400V MAIN LV SWITCHBOARD
SB100E1
MCC ROOM
20
E1W
LP K.O VESSEL PUMP
P-4301B
OUTDOOR
20
E1FW
230V
____
7CX2.5mm2
1
XLPE/SWA/PVC
275
169
C-3538
LV EMERGENCY SWITCHBOARD
SB100E2
MCC ROOM
20
E1W
DIESEL LOADING PUMP
P-6201
OUTDOOR
20
E1FW
230V
____
7CX2.5mm2
1
XLPE/SWA/PVC
100
Cable buried - METS scope
170
C-3541
400V MAIN LV SWITCHBOARD
SB100E1
MCC ROOM
20
E1W
INSTRUMENT AIR COMPRESSOR
A-4610
GENERATOR HOUSE
20
E1W
230V
____
7CX2.5mm2
1
XLPE/SWA/PVC
60
Cable buried - METS scope
171
C-3542
LV EMERGENCY SWITCHBOARD
SB100E2
MCC ROOM
20
E1W
INSTRUMENT AIR COMPRESSOR
A-4620
GENERATOR HOUSE
20
E1W
230V
____
7CX2.5mm2
1
XLPE/SWA/PVC
60
Cable buried - METS scope
172
C-3543
400V MAIN LV SWITCHBOARD
SB100E1
MCC ROOM
20
E1W INSTRUMENT AIR COMPR AFTERCOOLER
EM-4610
GENERATOR HOUSE
20
E1W
230V
____
7CX2.5mm2
1
XLPE/SWA/PVC
60
Cable buried - METS scope
173
C-3544
LV EMERGENCY SWITCHBOARD
SB100E2
MCC ROOM
20
E1W INSTRUMENT AIR COMPR AFTERCOOLER
EM-4620
GENERATOR HOUSE
20
E1W
230V
____
7CX2.5mm2
1
XLPE/SWA/PVC
60
Cable buried - METS scope
174
C-3545
400V MAIN LV SWITCHBOARD
SB100E1
MCC ROOM
20
E1W
WELL WATER PUMP
P-5901A
OUTDOOR
20
E1FW
230V
____
7CX2.5mm2
1
XLPE/SWA/PVC
120
Cable buried - METS scope
175
C-3546
LV EMERGENCY SWITCHBOARD
SB100E2
MCC ROOM
20
E1W
WELL WATER PUMP
P-5901B
OUTDOOR
20
E1FW
230V
____
7CX2.5mm2
1
XLPE/SWA/PVC
120
Cable buried - METS scope
176
C-3547
400V MAIN LV SWITCHBOARD
SB100E1
MCC ROOM
20
E1W
RECIP COMPR RECYCLE GAS COOLER
EM-2750
OUTDOOR
20
E1FW
400V
____
7CX2.5mm2
1
XLPE/SWA/PVC
240
Pipe rack tray cabling - Enerflex scope
177
C-3548
400V MAIN LV SWITCHBOARD
SB100E1
MCC ROOM
20
E1W
RECIP COMPR RECYCLE GAS COOLER
EM-2751
OUTDOOR
20
E1FW
400V
____
7CX2.5mm2
1
XLPE/SWA/PVC
240
Pipe rack tray cabling - Enerflex scope
178
C-3549
400V MAIN LV SWITCHBOARD
SB100E1
MCC ROOM
20
E1W
TRAIN 1 BURNER BLOWER
____
OUTDOOR
20
E1FW
400V
____
7CX2.5mm2
1
XLPE/SWA/PVC
240
Pipe rack tray cabling - Enerflex scope
179
C-3550
400V MAIN LV SWITCHBOARD
SB100E1
MCC ROOM
20
E1W
TRAIN 2 BURNER BLOWER
____
OUTDOOR
20
E1FW
400V
____
7CX2.5mm2
1
XLPE/SWA/PVC
235
Pipe rack tray cabling - Enerflex scope
180
C-3551
400V MAIN LV SWITCHBOARD
SB100E1
MCC ROOM
20
E1W
COMPRESSOR DRIVER MOTOR
KM-1100
OUTDOOR
20
E1FW
230V
____
7CX2.5mm2
1
XLPE/SWA/PVC
220
Pipe rack tray cabling - Enerflex scope
181
C-3552
400V MAIN LV SWITCHBOARD
SB100E1
MCC ROOM
20
E1W
TRAIN 1 REFRIG COMPRESSOR MOTOR
KM-2010
OUTDOOR
20
E1FW
230V
____
7CX2.5mm2
1
XLPE/SWA/PVC
230
Pipe rack tray cabling - Enerflex scope
182
C-3553
400V MAIN LV SWITCHBOARD
SB100E1
MCC ROOM
20
E1W
TRAIN 2 REFRIG COMPRESSOR MOTOR
KM-2020
OUTDOOR
20
E1FW
230V
____
7CX2.5mm2
1
XLPE/SWA/PVC
235
183
C-3600
400V MAIN LV SWITCHBOARD
SB100E1
MCC ROOM
20
E1W
AGBADA 2 BOOSTER COMPRESSOR
KM-1101
OUTDOOR
20
E1FW
230V
____
7CX2.5mm2
1
XLPE/SWA/PVC
200
Cable buried - METS scope
184
C-3601
400V MAIN LV SWITCHBOARD
SB100E1
MCC ROOM
20
E1W
AGBADA 2 BOOSTER COMPR. COOLER
EM-1101
OUTDOOR
20
E1FW
230V
____
7CX2.5mm2
1
XLPE/SWA/PVC
200
Cable buried - METS scope
185
C-3602
400V MAIN LV SWITCHBOARD
SB100E1
MCC ROOM
20
E1W
AGBADA 2 BOOSTER COMPR GLYCOL
PM-1102
OUTDOOR
20
E1FW
230V
____
7CX2.5mm2
1
XLPE/SWA/PVC
200
Cable buried - METS scope
Pipe rack tray cabling - Enerflex scope
Pipe rack tray cabling - Enerflex scope
CONTRACTOR: CLIENT PROJECT FACILITY CONTRACT NO.: DOCUMENT
DOMGAS PROJECT AGBADA NAG ELECTRICAL CABLE LIST
REV.: C01 CABLE S/N
186 187
TAG POWER CABLES P-2700 P-2701
FROM
GLAND EQUIPMENT
EQUIPMENT
TAG
LOCATION
OUTDOOR LIGHTING DB OUTDOOR LIGHTING DB
DB-1 DB-1
MCC ROOM MCC ROOM
25 25
E1W E1W
EQUIPMENT DESCRIPTION
SIZE TYPE
TO
GLAND
SERVICE
EQUIPMENT
EQUIPMENT
TAG
LOCATION
AREA FLOODLIGHTING AREA FLOODLIGHTING
FLD 1-3;6-10 FLD 11-20
OUTDOOR OUTDOOR
25 25
E1FW E1FW
230V 230V
EQUIPMENT DESCRIPTION
SIZE TYPE VOLTAGE
PAGE 6 of 7 QUANTITY OF
NUMBER OF
CABLE
ESTIMATED
CONDUCTORS AND SIZE
CABLES
TYPE
CABLE LENGTH
POWER
CONTROL
5CX10mm2 5CX10mm2
____ ____
REMARK
(m) 1 1
XLPE/SWA/PVC XLPE/SWA/PVC
250 380
Cable buried - METS scope Cable buried - METS scope
188
P-2702
OUTDOOR LIGHTING DB
DB-1
MCC ROOM
25
E1W
AREA FLOODLIGHTING
FLD 4-5;22-27
OUTDOOR
25
E1FW
230V
5CX10mm2
____
1
XLPE/SWA/PVC
300
Cable buried - METS scope
189
P-2703
OUTDOOR LIGHTING DB
DB-1
MCC ROOM
20
E1W
FAR BUILDING EXTERNAL LIGHTING
FL19-24
FAR BUILDING
20
EFW
230V
3CX2.5mm2
____
1
XLPE/SWA/PVC
150
Cable buried - METS scope
190 191 192
P-2704
OUTDOOR LIGHTING DB
DB-1
MCC ROOM
20
E1W
MCC BUILDING EXTERNAL LIGHTING
FL33-40
MCC BUILDING
20
EFW
230V
3CX2.5mm2
____
1
XLPE/SWA/PVC
100
Cable buried - METS scope
P-2800
ANTI-COND. HEATER DB
DB-2
MCC ROOM
20
E1W
MAIN LV SWITCHBOARD
SB100E1
MCC ROOM
20
E1W
230V
2
3CX4mm
____
1
XLPE/SWA/PVC
30
Switchroom internal cabling
193
P-2801
ANTI-COND. HEATER DB
DB-2
MCC ROOM
20
E1W
EMERGENCY SWITCHBOARD
SB100E2
MCC ROOM
20
E1W
230V
3CX4mm2
____
1
XLPE/SWA/PVC
30
Switchroom internal cabling
194
P-2802
ANTI-COND. HEATER DB
DB-2
MCC ROOM
20
E1W
DIESEL GENERATOR
G-8301
GEN. BUILDING
20
E1W
230V
3CX2.5mm2
____
1
XLPE/SWA/PVC
60
Cable buried - METS scope
1
XLPE/SWA/PVC
60
Cable buried - METS scope
195
P-2803
ANTI-COND. HEATER DB
DB-2
MCC ROOM
20
E1W
GAS GENERATOR
G-8201A
GEN. BUILDING
20
E1W
230V
3CX2.5mm2
____
196
P-2804
ANTI-COND. HEATER DB
DB-2
MCC ROOM
20
E1W
GAS GENERATOR
G-8201B
GEN. BUILDING
20
E1W
230V
3CX2.5mm2
____
1
XLPE/SWA/PVC
60
Cable buried - METS scope
197
P-2805
ANTI-COND. HEATER DB
DB-2
MCC ROOM
20
E1W
GAS GENERATOR
G-8201C
GEN. BUILDING
20
E1W
230V
3CX2.5mm2
____
1
XLPE/SWA/PVC
60
Cable buried - METS scope
198
P-2806A
ANTI-COND. HEATER DB
DB-2
MCC ROOM
20
E1W
TRAIN 1 INLET COOLER MOTOR
EM-3110A
OUTDOOR
20
E1FW
230V
3CX2.5mm2
____
1
XLPE/SWA/PVC
290
Pipe rack tray cabling - Enerflex scope
199
P-2806B
ANTI-COND. HEATER DB
DB-2
MCC ROOM
20
E1W
TRAIN 1 INLET COOLER MOTOR
EM-3110B
OUTDOOR
20
E1FW
230V
3CX2.5mm2
____
1
XLPE/SWA/PVC
290
Pipe rack tray cabling - Enerflex scope
200
P-2806C
ANTI-COND. HEATER DB
DB-2
MCC ROOM
20
E1W
TRAIN 1 INLET COOLER MOTOR
EM-3110C
OUTDOOR
20
E1FW
230V
3CX2.5mm2
____
1
XLPE/SWA/PVC
290
Pipe rack tray cabling - Enerflex scope
201
P-2807A
ANTI-COND. HEATER DB
DB-2
MCC ROOM
20
E1W
TRAIN 2 INLET COOLER MOTOR
EM-3120A
OUTDOOR
20
E1FW
230V
3CX2.5mm2
____
1
XLPE/SWA/PVC
290
Pipe rack tray cabling - Enerflex scope
202
P-2807B
ANTI-COND. HEATER DB
DB-2
MCC ROOM
20
E1W
TRAIN 2 INLET COOLER MOTOR
EM-3120B
OUTDOOR
20
E1FW
230V
3CX2.5mm2
____
1
XLPE/SWA/PVC
290
Pipe rack tray cabling - Enerflex scope
203
P-2807C
ANTI-COND. HEATER DB
DB-2
MCC ROOM
20
E1W
TRAIN 2 INLET COOLER MOTOR
EM-3120C
OUTDOOR
20
E1FW
230V
3CX2.5mm2
____
1
XLPE/SWA/PVC
290
Pipe rack tray cabling - Enerflex scope
204
P-2808
ANTI-COND. HEATER DB
DB-2
MCC ROOM
20
E1W
TRAIN 1 CONDENSATE EXPORT PUMP
PM-3110A
OUTDOOR
20
E1FW
230V
3CX2.5mm2
____
1
XLPE/SWA/PVC
280
Pipe rack tray cabling - Enerflex scope
205
P-2809
ANTI-COND. HEATER DB
DB-2
MCC ROOM
20
E1W
TRAIN 1 CONDENSATE EXPORT PUMP
PM-3110B
OUTDOOR
20
E1FW
230V
3CX2.5mm2
____
1
XLPE/SWA/PVC
280
Pipe rack tray cabling - Enerflex scope
1
XLPE/SWA/PVC
280
Pipe rack tray cabling - Enerflex scope
206
P-2810
ANTI-COND. HEATER DB
DB-2
MCC ROOM
20
E1W
TRAIN 2 CONDENSATE EXPORT PUMP
PM-3120A
OUTDOOR
20
E1FW
230V
3CX2.5mm2
____
207
P-2811
ANTI-COND. HEATER DB
DB-2
MCC ROOM
20
E1W
TRAIN 2 CONDENSATE EXPORT PUMP
PM-3120B
OUTDOOR
20
E1FW
230V
3CX2.5mm2
____
1
XLPE/SWA/PVC
280
Pipe rack tray cabling - Enerflex scope
208
P-2812
ANTI-COND. HEATER DB
DB-2
MCC ROOM
20
E1W
SCREW COMPR RECYCLE GAS COOLER
EM-1100
OUTDOOR
20
E1FW
230V
3CX2.5mm2
____
1
XLPE/SWA/PVC
240
Pipe rack tray cabling - Enerflex scope
209
P-2813
ANTI-COND. HEATER DB
DB-2
MCC ROOM
20
E1W
COMPRESSOR DRIVER MOTOR
KM-1100
OUTDOOR
20
E1FW
230V
3CX2.5mm2
____
1
XLPE/SWA/PVC
220
Pipe rack tray cabling - Enerflex scope
210
P-2814
ANTI-COND. HEATER DB
DB-2
MCC ROOM
20
E1W
SCREW COMPR LUBE OIL PUMP
EM-6110
OUTDOOR
20
E1FW
230V
3CX2.5mm2
____
1
XLPE/SWA/PVC
240
211
P-2815
ANTI-COND. HEATER DB
DB-2
MCC ROOM
20
E1W
CLOSE DRAIN PUMP
P-5701A
OUTDOOR
20
E1FW
230V
3CX2.5mm2
____
1
XLPE/SWA/PVC
140
Cable buried - METS scope
212
P-2816
ANTI-COND. HEATER DB
DB-2
MCC ROOM
20
E1W
CLOSE DRAIN PUMP
P-5701B
OUTDOOR
20
E1FW
230V
3CX2.5mm2
____
1
XLPE/SWA/PVC
140
Cable buried - METS scope
213
P-2817 P-2818 P-2819 P-2820 P-2821 P-2822 P-2823 P-2824 P-2825 P-2826
ANTI-COND. HEATER DB ANTI-COND. HEATER DB ANTI-COND. HEATER DB ANTI-COND. HEATER DB ANTI-COND. HEATER DB ANTI-COND. HEATER DB ANTI-COND. HEATER DB ANTI-COND. HEATER DB ANTI-COND. HEATER DB ANTI-COND. HEATER DB
DB-2 DB-2 DB-2 DB-2 DB-2 DB-2 DB-2 DB-2 DB-2 DB-2
MCC ROOM MCC ROOM MCC ROOM MCC ROOM MCC ROOM MCC ROOM MCC ROOM MCC ROOM MCC ROOM MCC ROOM
20 20 20 20 20 20 20 20 20 20
E1W E1W E1W E1W E1W E1W E1W E1W E1W E1W
OPEN DRAIN PUMP OPEN DRAIN PUMP TRAIN 1 HEAT TRIM COOLER MOTOR TRAIN 2 HEAT TRIM COOLER MOTOR TRAIN 1 GLYCOL INJECTION PUMP TRAIN 1 GLYCOL INJECTION PUMP TRAIN 2 GLYCOL INJECTION PUMP TRAIN 2 GLYCOL INJECTION PUMP TRAIN 1 GLYCOL VAPOUR CONDENSER TRAIN 2 GLYCOL VAPOUR CONDENSER
P-5702A P-5702B EM-6110 EM-6120 EM-2610A EM-2610B EM-2620A EM-2620B EM-2613 EM-2623
OUTDOOR OUTDOOR OUTDOOR OUTDOOR OUTDOOR OUTDOOR OUTDOOR OUTDOOR OUTDOOR OUTDOOR
20 20 20 20 20 20 20 20 20 20
E1FW E1FW E1FW E1FW E1FW E1FW E1FW E1FW E1FW E1FW
230V 230V 230V 230V 230V 230V 230V 230V 230V 230V
3CX2.5mm2 3CX2.5mm2 3CX2.5mm2 3CX2.5mm2 3CX2.5mm2 3CX2.5mm2 3CX2.5mm2 3CX2.5mm2 3CX2.5mm2 3CX2.5mm2
____
1 1 1 1 1 1 1 1 1 1
XLPE/SWA/PVC XLPE/SWA/PVC XLPE/SWA/PVC XLPE/SWA/PVC XLPE/SWA/PVC XLPE/SWA/PVC XLPE/SWA/PVC XLPE/SWA/PVC XLPE/SWA/PVC XLPE/SWA/PVC
140 140 240 235 245 245 245 245 245 245
Cable buried - METS scope Cable buried - METS scope Pipe rack tray cabling - Enerflex scope Pipe rack tray cabling - Enerflex scope Pipe rack tray cabling - Enerflex scope Pipe rack tray cabling - Enerflex scope Pipe rack tray cabling - Enerflex scope Pipe rack tray cabling - Enerflex scope Pipe rack tray cabling - Enerflex scope Pipe rack tray cabling - Enerflex scope
P-2836 P-2837 P-2838 P-2839
ANTI-COND. HEATER DB ANTI-COND. HEATER DB ANTI-COND. HEATER DB ANTI-COND. HEATER DB
DB-5 DB-5 DB-5 DB-5
MCC ROOM MCC ROOM MCC ROOM MCC ROOM
20 20 20 20
E1W E1W E1W E1W
TRAIN 1 CONDENSED WATER PUMP TRAIN 1 CONDENSED WATER PUMP TRAIN 2 CONDENSED WATER PUMP TRAIN 2 CONDENSED WATER PUMP
EM-2611A EM-2611B EM-2621A EM-2621B
OUTDOOR OUTDOOR OUTDOOR OUTDOOR
20 20 20 20
E1FW E1FW E1FW E1FW
230V 230V 230V 230V
3CX2.5mm2 3CX2.5mm2 3CX2.5mm2 3CX2.5mm2
____
1 1 1 1
XLPE/SWA/PVC XLPE/SWA/PVC XLPE/SWA/PVC XLPE/SWA/PVC
245 245 245 245
Pipe rack tray cabling - Enerflex scope Pipe rack tray cabling - Enerflex scope Pipe rack tray cabling - Enerflex scope Pipe rack tray cabling - Enerflex scope
P-2840
ANTI-COND. HEATER DB
DB-5
MCC ROOM
20
E1W
TRAIN 1 HEAT MEDIUM PUMP
EM-6110A
OUTDOOR
20
E1FW
230V
3CX2.5mm2
____
2
214 215 216 217 218 219 220 221 222 223 224 225 226 227 228
____ ____ ____ ____ ____ ____ ____ ____ ____
____ ____ ____
Pipe rack tray cabling - Enerflex scope
1
XLPE/SWA/PVC
255
Pipe rack tray cabling - Enerflex scope
229
P-2841
ANTI-COND. HEATER DB
DB-5
MCC ROOM
20
E1W
TRAIN 1 HEAT MEDIUM PUMP
EM-6110B
OUTDOOR
20
E1FW
230V
3CX2.5mm
____
1
XLPE/SWA/PVC
255
Pipe rack tray cabling - Enerflex scope
230
P-2842
ANTI-COND. HEATER DB
DB-5
MCC ROOM
20
E1W
TRAIN 2 HEAT MEDIUM PUMP
EM-6120A
OUTDOOR
20
E1FW
230V
3CX2.5mm2
____
1
XLPE/SWA/PVC
260
Pipe rack tray cabling - Enerflex scope
1
XLPE/SWA/PVC
260
Pipe rack tray cabling - Enerflex scope
231
P-2843
ANTI-COND. HEATER DB
DB-5
MCC ROOM
20
E1W
TRAIN 2 HEAT MEDIUM PUMP
EM-6120B
OUTDOOR
20
E1FW
230V
3CX2.5mm2
____
232
P-2844
ANTI-COND. HEATER DB
DB-5
MCC ROOM
20
E1W
TRAIN 1 REFRIG COMPRESSOR MOTOR
KM-2010
OUTDOOR
20
E1FW
230V
3CX2.5mm2
____
1
XLPE/SWA/PVC
230
Pipe rack tray cabling - Enerflex scope
233
P-2845
ANTI-COND. HEATER DB
DB-5
MCC ROOM
20
E1W
TRAIN 2 REFRIG COMPRESSOR MOTOR
KM-2020
OUTDOOR
20
E1FW
230V
3CX2.5mm2
____
1
XLPE/SWA/PVC
235
Pipe rack tray cabling - Enerflex scope
234
P-2846
ANTI-COND. HEATER DB
DB-5
MCC ROOM
20
E1W
TRAIN 1 COMPR LUBE OIL CIRC PUMP
P-2010
OUTDOOR
20
E1FW
230V
3CX2.5mm2
____
1
XLPE/SWA/PVC
250
Pipe rack tray cabling - Enerflex scope
235
P-2847
ANTI-COND. HEATER DB
DB-5
MCC ROOM
20
E1W
TRAIN 2 COMPR LUBE OIL CIRC PUMP
P-2020
OUTDOOR
20
E1FW
230V
3CX2.5mm2
____
1
XLPE/SWA/PVC
255
Pipe rack tray cabling - Enerflex scope
236
P-2848
ANTI-COND. HEATER DB
DB-5
MCC ROOM
20
E1W
TRAIN 1 REFRIGERANT CONDENSER
EM-2014A
OUTDOOR
20
E1FW
230V
3CX2.5mm2
____
1
XLPE/SWA/PVC
250
Pipe rack tray cabling - Enerflex scope
237
P-2849
ANTI-COND. HEATER DB
DB-5
MCC ROOM
20
E1W
TRAIN 1 REFRIGERANT CONDENSER
EM-2014B
OUTDOOR
20
E1FW
230V
3CX2.5mm2
____
1
XLPE/SWA/PVC
250
Pipe rack tray cabling - Enerflex scope
1
XLPE/SWA/PVC
255
Pipe rack tray cabling - Enerflex scope
238
P-2850
ANTI-COND. HEATER DB
DB-5
MCC ROOM
20
E1W
TRAIN 2 REFRIGERANT CONDENSER
EM-2024A
OUTDOOR
20
E1FW
230V
3CX2.5mm2
____
239
P-2851
ANTI-COND. HEATER DB
DB-5
MCC ROOM
20
E1W
TRAIN 2 REFRIGERANT CONDENSER
EM-2024B
OUTDOOR
20
E1FW
230V
3CX2.5mm2
____
1
XLPE/SWA/PVC
255
Pipe rack tray cabling - Enerflex scope
240
P-2852
ANTI-COND. HEATER DB
DB-5
MCC ROOM
20
E1W
HP K.O VESSEL PUMP
P-4300A
OUTDOOR
20
E1FW
230V
3CX2.5mm2
____
1
XLPE/SWA/PVC
275
Pipe rack tray cabling - Enerflex scope
241
P-2853
ANTI-COND. HEATER DB
DB-5
MCC ROOM
20
E1W
HP K.O VESSEL PUMP
P-4300B
OUTDOOR
20
E1FW
230V
3CX2.5mm2
____
1
XLPE/SWA/PVC
275
Pipe rack tray cabling - Enerflex scope
242
P-2854
ANTI-COND. HEATER DB
DB-5
MCC ROOM
20
E1W
LP K.O VESSEL PUMP
P-4301A
OUTDOOR
20
E1FW
230V
3CX2.5mm2
____
1
XLPE/SWA/PVC
275
Pipe rack tray cabling - Enerflex scope
243
P-2855
ANTI-COND. HEATER DB
DB-5
MCC ROOM
20
E1W
LP K.O VESSEL PUMP
P-4301B
OUTDOOR
20
E1FW
230V
3CX2.5mm2
____
1
XLPE/SWA/PVC
275
244
P-2856
ANTI-COND. HEATER DB
DB-5
MCC ROOM
20
E1W
DIESEL LOADING PUMP
P-6201
OUTDOOR
20
E1FW
230V
3CX2.5mm2
____
1
XLPE/SWA/PVC
100
Cable buried - METS scope
Pipe rack tray cabling - Enerflex scope
245
P-2857
ANTI-COND. HEATER DB
DB-5
MCC ROOM
20
E1W
INSTRUMENT AIR COMPRESSOR
A-4610
GENERATOR HOUSE
20
E1W
230V
3CX2.5mm2
____
1
XLPE/SWA/PVC
60
Cable buried - METS scope
246
P-2860
ANTI-COND. HEATER DB
DB-5
MCC ROOM
20
E1W
INSTRUMENT AIR COMPRESSOR
A-4620
GENERATOR HOUSE
20
E1W
230V
3CX2.5mm2
____
1
XLPE/SWA/PVC
60
Cable buried - METS scope
247
P-2861
ANTI-COND. HEATER DB
DB-5
MCC ROOM
20
E1W INSTRUMENT AIR COMPR AFTERCOOLER
EM-4610
GENERATOR HOUSE
20
E1W
230V
3CX2.5mm2
____
1
XLPE/SWA/PVC
60
Cable buried - METS scope
248
P-2862
ANTI-COND. HEATER DB
DB-5
MCC ROOM
20
E1W INSTRUMENT AIR COMPR AFTERCOOLER
EM-4620
GENERATOR HOUSE
20
E1W
230V
3CX2.5mm2
____
1
XLPE/SWA/PVC
60
Cable buried - METS scope
249
P-2863
ANTI-COND. HEATER DB
DB-5
MCC ROOM
20
E1W
WELL WATER PUMP
P-5901A
OUTDOOR
20
E1FW
230V
3CX2.5mm2
____
1
XLPE/SWA/PVC
120
Cable buried - METS scope
250
P-2864
ANTI-COND. HEATER DB
DB-5
MCC ROOM
20
E1W
WELL WATER PUMP
P-5901B
OUTDOOR
20
E1FW
230V
3CX2.5mm2
____
1
XLPE/SWA/PVC
120
Cable buried - METS scope
251
P-2865
ANTI-COND. HEATER DB
DB-5
MCC ROOM
20
E1W
HV SWITCHBOARD
SD100E1
MCC ROOM
20
E1W
230V
3CX4mm2
____
1
XLPE/SWA/PVC
30
Switchroom internal cabling
CONTRACTOR: CLIENT PROJECT FACILITY CONTRACT NO.: DOCUMENT
DOMGAS PROJECT AGBADA NAG ELECTRICAL CABLE LIST
REV.:C01 CABLE S/N
TAG POWER CABLES P-2866 P-2867
FROM EQUIPMENT DESCRIPTION
GLAND EQUIPMENT
EQUIPMENT
TAG
LOCATION
SIZE TYPE
TO EQUIPMENT DESCRIPTION
GLAND
SERVICE
PAGE 7 of 7 QUANTITY OF
NUMBER OF
CABLE
ESTIMATED
CONDUCTORS AND SIZE
CABLES
TYPE
CABLE LENGTH
EQUIPMENT
EQUIPMENT
TAG
LOCATION
POWER
CONTROL
SIZE TYPE VOLTAGE
ANTI-COND. HEATER DB ANTI-COND. HEATER DB
DB-5 DB-5
MCC ROOM MCC ROOM
20 20
E1W E1W
AGBADA 2 BOOSTER COMPRESSOR AGBADA 2 BOOSTER COMPR. COOLER
KM-1101 EM-1101
OUTDOOR OUTDOOR
20 20
E1FW E1FW
230V 230V
3CX2.5mm2 3CX2.5mm2
____
P-2868
ANTI-COND. HEATER DB
DB-5
MCC ROOM
20
E1W
AGBADA 2 BOOSTER COMPR GLYCOL
PM-1102
OUTDOOR
20
E1FW
230V
3CX2.5mm2
256
P-2720
ELECT BLDG LIGHTING DB
DB-4
MCC ROOM
20
E1W
15A SOCKET (LV SWITCHROOM)
____
MCC ROOM
20
E1W
230V
257
P-2721
ELECT BLDG LIGHTING DB
DB-4
MCC ROOM
20
E1W
13A SOCKET (LV SWITCHROOM)
____
MCC ROOM
20
E1W
230V
258
P-2722
ELECT BLDG LIGHTING DB
DB-4
MCC ROOM
20
E1W
INDOOR LIGHTING (LV SWITCHROOM)
____
MCC ROOM
20
E1W
259
P-2723
ELECT BLDG LIGHTING DB
DB-4
MCC ROOM
20
E1W
15A SOCKET (LV SWITCHROOM)
____
MCC ROOM
20
260
P-2724
ELECT BLDG LIGHTING DB
DB-4
MCC ROOM
20
E1W
INDOOR LIGHTING (LV SWITCHROOM)
____
MCC ROOM
261
P-2725
ELECT BLDG LIGHTING DB
DB-4
MCC ROOM
20
E1W
15A SOCKET (SUPERVISOR ROOM)
____
262
P-2726
ELECT BLDG LIGHTING DB
DB-4
MCC ROOM
20
E1W
13A SOCKET (SUPERVISOR ROOM)
263
P-2727
ELECT BLDG LIGHTING DB
DB-4
MCC ROOM
20
E1W
264
P-2728
ELECT BLDG LIGHTING DB
DB-4
MCC ROOM
20
265
P-2729
ELECT BLDG LIGHTING DB
DB-4
MCC ROOM
266
P-2730
ELECT BLDG LIGHTING DB
DB-4
267
P-2731
ELECT BLDG LIGHTING DB
268
P-2732
269
REMARK
(m) 1 1
XLPE/SWA/PVC XLPE/SWA/PVC
200 200
Cable buried - METS scope Cable buried - METS scope
____
1
XLPE/SWA/PVC
200
Cable buried - METS scope
3CX4mm2
____
1
XLPE/PVC
30
MCC Building Internal Cabling
3CX4mm2
____
1
XLPE/PVC
30
MCC Building Internal Cabling
230V
3CX2.5mm2
____
1
XLPE/PVC
100
MCC Building Internal Cabling
E1W
230V
3CX4mm2
____
1
XLPE/PVC
30
MCC Building Internal Cabling
20
E1W
230V
3CX2.5mm2
____
1
XLPE/PVC
100
MCC Building Internal Cabling
MCC ROOM
20
E1W
230V
3CX4mm2
____
1
XLPE/PVC
30
MCC Building Internal Cabling
____
MCC ROOM
20
E1W
230V
3CX4mm2
____
1
XLPE/PVC
30
MCC Building Internal Cabling
15A SOCKET (HV SWITCHROOM)
____
MCC ROOM
20
E1W
230V
3CX4mm2
____
1
XLPE/PVC
40
MCC Building Internal Cabling
E1W
INDOOR LIGHTING (HV SWITCHROOM)
____
MCC ROOM
20
E1W
230V
3CX2.5mm2
____
1
XLPE/PVC
100
MCC Building Internal Cabling
20
E1W
15A SOCKET (HV SWITCHROOM)
____
MCC ROOM
20
E1W
230V
3CX4mm2
____
1
XLPE/PVC
40
MCC Building Internal Cabling
MCC ROOM
20
E1W
13A SOCKET (HV SWITCHROOM)
____
MCC ROOM
20
E1W
230V
3CX4mm2
____
1
XLPE/PVC
40
MCC Building Internal Cabling
DB-4
MCC ROOM
20
E1W
INDOOR LIGHTING (HV SWITCHROOM)
____
MCC ROOM
20
E1W
230V
3CX2.5mm2
____
1
XLPE/PVC
100
MCC Building Internal Cabling
ELECT BLDG LIGHTING DB
DB-4
MCC ROOM
20
E1W
15A SOCKET (BATTERY ROOM)
____
BATTERY ROOM
20
E1W
230V
3CX4mm2
____
1
XLPE/PVC
40
MCC Building Internal Cabling
P-2733
ELECT BLDG LIGHTING DB
DB-4
MCC ROOM
20
E1W
INDOOR LIGHTING (BATTERY ROOM)
____
BATTERY ROOM
20
E1W
230V
3CX2.5mm2
____
1
XLPE/PVC
100
MCC Building Internal Cabling
270
P-2734
ELECT BLDG LIGHTING DB
DB-4
MCC ROOM
20
E1W
GENERATOR SHED LIGHTING JB
EJB-1
GENERATOR HOUSE
20
E1W
230V
3CX4mm2
____
1
XLPE/SWA/PVC
60
Cable buried - METS scope
271
P-2735
ELECT BLDG LIGHTING DB
DB-4
MCC ROOM
20
E1W
EXTRACTOR FANS (BATTERY ROOM)
____
BATTERY ROOM
20
E1W
230V
3CX2.5mm2
____
1
XLPE/PVC
60
MCC Building Internal Cabling
272
P-2736
ELECT BLDG LIGHTING DB
DB-4
MCC ROOM
20
E1W INDOOR LIGHTING (SUPERVISOR ROOM)
____
MCC ROOM
20
E1W
230V
3CX2.5mm2
____
1
XLPE/PVC
100
MCC Building Internal Cabling
273
P-2737
ELECT BLDG LIGHTING DB
DB-4
MCC ROOM
20
E1W
GENERATOR SHED LIGHTING JB
EJB-2
GENERATOR HOUSE
20
E1W
230V
3CX4mm2
____
1
XLPE/SWA/PVC
60
Cable buried - METS scope
274
P-2738
ELECT BLDG LIGHTING DB
DB-4
MCC ROOM
20
E1W
COMPRESSOR SHEDS LIGHTING JB
EJB-3
COMPRESSOR SHED
20
E1W
230V
3CX4mm2
____
1
XLPE/SWA/PVC
180
Cable buried - METS scope
275
P-2739
ELECT BLDG LIGHTING DB
DB-4
MCC ROOM
20
E1W
COMPRESSOR SHEDS LIGHTING JB
EJB-4
COMPRESSOR SHED
20
E1W
230V
3CX4mm2
____
1
XLPE/SWA/PVC
180
Cable buried - METS scope
276
P-2741
ELECT BLDG LIGHTING DB
DB-4
MCC ROOM
20
E1W
COMPRESSOR SHEDS LIGHTING JB
EJB-4A
COMPRESSOR SHED
20
E1W
230V
3CX4mm2
____
1
XLPE/SWA/PVC
180
Cable buried - METS scope
277
P-2742
ELECT BLDG LIGHTING DB
DB-4
MCC ROOM
20
E1W
CHEMICAL SHED LIGHTING JB
EJB-5
CHEMICAL SHED
20
E1W
230V
3CX4mm2
____
1
XLPE/SWA/PVC
100
Cable buried - METS scope
P-2749
AC UPS BYPASS
____
MCC ROOM
25
E1W
UPS DISTRIBUTION BOARD
DB-8
FAR ROOM
25
E1W
400V
4CX25mm2
____
2
252 253 254
____
255
278 279 280
1
XLPE/SWA/PVC
50
Cable buried - METS scope
281
P-2750
UPS DISTRIBUTION BOARD
DB-8
FAR ROOM
25
E1W
UPS DISTRIBUTION BOARD
DB-6
MCC ROOM
25
E1W
400V
4CX10mm
____
1
XLPE/SWA/PVC
50
Cable buried - METS scope
282
P-2751
UPS DISTRIBUTION BOARD
DB-6
MCC ROOM
20
E1W
MAIN LV SWITCHGEAR SYSTEM
SB100E1
MCC ROOM
20
E1W
230V
3CX2.5mm2
____
1
XLPE/PVC
30
MCC Building Internal Cabling
283
P-2752
UPS DISTRIBUTION BOARD
DB-6
MCC ROOM
20
E1W
PMS CABINET
____
MCC ROOM
20
E1W
230V
3CX2.5mm2
____
1
XLPE/PVC
30
MCC Building Internal Cabling
284
P-2753
UPS DISTRIBUTION BOARD
DB-6
MCC ROOM
20
E1W
FM 200 SYSTEM
____
MCC ROOM
20
E1W
230V
3CX2.5mm2
____
1
XLPE/PVC
30
MCC Building Internal Cabling
285
P-2754
UPS DISTRIBUTION BOARD
DB-6
MCC ROOM
20
E1W
HV SWITCHGEAR SYSTEM
SD100E1
MCC ROOM
20
E1W
230V
3CX2.5mm2
____
1
XLPE/PVC
30
MCC Building Internal Cabling
286
P-2755
UPS DISTRIBUTION BOARD
DB-6
MCC ROOM
20
E1W HVAC CHANGE-OVER CONTROL PANEL 1
____
MCC ROOM
20
E1W
230V
3CX2.5mm2
____
1
XLPE/PVC
30
MCC Building Internal Cabling
287
P-2756
UPS DISTRIBUTION BOARD
DB-6
MCC ROOM
20
E1W HVAC CHANGE-OVER CONTROL PANEL 2
____
MCC ROOM
20
E1W
230V
3CX2.5mm2
____
1
XLPE/PVC
30
MCC Building Internal Cabling
288
P-2757
UPS DISTRIBUTION BOARD
DB-6
MCC ROOM
20
E1W
EMERG. LV SWITCHGEAR SYSTEM
SB100E2
MCC ROOM
20
E1W
230V
3CX2.5mm2
____
1
XLPE/PVC
30
MCC Building Internal Cabling
289
P-2758
UPS DISTRIBUTION BOARD
DB-6
MCC ROOM
20
E1W
VESDA SYSTEM
____
MCC ROOM
20
E1W
230V
3CX2.5mm2
____
1
XLPE/PVC
30
MCC Building Internal Cabling
290
P-2759
UPS DISTRIBUTION BOARD
DB-6
MCC ROOM
20
E1W
GENERATOR CONTROL PANEL 1
____
MCC ROOM
20
E1W
230V
3CX2.5mm2
____
1
XLPE/PVC
30
MCC Building Internal Cabling
291
P-2760
UPS DISTRIBUTION BOARD
DB-6
MCC ROOM
20
E1W
GENERATOR CONTROL PANEL 2
____
MCC ROOM
20
E1W
230V
3CX2.5mm2
____
1
XLPE/PVC
30
MCC Building Internal Cabling
292
P-2761
UPS DISTRIBUTION BOARD
DB-6
MCC ROOM
20
E1W
GENERATOR CONTROL PANEL 3
____
MCC ROOM
20
E1W
230V
3CX2.5mm2
____
1
XLPE/PVC
30
MCC Building Internal Cabling
293
P-2762
UPS DISTRIBUTION BOARD
DB-6
MCC ROOM
20
E1W
MASTER CONTROL PANEL
____
MCC ROOM
20
E1W
230V
3CX2.5mm2
____
1
XLPE/PVC
30
MCC Building Internal Cabling
P-2900
POWER PLANT AUX DB
DB-3
MCC ROOM
20
E1W
ANALYZER HOUSE JB
EJB-6
OUTDOOR
20
E1FW
230V
3CX4mm2
____
2
294 295 296
1
XLPE/SWA/PVC
170
Cable buried - METS scope
OUTDOOR
20
E1FW
230V
3CX4mm
____
1
XLPE/SWA/PVC
170
Cable buried - METS scope
HP FLARE IGNITION PANEL
OUTDOOR
25
E1FW
230V
3CX25mm2
____
1
XLPE/SWA/PVC
170
Cable buried - METS scope
E1W
LP FLARE IGNITION PANEL
OUTDOOR
25
E1FW
230V
3CX25mm2
____
1
XLPE/SWA/PVC
170
Cable buried - METS scope
20
E1W
GAS METERING SKID
SK-2804
OUTDOOR
20
E1FW
230V
3CX2.5mm2
____
1
XLPE/SWA/PVC
150
Cable buried - METS scope
MCC ROOM
20
E1W
EMERGENCY GEN CHARGER
G-8301
GENERATOR HOUSE
20
E1W
230V
3CX2.5mm2
____
1
XLPE/SWA/PVC
60
Cable buried - METS scope
DB-3
MCC ROOM
20
E1W
GAS GEN CHARGER
G-8201A
GENERATOR HOUSE
20
E1W
230V
3CX2.5mm2
____
1
XLPE/SWA/PVC
60
Cable buried - METS scope
POWER PLANT AUX DB
DB-3
MCC ROOM
20
E1W
GAS GEN CHARGER
G-8201B
GENERATOR HOUSE
20
E1W
230V
3CX2.5mm2
____
1
XLPE/SWA/PVC
60
Cable buried - METS scope
P-2918
POWER PLANT AUX DB
DB-3
MCC ROOM
20
E1W
GAS GEN CHARGER
G-8201C
GENERATOR HOUSE
20
E1W
230V
3CX2.5mm2
____
1
XLPE/SWA/PVC
60
Cable buried - METS scope
P-2940 P-2941 P-2942 P-2943
1914kVA GAS GENERATOR 1914kVA GAS GENERATOR 1914kVA GAS GENERATOR 500kVA DIESEL GENERATOR
G-8201A G-8201B G-8201C G-8301
GENERATOR HOUSE GENERATOR HOUSE GENERATOR HOUSE GENERATOR HOUSE
M20 M20 M20 M20
E1W E1W E1W E1W
400V MAIN LV SWITCHBOARD 400V MAIN LV SWITCHBOARD 400V MAIN LV SWITCHBOARD 400V EMERGENCY SWITCHBOARD
SB100D1 SB100D1 SB100D1 SB100E2
MCC ROOM MCC ROOM MCC ROOM MCC ROOM
M20 M20 M20 M20
E1W E1W E1W E1W
230V 230V 230V 230V
30-pair X1.5mm2 30-pair X1.5mm2 30-pair X1.5mm2 30-pair X1.5mm2
____
1 1 1 1
XLPE/SWA/LSZH XLPE/SWA/LSZH XLPE/SWA/LSZH XLPE/SWA/LSZH
60 60 60 60
Cable buried - METS scope Cable buried - METS scope Cable buried - METS scope Cable buried - METS scope
297
P-2901
POWER PLANT AUX DB
DB-3
MCC ROOM
20
E1W
ANALYZER HOUSE JB
298
P-2906
POWER PLANT AUX DB
DB-3
MCC ROOM
25
E1W
299
P-2907
POWER PLANT AUX DB
DB-3
MCC ROOM
25
300
P-2908
POWER PLANT AUX DB
DB-3
MCC ROOM
301
P-2911
POWER PLANT AUX DB
DB-3
302
P-2916
POWER PLANT AUX DB
303
P-2917
304 305 306 307 308 309 310 311
EJB-7
____ ____ ____
312 313 314 315 316 317 318 319
P-2950 P-2951 P-2952 P-2953 P-2954 P-2955 P-2956
UPS DISTRIBUTION BOARD UPS DISTRIBUTION BOARD UPS DISTRIBUTION BOARD UPS DISTRIBUTION BOARD UPS DISTRIBUTION BOARD UPS DISTRIBUTION BOARD UPS DISTRIBUTION BOARD
DB-8 DB-8 DB-8 DB-8 DB-8 DB-8 DB-8
FAR ROOM FAR ROOM FAR ROOM FAR ROOM FAR ROOM FAR ROOM FAR ROOM
20 20 20 20 20 20 20
E1W EMERG. LIGHTING (CONTROL BUILDING) E1W VESDA SYSTEM E1W FM200 SYSTEM E1W 13A SOCKET (CONTROL ROOM) E1W HVAC CHANGE-OVER CONTROL PANEL 1 E1W HVAC CHANGE-OVER CONTROL PANEL 2 E1W 13A SOCKET (EQUIPMENT ROOM)
____ ____ ____ ____ ____ ____ ____
FAR ROOM FAR ROOM FAR ROOM FAR ROOM FAR ROOM FAR ROOM FAR ROOM
20 20 20 20 20 20 20
E1W E1W E1W E1W E1W E1W E1W
320
P-2957
UPS DISTRIBUTION BOARD
DB-8
FAR ROOM
20
E1W
INSTRUMENT AIR COMPRESSOR UCP
____
FAR ROOM
20
E1W
321
P-2958
UPS DISTRIBUTION BOARD
DB-8
FAR ROOM
20
E1W
MAIN COMPRESSOR PAS UCP
____
FAR ROOM
20
E1W
322
P-2959
UPS DISTRIBUTION BOARD
DB-8
FAR ROOM
20
E1W
TELECOM CABINET
____
FAR ROOM
20
323
P-2960
UPS DISTRIBUTION BOARD
DB-8
FAR ROOM
20
E1W
MAIN COMPRESSOR SIS UCP
____
FAR ROOM
324
P-2961
UPS DISTRIBUTION BOARD
DB-8
FAR ROOM
20
E1W
GAS METERING SKID UCP FEEDER 1
____
325
P-2962
UPS DISTRIBUTION BOARD
DB-8
FAR ROOM
20
E1W
SCREW COMPRESSOR PAS UCP
326
P-2963
UPS DISTRIBUTION BOARD
DB-8
FAR ROOM
20
E1W
327
P-2964
UPS DISTRIBUTION BOARD
DB-8
FAR ROOM
20
328
P-2965
UPS DISTRIBUTION BOARD
DB-8
FAR ROOM
329
P-2966
UPS DISTRIBUTION BOARD
DB-8
330
P-2967
UPS DISTRIBUTION BOARD
331
P-2968
332
230V 230V 230V 230V 230V 230V 230V
3CX2.5mm2 3CX2.5mm2 3CX2.5mm2 3CX4mm2 3CX2.5mm2 3CX2.5mm2 3CX4mm2
____ ____ ____ ____ ____ ____ ____
1 1 1 1 1 1 1
XLPE/PVC XLPE/PVC XLPE/PVC XLPE/PVC XLPE/PVC XLPE/PVC XLPE/PVC
30 30 30 30 30 30 30
Control Building Internal Cabling Control Building Internal Cabling Control Building Internal Cabling Control Building Internal Cabling Control Building Internal Cabling Control Building Internal Cabling Control Building Internal Cabling
230V
2
3CX4mm
____
1
XLPE/PVC
30
Control Building Internal Cabling
230V
3CX4mm2
____
1
XLPE/PVC
30
Control Building Internal Cabling
E1W
230V
3CX4mm2
____
1
XLPE/PVC
30
Control Building Internal Cabling
20
E1W
230V
3CX4mm2
____
1
XLPE/PVC
30
Control Building Internal Cabling
FAR ROOM
20
E1W
230V
3CX4mm2
____
1
XLPE/PVC
30
Control Building Internal Cabling
____
FAR ROOM
20
E1W
230V
3CX4mm2
____
1
XLPE/PVC
30
Control Building Internal Cabling
REFRIGERATION SYSTEM UCP
____
FAR ROOM
20
E1W
230V
3CX4mm2
____
1
XLPE/PVC
30
Control Building Internal Cabling
E1W
HEAT MEDIUM SYSTEM UCP
____
FAR ROOM
20
E1W
230V
3CX4mm2
____
1
XLPE/PVC
30
Control Building Internal Cabling
20
E1W
SCREW COMPRESSOR SIS UCP
____
FAR ROOM
20
E1W
230V
3CX4mm2
____
1
XLPE/PVC
30
Control Building Internal Cabling
FAR ROOM
20
E1W
PAS PDC - PRIMARY FEEDER
____
FAR ROOM
20
E1W
230V
3CX4mm2
____
1
XLPE/PVC
30
Control Building Internal Cabling
DB-8
FAR ROOM
20
E1W
PAS PDC - SECONDARY FEEDER
____
FAR ROOM
20
E1W
230V
3CX4mm2
____
1
XLPE/PVC
30
Control Building Internal Cabling
UPS DISTRIBUTION BOARD
DB-8
FAR ROOM
20
E1W
SIS PDC - PRIMARY FEEDER
____
FAR ROOM
20
E1W
230V
3CX4mm2
____
1
XLPE/PVC
30
Control Building Internal Cabling
P-2969
UPS DISTRIBUTION BOARD
DB-8
FAR ROOM
20
E1W
SIS PDC - SECONDARY FEEDER
____
FAR ROOM
20
E1W
230V
3CX4mm2
____
1
XLPE/PVC
30
Control Building Internal Cabling
333
P-2970
UPS DISTRIBUTION BOARD
DB-8
FAR ROOM
20
E1W
F&G PDC - PRIMARY FEEDER
____
FAR ROOM
20
E1W
230V
3CX4mm2
____
1
XLPE/PVC
30
Control Building Internal Cabling
334
P-2971
UPS DISTRIBUTION BOARD
DB-8
FAR ROOM
20
E1W
F&G PDC - SECONDARY FEEDER
____
FAR ROOM
20
E1W
230V
3CX4mm2
____
1
XLPE/PVC
30
Control Building Internal Cabling
335
P-2972
UPS DISTRIBUTION BOARD
DB-8
FAR ROOM
20
E1W
CONSOLE - PRIMARY FEEDER
____
FAR ROOM
20
E1W
230V
3CX4mm2
____
1
XLPE/PVC
30
Control Building Internal Cabling
336
P-2973
UPS DISTRIBUTION BOARD
DB-8
FAR ROOM
20
E1W
CONSOLE - SECONDARY FEEDER
____
FAR ROOM
20
E1W
230V
3CX4mm2
____
1
XLPE/PVC
30
Control Building Internal Cabling
337
P-2974
UPS DISTRIBUTION BOARD
DB-8
FAR ROOM
20
E1W
NETWORK SWITCH - PRIMARY FEEDER
____
FAR ROOM
20
E1W
230V
3CX4mm2
____
1
XLPE/PVC
30
Control Building Internal Cabling
338
P-2975
UPS DISTRIBUTION BOARD
DB-8
FAR ROOM
20
E1W
NETWORK SWITCH - SEC. FEEDER
____
FAR ROOM
20
E1W
230V
3CX4mm2
____
1
XLPE/PVC
30
Control Building Internal Cabling
339
P-2976
UPS DISTRIBUTION BOARD
DB-8
FAR ROOM
20
E1W
GAS METERING SKID UCP FEEDER 2
____
FAR ROOM
20
E1W
230V
3CX4mm2
____
1
XLPE/PVC
30
Control Building Internal Cabling
P-2981
CONTROL BLDG LIGHTING DB
DB-7
FAR ROOM
20
E1W INDOOR LIGHTING (CONTROL BUILDING)
____
MCC ROOM
20
E1W
230V
3CX2.5mm2
____
1
XLPE/PVC
100
Control Building Internal Cabling
MCC ROOM
20
E1W
230V
2
3CX2.5mm
____
1
XLPE/PVC
100
Control Building Internal Cabling
340 341 342
P-2984
CONTROL BLDG LIGHTING DB
DB-7
FAR ROOM
20
E1W INDOOR LIGHTING (CONTROL BUILDING)
____
343
P-2985
CONTROL BLDG LIGHTING DB
DB-7
FAR ROOM
20
E1W
15A SOCKET (CONTROL ROOM)
____
MCC ROOM
20
E1W
230V
3CX4mm2
____
1
XLPE/PVC
30
Control Building Internal Cabling
344
P-2986
CONTROL BLDG LIGHTING DB
DB-7
FAR ROOM
20
E1W
15A SOCKET (EQUIPMENT ROOM)
____
MCC ROOM
20
E1W
230V
3CX4mm2
____
1
XLPE/PVC
30
Control Building Internal Cabling
345
P-2989
CONTROL BLDG LIGHTING DB
DB-7
FAR ROOM
20
E1W
LIGHTING (GUARD HOUSE)
____
GUARD HOUSE
20
E1W
230V
3CX2.5mm2
____
1
XLPE/SWA/PVC
120
Cable buried - METS scope
348
P-2990
400VAC UPS
____
MCC ROOM
40
E1W
UPS BATTERY RACK
____
BATTERY ROOM
40
E1W
230VDC
2CX??mm2
____
1
XLPE/PVC
50
MCC Building Internal Cabling
349
P-2991
400VAC UPS
____
MCC ROOM
40
E1W
UPS BATTERY RACK
____
BATTERY ROOM
40
E1W
230VDC
2CX??mm2
____
1
XLPE/PVC
50
MCC Building Internal Cabling
346 347
NOTES:
1. E1W - NON-HAZARDOUS AREA GLAND TYPE 2. E1FW - HAZARDOUS AREA GLAND TYPE
DOMGAS PROJECT (AGBADA NAG)
(AGBADA NAG) PROJECT
ENGINEERING & TECHNICAL SERVICES LTD
DOMGAS PROJECT (AGBADA NAG)
DOMGAS PROJECT (AGBADA NAG)
EQUIPMENT
S/N
1 2
Equipment No.
SK-312A/B
5 6 7 8 9
Inlet Manifolds
Fluid category and Class
Process Fluid Handled
Release Sources
Grade of Release (Continuous, Primary or Secondary)
Section of IP Part 15
Hazardous Area Radius
VENTILATION
ZONE
COMMENTS
(m)
NAG, CONDENSATE, WATER
-
-
-
SECTION 4.3.1
-
-
NAG, CONDENSATE, WATER
G(i);CLASS 0
FLANGES/VALVES/JOINTS/FITTINGS
SECONDARY
3.0
OPEN
NAG, CONDENSATE, WATER
G(i);CLASS 0
FLANGES/VALVES/JOINTS/FITTINGS
SECONDARY
3.0
OPEN
1.0
OPEN
1.0
OPEN
-
UNCLASSIFIED (ADEQUATELY VENTILATED)
SK-313 & SK-323 V-3101/V-3201 V-3103/V-3203 E-3102/E-3202 V-3104/V-3204 V-3105/V-3205 P-3106/P-3206
Inlet Facility INLET SEPARATOR 1 INLET SEPARATOR 2 INLET COOLER INLET CLASSIFIER INLET SURGE VESSEL CONDENSATE EXPORT PUMPS
SK-212/ SK-222 V-2104/V-2204 V-4108/V-4208 E-2101/E-2201 E-2102/E-2202 E-2103/E-2203 E-2105/E-2205
Gas Dew Point Control Package LOW TEMPERATURE SEPARATOR REFRIGERANT SUCTION SCRUBBER GAS/ GAS HEAT EXCHANGER GAS/LIQUID HEAT EXCHANGER CHILLER LIQUID REFRIGERANT EXCHANGER
3 4
Description
NAG
G(i);CLASS 0
FLANGES/VALVES/JOINTS/FITTINGS
SECONDARY
NAG, CONDENSATE, WATER
B;CLASS II
FLANGES/VALVES/JOINTS/FITTINGS
SECONDARY
SECTION 5.4.8 Fig 5.5 SECTION 5.4.5 TABLE 5.6 SECTION 5.4.5 TABLE 5.6 SECTION 5.4.5 TABLE 5.6
NAG, CONDENSATE, WATER
G(i);CLASS 0
FLANGES/VALVES/JOINTS/FITTINGS
SECONDARY
SECTION 5.4.5
1.0
OPEN
NAG, CONDENSATE, WATER
B;CLASS II
PUMP SEALS
SECONDARY
SECTION 5.4.1
5.0
OPEN
NAG, DEG, CONDENSATE, WATER
G(i);CLASS 0
FLANGES/VALVES/JOINTS/FITTINGS
SECONDARY
OPEN
G(i);CLASS 0
FLANGES/VALVES/JOINTS/FITTINGS
SECONDARY
SECTION 5.4.5 TABLE 5.6 SECTION 5.4.5 TABLE 5.6
1.0
NAG, DEG, CONDENSATE, WATER
1.0
OPEN
NAG, DEG, CONDENSATE, WATER
G(i);CLASS 0
FLANGES/VALVES/JOINTS/FITTINGS
SECONDARY
SECTION 5.4.5 TABLE 5.6
1.0
OPEN
NAG, DEG, CONDENSATE, WATER
B;CLASS II
FLANGES/VALVES/JOINTS/FITTINGS
SECONDARY
2.0
OPEN
NAG, DEG, CONDENSATE, WATER
G(i);CLASS 0
FLANGES/VALVES/JOINTS/FITTINGS
SECONDARY
1.0
OPEN
NAG, DEG, CONDENSATE, WATER
G(i);CLASS 0
FLANGES/VALVES/JOINTS/FITTINGS
SECONDARY
SECTION 5.4.5 TABLE 5.6 SECTION 5.4.5 TABLE 5.6 SECTION 5.4.5 TABLE 5.6
1.0
OPEN
2 2 2 2 2 2
10 11 12 13 14 15 16 17
2 2 2 2 2 2
18 19 20 21 22 23 24 25 26 27 28 29
SK-412/SK-422 V-4103/V-4203 V-4104/V-4204 V-4109/V-4209 E-4106/E-4206 P-4110/P-4210 P-4111/P-4211 S-4105/S-4205 S-4112/S-4212 KM-4102/KM-4202 K-4101/K-4201
Refrigeration System DISCHARGE OIL SEPARATOR ECONOMIZER REFRIGERANT ACCUMULATOR REFRIGERANT CONDENSER REFRIGERANT COOLER PUMP COMPR LUBE OIL CIRC. PUMP MOISTURE TRAP (FILTER) PARTICULATE FILTER REFRIGERANT COMPRESSOR MOTOR REFRIGERANT SCREW COMPRESSOR
NAG, HYDROCARBON LIQUIDS
B;CLASS II
FLANGES/VALVES/JOINTS/FITTINGS
SECONDARY
SECTION 5.4.5 TABLE 5.6
1.0
OPEN
NAG, DEG, CONDENSATE, WATER
C;CLASS II
FLANGES/VALVES/JOINTS/FITTINGS
SECONDARY
SECTION 5.4.5 TABLE C9(a)
1.0
OPEN
NAG, DEG, CONDENSATE, WATER
C;CLASS II
FLANGES/VALVES/JOINTS/FITTINGS
SECONDARY
SECTION 5.4.5 TABLE C9(a)
1.0
OPEN
NAG, DEG, CONDENSATE, WATER
C;CLASS II
FLANGES/VALVES/JOINTS/FITTINGS
SECONDARY
SECTION 5.4.5 TABLE 5.6
2.5
OPEN
NAG, DEG, CONDENSATE, WATER
C;CLASS II
PUMP SEALS
SECONDARY
SECTION 5.4.1
5.5
OPEN
HYDROCARBON LIQUIDS
B;CLASS II
PUMP SEALS
SECONDARY
SECTION 5.4.1
5.0
OPEN
NAG, DEG, CONDENSATE, WATER
G(i);CLASS 0
FLANGES/VALVES/JOINTS/FITTINGS
SECONDARY
2.5
OPEN
NAG, DEG, CONDENSATE, WATER
G(i);CLASS 0
FLANGES/VALVES/JOINTS/FITTINGS
SECONDARY
SECTION 5.4.5 TABLE 5.6 SECTION 5.4.5 TABLE 5.6
2.5
OPEN
NAG, DEG, CONDENSATE, WATER
C;CLASS II
PUMP SEALS
SECONDARY
SECTION 5.4.1
5.5
OPEN
NAG, CONDENSATE, WATER
G(i);CLASS 0
FLANGES/VALVES/JOINTS/FITTINGS
SECONDARY
SECTION 5.4.3
4.0
OPEN
2 2 2 2 2 2 2 2 2 2
NAG
G(i);CLASS 0
FLANGES/VALVES/JOINTS/FITTINGS
SECONDARY
SECTION 5.4.5 TABLE 5.6
2.5
OPEN
2
NAG, DEG, CONDENSATE, WATER
G(i);CLASS 0
FLANGES/VALVES/JOINTS/FITTINGS
SECONDARY
OPEN
G(i);CLASS 0
FLANGES/VALVES/JOINTS/FITTINGS
SECONDARY
1.0
OPEN
2 2
NAG, DEG, CONDENSATE, WATER
G(i);CLASS 0
FLANGES/VALVES/JOINTS/FITTINGS
SECONDARY
1.0
OPEN
NAG, DEG, CONDENSATE, WATER
G(i);CLASS 0
FLANGES/VALVES/JOINTS/FITTINGS
SECONDARY
SECTION 5.4.5 TABLE 5.6 SECTION 5.4.5 TABLE 5.6 SECTION 5.4.5 TABLE 5.6 SECTION 5.4.5 TABLE 5.6
1.0
NAG, DEG, CONDENSATE, WATER
1.0
OPEN
NAG, DEG, CONDENSATE, WATER
G(i);CLASS 0
PUMP SEALS
SECONDARY
SECTION 5.4.1
5.5
OPEN
NAG, DEG, CONDENSATE, WATER
G(i);CLASS 0
FLANGES/VALVES/JOINTS/FITTINGS
SECONDARY
4.0
OPEN
NAG, DEG, CONDENSATE, WATER
G(i);CLASS 0
FLANGES/VALVES/JOINTS/FITTINGS
SECONDARY
1.0
OPEN
NAG, HYDROCARBON LIQUIDS
B;CLASS II
FLANGES/VALVES/JOINTS/FITTINGS
SECONDARY
SECTION 5.4.3 SECTION 5.4.5 TABLE 5.6 SECTION 5.4.5 TABLE 5.6
2.5
OPEN
HYDROCARBON LIQUIDS
B;CLASS II
PUMP SEALS
SECONDARY
SECTION 5.4.1
5.0
OPEN
30
SK-722 V-7202
31 32
Fuel Gas System FUEL GAS KNOCK OUT VESSEL
33 34 35 36 37 38 39 40 41 42 43
SK-112/SK-113 V-1101 V-1103 V-1111/1116/ E-1115/1120/1125 P-1104/P-1106 K-1102 K-1114/1119/1124 T-1101 KD-1101
Recycle Gas Compressor System SURGE VESSEL SUCTION SCRUBBER SURGE VESSEL LUBE OIL SEPARATOR 1ST, 2ND & 3RD STAGE SUCTION SCRUBBERS 1ST, 2ND & 3RD STAGE COOLERS SURGE VESSEL PRELUBE/ SCRUBBER PUMPS SURGE VESSEL SCREW COMPRESSOR 1ST, 2ND & 3RD STAGE COMPR CYLINDER SURGE VESSEL SCREW WASTE OIL TANK CONTINENTAL MOTOR
2 2 2 2 2 2 2
NOTES a)
Definitions
b)
Fluid Categories
For definitions of Fluid "Group", "Type of release" and
- For fluid categories, refer to Table 1.2 of IP Part15
"Temperature Class" refer to IP Part15, Annex H and section 1.6.4
- Refer to secton 1.6.3 of IP Part15 for classification of the Zoning system
NAG - Non Associated Gas DEG - Di-Ethylene Glycol
REFERENCED DRAWINGS EQUIPMENT LAYOUT
DRAW ING No.
NOTES:
1. Area Classification schedule done in accordance with IP Part15
DOMGAS PROJECT (AGB ADA NAG)
C01
C.E
L.A O.A
'23/05/12
A01
APPROVED FOR CONSTRUCTION ISSUED FOR APPROVAL
C.E
L.A O.A
15/09/11
R02 R01 REV
ISSUED FOR SAFOP ISSUED FOR REVIEW DESCRIPTION
C.E C.E
O.O M.K O.O M.K
10/05/11 05/05/11
DRW N
CHK
APPR
DATE
HAZARDOUS AREA CL ASSIFICATION SCHEDUL E MAKON No. SHELL DOC No.
REV. C01 PAGE 2 OF 3
EQUIPMENT
S/N
44 45 46 47 48 49 50 51 52 53 54 55
Equipment No.
SK-512/522 V-5104/5204 V-5107/5207 V-5110/V-5210 E-5102/5202 E-5106/5206 P-5113/5213 P-5112/5212 C-5101/5201 S-5105/5205 S-5103/5203 S-5109/5209
Description
Fluid category and Class
Process Fluid Handled
Release Sources
Grade of Release (Continuous, Primary or Secondary)
Glycol Injection System GLYCOL FLASH VESSEL CONDENSED WATER KNOCK OUT
DEG, WATER
C;CLASS II
FLANGES/VALVES/JOINTS/FITTINGS
SECONDARY
DEG, WATER
C;CLASS II
FLANGES/VALVS/FITTINGS/VENT
SECONDARY
GLYCOL SURGE VESSEL
DEG, WATER
C;CLASS II
FLANGES/VALVES/JOINTS/FITTINGS
SECONDARY
GLYCOL REBOILER GLYCOL VAPOUR CONDENSER CONDENSED WATER PUMPS GLYCOL INJECTION PUMP GLYCOL STILL COLUMN CARBON FILTERS PARTICULATE FILTERS GLYCOL SUMP FILTER
DEG, WATER
C;CLASS II
FLANGES/VALVES/JOINTS/FITTINGS
SECONDARY
VAPOUR, CONDENSED WATER
C;CLASS II
FLANGES/VALVES/JOINTS/FITTINGS
NAG, CONDENSED WATER
C;CLASS II
DEG, WATER
Section of IP Part 15
Hazardous Area Radius
VENTILATION
ZONE
2 2 2 2 2 2 2 2 2 2 2
COMMENTS
(m) 2.5
OPEN
3.0
OPEN
2.5
OPEN
2.5
OPEN
SECONDARY
SECTION 5.4.5 TABLE 5.6 SECTION 5.4.5 TABLE 5.6 SECTION 5.4.5 TABLE 5.6 SECTION 5.4.5 TABLE 5.6 SECTION 5.4.5 TABLE 5.6
2.5
OPEN
PUMP SEALS
SECONDARY
SECTION 5.4.1
5.5
OPEN
C;CLASS II
PUMP SEALS
SECONDARY
SECTION 5.4.1
5.5
OPEN
DEG
C;CLASS II
FLANGES/VALVES/JOINTS/FITTINGS
SECONDARY
2.5
OPEN
DEG, WATER
C;CLASS II
FLANGES/VALVES/JOINTS/FITTINGS
SECONDARY
2.5
OPEN
DEG, WATER
C;CLASS II
FLANGES/VALVES/JOINTS/FITTINGS
SECONDARY
2.5
OPEN
DEG, WATER
C;CLASS II
FLANGES/VALVES/JOINTS/FITTINGS
SECONDARY
SECTION 5.4.5 TABLE 5.6 SECTION 5.4.5 TABLE 5.6 SECTION 5.4.5 TABLE 5.6 SECTION 5.4.5 TABLE 5.6
2.5
OPEN
NAG, CONDENSATE, WATER
G(i);CLASS 0
FLANGES/JOINTS/PUMP SEALS
SECONDARY
OPEN
G(i);CLASS 0
FLANGES/JOINTS/PUMP SEALS
SECONDARY
5.5
OPEN
NAG, CONDENSATE, WATER
G(i);CLASS 0
FLANGES/VALVES/JOINTS/FITTINGS
SECONDARY
SECTION 5.4.1 SECTION 5.4.1 SECTION 5.4.5 TABLE 5.6
5.5
NAG, CONDENSATE, WATER
2.5
OPEN
DEG, WATER
C;CLASS II
FLANGES/VALVES/JOINTS/FITTINGS
SECONDARY
SECTION 5.4.5 TABLE 5.6
2.5
OPEN
DEG, WATER
C;CLASS II
PUMP SEALS
SECONDARY
SECTION 5.4.1
5.5
OPEN
NAG
G(i);CLASS 0
FLANGES/VALVES/JOINTS/FITTINGS
SECONDARY
OPEN
G(i);CLASS 0
FLANGES/VALVES/JOINTS/FITTINGS
SECONDARY
SECTION 5.4.5 TABLE 5.6 SECTION 5.4.5 TABLE 5.6
1.0
NAG
1.0
OPEN
NAG
G(i);CLASS 0
PUMP SEALS
SECONDARY
SECTION 5.4.1
5.5
OPEN
NAG
G(i);CLASS 0
PUMP SEALS
SECONDARY
SECTION 5.4.1
5.5
OPEN
56 57 58 59 60
SK-612/622 E-6105/E-6205 P-6102/P-6202 S-6103
Heat Medium Package HEAT MEDIUM TRIM COOLER HEAT MEDIUM PUMPS HEAT MEDIUM FILTER
2 2 2
61
V-5111/5211 P-5108/5208 SK-432 SK-433 P-4300A/B P-4301A/B
Out of Skid GLYCOL SUMP TANK GLYCOL SUMP PUMP HP FLARE KNOCK OUT DRUM LP FLARE KNOCK OUT DRUM HP FLARE KNOCK OUT PUMPS LP FLARE KNOCK OUT PUMPS
G-8201A/B/C G-8301 T-6201 HOLD
MAIN GENERATOR (GAS) PACKAGE EMERGENCY GENERATOR (DIESEL) PACKAGE DIESEL STORAGE TANK PIG LAUNCHER
62 63 64 65 66 67 68
2 2 2 2 2 2
69 70 71 72 73
GAS
-
-
-
-
-
-
DIESEL
-
-
-
-
-
-
-
DIESEL
C;CLASS III
-
-
-
-
-
NAG, CONDENSED WATER
G(i);CLASS 0
FLANGES/VALVES/JOINTS/FITTINGS
PRIMARY
SECTION 3.2 Paragraph II SECTION 5.4.6
3.0
OPEN
1
UNCLASSIFIED UNCLASSIFIED UNCLASSIFIED ZONE 2 OF 7m IS AROUND LAUNCHER
74 75 76
SK-2804 V-5701 T-5701
SALE GAS METERING SKID CLOSE DRAIN SYSTEM OIL SAVER PIT/OPEN DRAIN SYSTEM
NAG
G(i);CLASS 0
FLANGES/VALVES/JOINTS/FITTINGS
SECONDARY
OPEN
G(i);CLASS 0
FLANGES/VALVES/JOINTS/FITTINGS
SECONDARY
SECTION 5.4.5 TABLE 5.6 SECTION 5.4.5 TABLE 5.6
2.5
NAG, CONDENSATE, WATER
3.0
OPEN
2 2
NAG, CONDENSATE, WATER
G(i);CLASS 0
PIT CONTENT
CONTINUOUS
SECTION 5.4.9
-
OPEN
0
ZONE 1 OF 3m AROUND PIT
NOTES a)
Definitions
b)
Fluid Categories
For definitions of Fluid "Group", "Type of release" and
- For fluid categories, refer to Table 1.2 of IP Part15
"Temperature Class" refer to IP Part15, Annex H and section 1.6.4
- Refer to secton 1.6.3 of IP Part15 for classification of the Zoning system
NAG - Non Associated Gas DEG - Di-Ethylene Glycol
REFERENCED DRAWINGS EQUIPMENT LAYOUT
DRAW ING No.
NOTES:
1. Area Classification schedule done in accordance with IP Part15
DOMGAS PROJECT (AGB ADA NAG)
C01
APPROVED FOR CONSTRUCTION
C.E
L.A O.A
'23/05/12
A01
ISSUED FOR APPROVAL
C.E
L.A O.A
15/09/11
R02 R01 REV
ISSUED FOR SAFOP ISSUED FOR REVIEW DESCRIPTION
C.E C.E
O.O M.K O.O M.K
10/05/11 05/05/11
DRW N
CHK
APPR
DATE
HAZARDOUS AREA CL ASSIFICATION SCHEDUL E MAKON No. SHELL DOC No.
REV. C01 PAGE 3 OF 3
Customer:
Rev
Date
Prepared
Checked
Approved
R01
09-Aug-2012
A. Tejumola
C. Emu
M. Kulkarni
Reason for Issue
DOMGAS PROJECT (AGBADA NAG )
Project: Project No:
S/N
Document No.
Brief Material Description Manufacturer
MFR Part No.
Base Quantity
Unit
Contingency (Spare)
Total Quantity
Reference Drawing / Document No
Chalmit
PRGE/236/BI/LBE
24
PCS
2
26
SDA-S17893-AGBG1-EA-4025-00004-001
Chalmit
PRGE/236/BI/EM/LBE
6
PCS
2
8
SDA-S17893-AGBG1-EA-4025-00004-001
Chalmit MK/ABB/MEM
-
80 3
PCS PCS
4 1
84 4
SDA-S17893-AGBG1-EA-4025-00004-001 SDA-S17893-AGBG1-EA-4025-00004-001
Remarks
LIGHTING Generator House
3 4
2X36W, 220-240V, 50Hz, IP66, T4, Ex(e), Fluorescent Luminaire c/w Electronic Ballast 2X36W, 220-240V, 50Hz, IP66, T4, Ex(e), Fluorescent Luminaire- (Emergency lighting with battery back-up) c/w Electronic Ballast Fluorescent Lamp, Bi-Pin Type 10A, Single Pole, 1-Gang, 1-Way Ex(d) Switch
5
Eyelet Mounting Bracket Assembly
Chalmit
SPR05-0005
160
PCS
160
SDA-S17893-AGBG1-EA-4025-00004-001
6
Industrial Chain
Chalmit
-
100
Metres
100
SDA-S17893-AGBG1-EA-4025-00004-001
7
Lighting Junction Box Ex(e) c/w terminal blocks
8
M20 cable gland Ex(e)
1 2
Stahl
8118/122-1
34
PCS
2
36
SDA-S17893-AGBG1-EA-4025-00004-001
Hawke
501/453/RAC/O/M20
80
PCS
2
82
SDA-S17893-AGBG1-EA-4025-00004-001
NEXANS
-
250
Metres
250
SDA-S17893-AGBG1-EA-4025-00004-001
Chalmit
PRGE/236/BI/LBE
32
PCS
4
36
SDA-S17893-AGBG1-EA-4025-00007-001
Chalmit
PRGE/236/BI/EM/LBE
10
PCS
2
12
SDA-S17893-AGBG1-EA-4025-00007-001
Chalmit MK/ABB/MEM
-
84 3
PCS PCS
4 1
88 4
SDA-S17893-AGBG1-EA-4025-00007-001 SDA-S17893-AGBG1-EA-4025-00007-001
SPR05-0005
170
PCS
170
SDA-S17893-AGBG1-EA-4025-00007-001
2
9
3C x 2.5mm XLPE/PVC copper cable (Cores Brown, Blue, Green/Yellow)
For suspending lighting fittings
Refer to SDA-S17893-AGBG1-EA7771-00010-001 for cables specification
LIGHTING Off Gas Compressor Shed
3 4
2X36W, 220-240V, 50Hz, IP66, T4, Ex(e), Fluorescent Luminaire c/w Electronic Ballast 2X36W, 220-240V, 50Hz, IP66, T4, Ex(e), Fluorescent Luminaire- (Emergency lighting with battery back-up) c/w Electronic Ballast Fluorescent Lamp, Bi-Pin Type 10A, Single Pole, 1-Gang, 1-Way Ex(d) Switch
5
Eyelet Mounting Bracket Assembly
Chalmit
6
Industrial Chain
Chalmit
-
160
Metres
160
SDA-S17893-AGBG1-EA-4025-00007-001
7
Lighting Junction Box Ex(e) c/w terminal blocks
Stahl
8118/122-1
35
PCS
2
37
SDA-S17893-AGBG1-EA-4025-00007-001
8
M20 cable gland Ex(e)
Hawke
501/453/RAC/O/M20
90
PCS
2
92
SDA-S17893-AGBG1-EA-4025-00007-001
NEXANS
-
250
Metres
250
SDA-S17893-AGBG1-EA-4025-00007-001
1 2
2
9
3C x 2.5mm XLPE/PVC copper cable (Cores Brown, Blue, Green/Yellow)
Page 2 of 5
For suspending lighting fittings
Refer to SDA-S17893-AGBG1-EA7771-00010-001 for cables specification
Rev. R01
Customer:
Rev
Date
Prepared
Checked
Approved
R01
09-Aug-2012
A. Tejumola
C. Emu
M. Kulkarni
Contingency (Spare)
Total Quantity
Reference Drawing / Document No
Reason for Issue
DOMGAS PROJECT (AGBADA NAG )
Project: Project No:
S/N
Document No.
Brief Material Description Manufacturer
MFR Part No.
Base Quantity
Unit
1
10m Medium Duty Base Hinged Column c/w flange plate, with double floodlight brackets, (FL4/3) c/w column mounted Ex 'e' type junction box, with 3 cable entries, 2 fuse modules, 9 terminals for looping in & looping out of 5C X 25mm2 Cables
Abacus
T088RLH/FP
20
PCS
20
SDA-S17893-AGBG1-EA-4025-00001-001, SDAS17893-AGBG1-EA-4025-00003-001
2
8m Medium Duty Base Hinged Column c/w flange plate, with Triplex floodlight brackets, (FL4/4) c/w column mounted Ex 'e' type junction box, with 3 cable entries, 2 fuse modules, 9 terminals for looping in & looping out of 5C X 25mm2 Cables
Abacus
T088RLH/FP
7
PCS
7
SDA-S17893-AGBG1-EA-4025-00001-001, SDAS17893-AGBG1-EA-4025-00003-001
3
Hydraulic Counterbalance Unit to operate Medium duty base hinged column
Abacus
RLH168
1
PCS
1
SDA-S17893-AGBG1-EA-4025-00001-001, SDAS17893-AGBG1-EA-4025-00003-001
Chalmit
EV 2D/400/MS
61
PCS
63
SDA-S17893-AGBG1-EA-4025-00001-001, SDAS17893-AGBG1-EA-4025-00003-001
200
Metres
200
100
PCS
100
NEXANS
200
Metres
200
SDA-S17893-AGBG1-EA-8809-00001-001
NEXANS
2500
Metres
2500
SDA-S17893-AGBG1-EA-8809-00001-001
NEXANS
2000
Metres
2000
SDA-S17893-AGBG1-EA-8809-00003-001
150
Metres
150
Remarks
OUTDOOR LIGHTING
5
400W HPS Ex (d) Floodlight with integral control gear, suitable for Zone 2, IP 67, 230V, 50Hz 32mm diameter PVC sleeve / conduit
6
M20 cable gland Ex(e)
4
Hawke
501/453/RAC/O/M20
2
EARTHING 1 2 3 4 5
6 7 8
1C X 120mm2 Green/Yellow PVC Insulated earthing cable 1C X 70mm2 Green/Yellow PVC Insulated earthing cable 1C X 25mm2 Green/Yellow PVC Insulated earthing cable 32mm diameter PVC Sleeve Earth bar, 475mm x 90mm x 96mm, with 6 connection points & removable test link, c/w M10 X 25 bolt, nut and washers Earth bar,1200mm x 90mm x 96mm, with 18 connection points & removable test link, c/w M10 X 25 bolt, nut and washers 50mm diameter Earth Boss with M10 stud
Furse
LK243-6
15
PCS
15
SDA-S17893-AGBG1-EA-8809-00003-001
Furse
LK243-18
4
PCS
4
SDA-S17893-AGBG1-EA-8809-00003-001
Furse
EB001
2
Furse
2
70mm compression C type crimp connector
50
PCS
50
SDA-S17893-AGBG1-EA-8809-00001-001
120
PCS
120
SDA-S17893-AGBG1-EA-8809-00001-001 SDA-S17893-AGBG1-EA-8809-00001-001
9
25mm M10 Compression type Lug (Connector)
Furse
FCT2510
100
PCS
100
10
70mm2 M10 Compression type Lug (Connector)
Furse
FCT7010
50
PCS
50
SDA-S17893-AGBG1-EA-8809-00001-001
11
120mm2 M10 Compression type Lug (Connector)
Furse
10
PCS
10
SDA-S17893-AGBG1-EA-8809-00001-001
12
50mm diameter 6m long galvanised steel pipe
120
PCS
120
SDA-S17893-AGBG1-EA-8809-00001-001
700
Metres
700
SDA-S17893-AGBG1-EA-8809-00001-001
20
PCS
20
SDA-S17893-AGBG1-EA-8809-00001-001
20
PCS
20
SDA-S17893-AGBG1-EA-8809-00001-001
2
13
70mm bare copper conductor for deep well earthing
NEXANS
14
U bolt rod clamp (type E) (for grounding conductor termination in earth pit)
Furse
15
Concrete Earth Pit
CR330
Page 2 of 5
To be Cast at Site
Rev. R01
Customer:
Rev
Date
Prepared
Checked
Approved
R01
09-Aug-2012
A. Tejumola
C. Emu
M. Kulkarni
Reason for Issue
DOMGAS PROJECT (AGBADA NAG )
Project: Project No:
S/N
Document No.
Brief Material Description Manufacturer
MFR Part No.
Base Quantity
Unit
Contingency (Spare)
Total Quantity
Reference Drawing / Document No
Furse
RA030
10
PCS
2
12
SDA-S17893-AGBG1-EA-8809-00001-001
Furse
RA230
6
PCS
2
8
SDA-S17893-AGBG1-EA-8809-00001-001
Furse
200
Metres
200
SDA-S17893-AGBG1-EA-8809-00001-001
250
Metres
250
SDA-S17893-AGBG1-EA-8809-00001-001
Remarks
LIGHTNING PROTECTION SYSTEM
3
Air Terminal Rod, Aluminium, 15mm Diameter, 1.5m Long Air Terminal Rod, Copper, 15mm Diameter, 1.5m Long 25 x 3mm Bare Aluminium Tape
4
25 x 3mm Bare Copper Tape
Furse
5
25 x 3mm Insulated Copper Tape
Furse
200
Metres
200
SDA-S17893-AGBG1-EA-8809-00001-001
6
15mm, M16, Air Rod Base, Copper, c/w Screw
Furse
SD105-H
8
PCS
8
SDA-S17893-AGBG1-EA-8809-00001-001
7
15mm, M16, Air Rod Base, Aluminium, c/w Screw
Furse
SD003-H
8
PCS
8
SDA-S17893-AGBG1-EA-8809-00001-001
Furse
CN-910
14
PCS
14
SDA-S17893-AGBG1-EA-8809-00001-001
Furse
CP215
80
PCS
80
SDA-S17893-AGBG1-EA-8809-00001-001
Furse
CP210-H
40
PCS
40
SDA-S17893-AGBG1-EA-8809-00001-001
Furse
CP110-H
40
PCS
40
SDA-S17893-AGBG1-EA-8809-00001-001
Furse Furse
CT105-H CT005-H
8 8
PCS PCS
8 8
SDA-S17893-AGBG1-EA-8809-00001-001 SDA-S17893-AGBG1-EA-8809-00001-001
1 2
12 13
Bimetallic Conductor (25mm X 3mm Aluminium Tape to 25mm X 3mm Copper Tape) DC Tape Clip, Copper c/w Screw (for Insulated Copper Tape) Swing Lid DC Tape Clip, Copper c/w Screw (for Bare Copper Tape) Swing Lid DC Tape Clip, Aluminium c/w Screw (for Bare Aluminium Tape) Square Tape Clamp, Copper c/w Screw Square Tape Clamp, Aluminium c/w Screw
14
Earth Test Link
Furse
12
PCS
12
SDA-S17893-AGBG1-EA-8809-00001-001
15
Rod to Tape Clamp
Furse
12
PCS
12
SDA-S17893-AGBG1-EA-8809-00001-001
8 9 10 11
LV SWITCHGEAR/DB 1
2
3 4 5
6
Photo Cell Controlled 63A, 8-way, 3-phase, 4-wire, 400/230V, 50Hz, Distribution Board, IP42 c/w MCB+RCD 30mA sensitivity for lighting and power circuit protection c/w photoelectric cell & its relay contacts (DB-1) 200A, 12-way, 3-phase, 4-wire, 400/230V, 50Hz, Distribution Board, IP42 c/w MCB+RCD 30mA sensitivity for power circuit protection (AC UPS UDB1) 100A, 12-way, 3-phase, 4-wire, 400/230V, 50Hz, MCB Distribution Board, (DB-4) 63A, 12-way, 3-phase, 4-wire, 400/230V, 50Hz, MCB Distribution Board, (DB-5) 63A, 8-way, 3-phase, 4-wire, 400/230V, 50Hz, MCB Distribution Board, (DB-6) 100A, 12-way, 3-phase, 4-wire, 400/230V, 50Hz, Distribution Board, IP42 c/w MCB+RCD 30mA sensitivity for power circuit protection, (AC UPS UDB2)
Eaton/ABB
Halyester
1
PCS
1
SDA-S17893-AGBG1-EA-4319-00001-001
See referenced drawing for load schedule of distribution board
Eaton/ABB
Halyester
1
PCS
1
SDA-S17893-AGBG1-EA-4319-00009-001
See referenced drawing for load schedule of distribution board
Eaton/ABB
Halyester
1
PCS
1
SDA-S17893-AGBG1-EA-4319-00002-001
Eaton/ABB
Halyester
1
PCS
1
SDA-S17893-AGBG1-EA-4319-00006-001
Eaton/ABB
Halyester
1
PCS
1
SDA-S17893-AGBG1-EA-4319-00004-001
Eaton/ABB
Halyester
1
PCS
1
SDA-S17893-AGBG1-EA-4319-00003-001
Page 2 of 5
See referenced drawing for load schedule of distribution board See referenced drawing for load schedule of distribution board See referenced drawing for load schedule of distribution board See referenced drawing for load schedule of distribution board
Rev. R01
Customer:
Rev
Date
Prepared
Checked
Approved
R01
09-Aug-2012
A. Tejumola
C. Emu
M. Kulkarni
Base Quantity
Unit
Contingency (Spare)
Total Quantity
Reference Drawing / Document No
NEXANS
60
Metres
60
SDA-S17893-AGBG1-EA-8801-00001-001, SDAS17893-AGBG1-EA-4308-00001
NEXANS
60
Metres
60
SDA-S17893-AGBG1-EA-8801-00001-001, SDAS17893-AGBG1-EA-4308-00001
NEXANS
60
Metres
60
SDA-S17893-AGBG1-EA-8801-00001-001, SDAS17893-AGBG1-EA-4308-00001
Reason for Issue
DOMGAS PROJECT (AGBADA NAG )
Project: Project No:
S/N
Document No.
Brief Material Description Manufacturer
MFR Part No.
Remarks
POWER CABLES 1
2
3
3C x 70mm2 6000/10000V XLPE/SWA/PVC Copper Cable: Brown, Black, Grey (Gas Gen 1 to HV Switchgear) 3C x 70mm2 6000/10000V XLPE/SWA/PVC Copper Cable: Brown, Black, Grey (Gas Gen 2 to HV Switchgear) 3C x 70mm2 6000/10000V XLPE/SWA/PVC Copper Cable: Brown, Black, Grey (Gas Gen 3 to HV Switchgear) 3C x 70mm2 6000/10000V XLPE/SWA/PVC Copper Cable: Brown, Black, Grey (HV Switchgear to screw compressor motor) 3C x 70mm2 6000/10000V XLPE/SWA/PVC Copper Cable: Brown, Black, Grey (HV Switchgear to refrig. compressor motor 1) 3C x 70mm2 6000/10000V XLPE/SWA/PVC Copper Cable: Brown, Black, Grey (HV Switchgear to refrig. compressor motor 2) 3C x 70mm2 6000/10000V XLPE/SWA/PVC Copper Cable: Brown, Black, Grey (HV Switchgear to HV/LV Transformer 1) 3C x 70mm2 6000/10000V XLPE/SWA/PVC Copper Cable: Brown, Black, Grey (HV Switchgear to HV/LV Transformer 2)
NEXANS
ENERFLEX SCOPE
220
Metres
5
225
SDA-S17893-AGBG1-EA-8801-00001-001, SDAS17893-AGBG1-EA-4308-00001
NEXANS
ENERFLEX SCOPE
230
Metres
5
235
SDA-S17893-AGBG1-EA-8801-00001-001, SDAS17893-AGBG1-EA-4308-00001
NEXANS
ENERFLEX SCOPE
235
Metres
5
240
SDA-S17893-AGBG1-EA-8801-00001-001, SDAS17893-AGBG1-EA-4308-00001
NEXANS
60
Metres
60
SDA-S17893-AGBG1-EA-8801-00001-001, SDAS17893-AGBG1-EA-4308-00001
NEXANS
60
Metres
60
SDA-S17893-AGBG1-EA-8801-00001-001, SDAS17893-AGBG1-EA-4308-00001
NEXANS
60
Metres
60
SDA-S17893-AGBG1-EA-8801-00001-001, SDAS17893-AGBG1-EA-4308-00001
NEXANS
60
Metres
60
Refer to SDA-S17893-AGBG1-EA7771-00010-001 for cables specification Refer to SDA-S17893-AGBG1-EA7771-00010-001 for cables specification Refer to SDA-S17893-AGBG1-EA7771-00010-001 for cables specification Refer to SDA-S17893-AGBG1-EA7771-00010-001 for cables specification Refer to SDA-S17893-AGBG1-EA7771-00010-001 for cables specification Refer to SDA-S17893-AGBG1-EA7771-00010-001 for cables specification Refer to SDA-S17893-AGBG1-EA7771-00010-001 for cables specification Refer to SDA-S17893-AGBG1-EA7771-00010-001 for cables specification
13 14
15
4C x 240mm2 600/1000V XLPE/SWA/PVC Copper Cable: Brown, Black, Grey, Blue (Diesel Gen to Emergency LV Switchgear) 4C x 240mm2 600/1000V XLPE/AWA/PVC Copper Cable: Brown, Black, Grey, Blue (Main LV Switchgear to Emergency LV Switchgear)
Page 2 of 5
Refer to SDA-S17893-AGBG1-EA7771-00010-001 for cables specification Refer to SDA-S17893-AGBG1-EASDA-S17893-AGBG1-EA-8801-00001-001, SDA7771-00010-001 for cables S17893-AGBG1-EA-4308-00001 specification
Rev. R01
Customer:
Rev
Date
Prepared
Checked
Approved
Reason for Issue
R01
09-Aug-2012
A. Tejumola
C. Emu
M. Kulkarni
Base Quantity
Unit
Contingency (Spare)
Total Quantity
Reference Drawing / Document No
Remarks
NEXANS
60
Metres
60
SDA-S17893-AGBG1-EA-8801-00001-001, SDAS17893-AGBG1-EA-4308-00001
Refer to SDA-S17893-AGBG1-EA7771-00010-001 for cables specification
NEXANS
280
Metres
20
300
SDA-S17893-AGBG1-EA-8801-00001-001, SDAS17893-AGBG1-EA-4308-00001
NEXANS
280
Metres
20
300
SDA-S17893-AGBG1-EA-8801-00001-001, SDAS17893-AGBG1-EA-4308-00001
DOMGAS PROJECT (AGBADA NAG )
Project: Project No:
S/N
Document No.
16
Brief Material Description Manufacturer
4C x 240mm2 600/1000V XLPE/AWA/PVC Copper Cable: Brown, Black, Grey, Blue (Main LV Switchgear to Emergency LV Switchgear)
MFR Part No.
17 18
3C x 16mm2 600/1000V XLPE/SWA/PVC Copper Cable: Brown, Black, Grey (Close Drain Pumps A&B Feeder cables ) 3C x 16mm2 600/1000V XLPE/SWA/PVC Copper Cable: Brown, Black, Grey (Open Drain Pumps A&B Feeder cables ) 3C x 25mm2 600/1000V XLPE/SWA/PVC Copper Cable: Brown, Black, Grey (Train 1 & 2 Inlet Cooler Motors Feeder cables ) 3C x 95mm2 600/1000V XLPE/SWA/PVC Copper Cable: Brown, Black, Grey (Train 1 & 2 Condensate Export Pumps Feeder cables ) 3C x 35mm2 600/1000V XLPE/SWA/PVC Copper Cable: Brown, Black, Grey (Screw compressor recycle gas cooler Feeder cable ) 3C x 16mm2 600/1000V XLPE/SWA/PVC Copper Cable: Brown, Black, Grey (Screw compressor lube oil pump Feeder cable ) 3C x 4mm2 600/1000V XLPE/SWA/PVC Copper Cable: Brown, Black, Grey (Train 1 & 2 Heat Trim Cooler motor feeder cables ) 3C x 10mm2 600/1000V XLPE/SWA/PVC Copper Cable: Brown, Black, Grey (Train 1 & 2 Glycol Injection pump feeder cables ) 3C x 6mm2 600/1000V XLPE/SWA/PVC Copper Cable: Brown, Black, Grey (Train 1 & 2 Glycol vapour condemser feeder cables ) 3C x 2.5mm2 600/1000V XLPE/SWA/PVC Copper Cable: Brown, Black, Grey (Train 1 & 2 Condensed water pump feeder cables ) 3C x 95mm2 600/1000V XLPE/SWA/PVC Copper Cable: Brown, Black, Grey (Train 1 & 2 Heat medium pump feeder cables ) 3C x 10mm2 600/1000V XLPE/SWA/PVC Copper Cable: Brown, Black, Grey (Train 1 & 2 compressor lube oil circ. pump feeder cables ) 3C x 70mm2 600/1000V XLPE/SWA/PVC Copper Cable: Brown, Black, Grey (Train 1 & 2 Refrigerant condenser feeder cables ) 3C x 2.5mm2 600/1000V XLPE/SWA/PVC Copper Cable: Brown, Black, Grey (Train 1 & 2 HP & LP K.O. Vessel Pump feeder cables ) 5C x 70mm2 600/1000V XLPE/SWA/PVC Copper Cable: Brown, Black, Grey, Blue, Green/Yellow (125A Welding Socket Outlet 1 & 2 Junction Boxes) 3C x 50mm2 600/1000V XLPE/SWA/PVC Copper Cable: Brown, Blue, Green/Yellow (125A Welding Socket Outlet ) 4C x 10mm2 600/1000V XLPE/PVC Copper Cable: Brown, Black, Grey, Blue (Outdoor Lighting DB Feeder Cable)
NEXANS
ENERFLEX SCOPE
1740
Metres
60
1800
SDA-S17893-AGBG1-EA-8801-00001-001, SDAS17893-AGBG1-EA-4308-00001
NEXANS
ENERFLEX SCOPE
1120
Metres
80
1200
SDA-S17893-AGBG1-EA-8801-00001-001, SDAS17893-AGBG1-EA-4308-00001
NEXANS
ENERFLEX SCOPE
240
Metres
240
SDA-S17893-AGBG1-EA-8801-00001-001, SDAS17893-AGBG1-EA-4308-00001
NEXANS
ENERFLEX SCOPE
240
Metres
240
SDA-S17893-AGBG1-EA-8801-00001-001, SDAS17893-AGBG1-EA-4308-00001
NEXANS
ENERFLEX SCOPE
480
Metres
480
SDA-S17893-AGBG1-EA-8801-00001-001, SDAS17893-AGBG1-EA-4308-00001
NEXANS
ENERFLEX SCOPE
980
Metres
20
1000
SDA-S17893-AGBG1-EA-8801-00001-001, SDAS17893-AGBG1-EA-4308-00001
NEXANS
ENERFLEX SCOPE
490
Metres
10
500
SDA-S17893-AGBG1-EA-8801-00001-001, SDAS17893-AGBG1-EA-4308-00001
NEXANS
ENERFLEX SCOPE
980
Metres
20
1000
SDA-S17893-AGBG1-EA-8801-00001-001, SDAS17893-AGBG1-EA-4308-00001
NEXANS
ENERFLEX SCOPE
1030
Metres
20
1050
SDA-S17893-AGBG1-EA-8801-00001-001, SDAS17893-AGBG1-EA-4308-00001
NEXANS
ENERFLEX SCOPE
510
Metres
10
520
SDA-S17893-AGBG1-EA-8801-00001-001, SDAS17893-AGBG1-EA-4308-00001
NEXANS
ENERFLEX SCOPE
1010
Metres
40
1050
SDA-S17893-AGBG1-EA-8801-00001-001, SDAS17893-AGBG1-EA-4308-00001
NEXANS
ENERFLEX SCOPE
1100
Metres
100
1200
SDA-S17893-AGBG1-EA-8801-00001-001, SDAS17893-AGBG1-EA-4308-00001
NEXANS
280
Metres
20
300
SDA-S17893-AGBG1-EA-8801-00001-001, SDAS17893-AGBG1-EA-4308-00001
NEXANS
60
Metres
60
SDA-S17893-AGBG1-EA-8801-00001-001, SDAS17893-AGBG1-EA-4308-00001
NEXANS
30
Metres
30
Page 2 of 5
Refer to SDA-S17893-AGBG1-EA7771-00010-001 for cables specification Refer to SDA-S17893-AGBG1-EA7771-00010-001 for cables specification Refer to SDA-S17893-AGBG1-EA7771-00010-001 for cables specification Refer to SDA-S17893-AGBG1-EA7771-00010-001 for cables specification Refer to SDA-S17893-AGBG1-EA7771-00010-001 for cables specification Refer to SDA-S17893-AGBG1-EA7771-00010-001 for cables specification Refer to SDA-S17893-AGBG1-EA7771-00010-001 for cables specification Refer to SDA-S17893-AGBG1-EA7771-00010-001 for cables specification Refer to SDA-S17893-AGBG1-EA7771-00010-001 for cables specification Refer to SDA-S17893-AGBG1-EA7771-00010-001 for cables specification Refer to SDA-S17893-AGBG1-EA7771-00010-001 for cables specification Refer to SDA-S17893-AGBG1-EA7771-00010-001 for cables specification Refer to SDA-S17893-AGBG1-EA7771-00010-001 for cables specification Refer to SDA-S17893-AGBG1-EA7771-00010-001 for cables specification Refer to SDA-S17893-AGBG1-EA7771-00010-001 for cables specification
Refer to SDA-S17893-AGBG1-EA7771-00010-001 for cables specification Refer to SDA-S17893-AGBG1-EASDA-S17893-AGBG1-EA-8801-00001-001, SDA7771-00010-001 for cables S17893-AGBG1-EA-4308-00001 specification
Rev. R01
Customer:
Rev
Date
Prepared
Checked
Approved
R01
09-Aug-2012
A. Tejumola
C. Emu
M. Kulkarni
Base Quantity
Unit
Contingency (Spare)
Total Quantity
Reference Drawing / Document No
NEXANS
50
Metres
50
SDA-S17893-AGBG1-EA-8801-00001-001, SDAS17893-AGBG1-EA-4308-00001
NEXANS
30
Metres
30
SDA-S17893-AGBG1-EA-8801-00001-001, SDAS17893-AGBG1-EA-4308-00001
NEXANS
100
Metres
100
SDA-S17893-AGBG1-EA-8801-00001-001, SDAS17893-AGBG1-EA-4308-00001
NEXANS
50
Metres
50
SDA-S17893-AGBG1-EA-8801-00001-001, SDAS17893-AGBG1-EA-4308-00001
NEXANS
60
Metres
60
SDA-S17893-AGBG1-EA-8801-00001-001, SDAS17893-AGBG1-EA-4308-00001
NEXANS
60
Metres
60
SDA-S17893-AGBG1-EA-8801-00001-001, SDAS17893-AGBG1-EA-4308-00001
NEXANS
100
Metres
100
SDA-S17893-AGBG1-EA-8801-00001-001, SDAS17893-AGBG1-EA-4308-00001
NEXANS
100
Metres
100
SDA-S17893-AGBG1-EA-8801-00001-001, SDAS17893-AGBG1-EA-4308-00001
NEXANS
150
Metres
150
SDA-S17893-AGBG1-EA-8801-00001-001, SDAS17893-AGBG1-EA-4308-00001
NEXANS
60
Metres
60
SDA-S17893-AGBG1-EA-8801-00001-001, SDAS17893-AGBG1-EA-4308-00001
NEXANS
120
Metres
120
SDA-S17893-AGBG1-EA-8801-00001-001, SDAS17893-AGBG1-EA-4308-00001
NEXANS
120
Metres
120
SDA-S17893-AGBG1-EA-8801-00001-001, SDAS17893-AGBG1-EA-4308-00001
NEXANS
240
Metres
20
260
SDA-S17893-AGBG1-EA-8801-00001-001, SDAS17893-AGBG1-EA-4308-00001
NEXANS
300
Metres
20
320
SDA-S17893-AGBG1-EA-8801-00001-001, SDAS17893-AGBG1-EA-4308-00001
NEXANS
150
Metres
10
160
SDA-S17893-AGBG1-EA-8801-00001-001, SDAS17893-AGBG1-EA-4308-00001
480
Metres
20
500
SDA-S17893-AGBG1-EA-8801-00001-001, SDAS17893-AGBG1-EA-4308-00001
NEXANS
480
Metres
20
500
SDA-S17893-AGBG1-EA-8801-00001-001, SDAS17893-AGBG1-EA-4308-00001
NEXANS
180
Metres
180
SDA-S17893-AGBG1-EA-8801-00001-001, SDAS17893-AGBG1-EA-4308-00001
NEXANS
100
Metres
100
SDA-S17893-AGBG1-EA-8801-00001-001, SDAS17893-AGBG1-EA-4308-00001
Reason for Issue
DOMGAS PROJECT (AGBADA NAG )
Project: Project No:
S/N
Document No.
19
20
21
Brief Material Description Manufacturer
4C x 16mm2 600/1000V XLPE/PVC Copper Cable: Brown, Black, Grey, Blue (Control Building Lighting & Small Power DB Feeder Cable) 4C x 16mm2 600/1000V XLPE/PVC Copper Cable: Brown, Black, Grey, Blue (Electrical Building Lighting & Small Power DB Feeder Cable) 4C x 50mm2 600/1000V XLPE/PVC Copper Cable: Brown, Black, Grey, Blue (AC UPS 1 & 2 Feeder Cables) 4C x 35mm2 600/1000V XLPE/PVC Copper Cable: Brown, Black, Grey, Blue (AC UPS Bypass Feeder Cable) 4C x 10mm2 600/1000V XLPE/PVC Copper Cable: Brown, Black, Grey, Blue (Anti-condensation Heaters DB-2 & DB-5 Feeder Cables) 4C x 16mm2 600/1000V XLPE/PVC Copper Cable: Brown, Black, Grey, Blue (Power Plant Auxiliaries DB-10 & DB-11 Feeder Cables) 4C x 35mm2 600/1000V XLPE/PVC Copper Cable: Brown, Black, Grey, Blue (Control Building HVAC 1 & 2 Feeder Cables) 4C x 35mm2 600/1000V XLPE/PVC Copper Cable: Brown, Black, Grey, Blue (Electrical Building HVAC 1 & 2 Feeder Cables) 4C x 25mm2 600/1000V XLPE/PVC Copper Cable: Brown, Black, Grey, Blue (Cathodic Protection Rectifier Feeder Cable) 3C x 6mm2 600/1000V XLPE/SWA/PVC Copper Cable: Brown, Black, Grey (Diesel Loading Pump Feeder cable ) 3C x 50mm2 600/1000V XLPE/SWA/PVC Copper Cable: Brown, Black, Grey (Instrument Air Compressors A & B Feeder cables ) 3C x 2.5mm2 600/1000V XLPE/SWA/PVC Copper Cable: Brown, Black, Grey (Instrument Air Compressors A & B Aftercooler Feeders ) 3C x 25mm2 600/1000V XLPE/SWA/PVC Copper Cable: Brown, Black, Grey (Well Water Pump A & B JB Feeders ) 3C x 2.5mm2 600/1000V XLPE/SWA/PVC Copper Cable: Brown, Black, Grey (Train 1 & 2 Motor Operated Valve Feeders ) 3C x 2.5mm2 600/1000V XLPE/SWA/PVC Copper Cable: Brown, Black, Grey (Flow Control Valve Feeder ) 3C x 70mm2 600/1000V XLPE/SWA/PVC Copper Cable: Brown, Black, Grey (Recip Compressor Coolers A & B Feeder cables ) 3C x 10mm2 600/1000V XLPE/SWA/PVC Copper Cable: Brown, Black, Grey (Train 1 & 2 Burner Blower feeder cables ) 4C x 35mm2 600/1000V XLPE/PVC Copper Cable: Brown, Black, Grey, Blue (Gas generators 1,2 & 3; 225A Aux. DB Feeder Cables) 4C x 25mm2 600/1000V XLPE/PVC Copper Cable: Brown, Black, Grey, Blue (63A Telecom Gearswitch Feeder Cables)
NEXANS
MFR Part No.
ENERFLEX SCOPE
Page 2 of 5
Remarks
Refer to SDA-S17893-AGBG1-EA7771-00010-001 for cables specification Refer to SDA-S17893-AGBG1-EA7771-00010-001 for cables specification Refer to SDA-S17893-AGBG1-EA7771-00010-001 for cables specification Refer to SDA-S17893-AGBG1-EA7771-00010-001 for cables specification Refer to SDA-S17893-AGBG1-EA7771-00010-001 for cables specification Refer to SDA-S17893-AGBG1-EA7771-00010-001 for cables specification Refer to SDA-S17893-AGBG1-EA7771-00010-001 for cables specification Refer to SDA-S17893-AGBG1-EA7771-00010-001 for cables specification Refer to SDA-S17893-AGBG1-EA7771-00010-001 for cables specification Refer to SDA-S17893-AGBG1-EA7771-00010-001 for cables specification Refer to SDA-S17893-AGBG1-EA7771-00010-001 for cables specification Refer to SDA-S17893-AGBG1-EA7771-00010-001 for cables specification Refer to SDA-S17893-AGBG1-EA7771-00010-001 for cables specification Refer to SDA-S17893-AGBG1-EA7771-00010-001 for cables specification Refer to SDA-S17893-AGBG1-EA7771-00010-001 for cables specification Refer to SDA-S17893-AGBG1-EA7771-00010-001 for cables specification Refer to SDA-S17893-AGBG1-EA7771-00010-001 for cables specification Refer to SDA-S17893-AGBG1-EA7771-00010-001 for cables specification Refer to SDA-S17893-AGBG1-EA7771-00010-001 for cables specification Rev. R01
Customer:
Rev
Date
Prepared
Checked
Approved
R01
09-Aug-2012
A. Tejumola
C. Emu
M. Kulkarni
Base Quantity
Unit
Contingency (Spare)
Total Quantity
Reference Drawing / Document No
NEXANS
250
Metres
250
SDA-S17893-AGBG1-EA-8801-00001-001, SDAS17893-AGBG1-EA-4308-00001
NEXANS
250
Metres
250
NEXANS
250
Metres
250
Reason for Issue
DOMGAS PROJECT (AGBADA NAG )
Project: Project No:
S/N
Document No.
22
23
24
Brief Material Description Manufacturer
3C x 185mm2 600/1000V XLPE/SWA/PVC Copper Cable: Brown, Black, Grey (Agbada 2 Flowstation Booster Compressor motor feeder cable ) 3C x 10mm2 600/1000V XLPE/SWA/PVC Copper Cable: Brown, Black, Grey (Agbada 2 Flowstation Booster Compressor cooler feeder cable ) 3C x 4mm2 600/1000V XLPE/SWA/PVC Copper Cable: Brown, Black, Grey (Agbada 2 Flowstation Booster Compressor Glycol feeder cable )
MFR Part No.
Remarks
Refer to SDA-S17893-AGBG1-EA7771-00010-001 for cables specification Refer to SDA-S17893-AGBG1-EASDA-S17893-AGBG1-EA-8801-00001-001, SDA7771-00010-001 for cables S17893-AGBG1-EA-4308-00001 specification Refer to SDA-S17893-AGBG1-EASDA-S17893-AGBG1-EA-8801-00001-001, SDA7771-00010-001 for cables S17893-AGBG1-EA-4308-00001 specification
25 26
7C x 2.5mm2 600/1000V XLPE/SWA/PVC Copper Cable (Close Drain Pumps A&B RCU Feeder Cables)
NEXANS
280
Metres
20
300
27
7C x 2.5mm2 600/1000V XLPE/SWA/PVC Copper Cable (Open Drain Pumps A&B RCU Feeder cables )
NEXANS
280
Metres
20
300
28
29
7C x 2.5mm2 600/1000V XLPE/SWA/PVC Copper Cable (Train 1 & 2 Inlet Cooler Motors RCU Feeder cables ) 7C x 2.5mm2 600/1000V XLPE/SWA/PVC Copper Cable (Train 1 & 2 Condensate Export Pumps RCU Feeder cables )
NEXANS
ENERFLEX SCOPE
1740
Metres
60
1800
NEXANS
ENERFLEX SCOPE
1120
Metres
80
1200
Page 2 of 5
Refer to SDA-S17893-AGBG1-EA7771-00007-001 for cables specification Refer to SDA-S17893-AGBG1-EA7771-00010-001 for cables specification Refer to SDA-S17893-AGBG1-EA7771-00010-001 for cables specification Refer to SDA-S17893-AGBG1-EA7771-00010-001 for cables specification
Rev. R01
Customer:
Rev
Date
Prepared
Checked
Approved
R01
09-Aug-2012
A. Tejumola
C. Emu
M. Kulkarni
Contingency (Spare)
Total Quantity
Reason for Issue
DOMGAS PROJECT (AGBADA NAG )
Project: Project No:
S/N
Document No.
30
31
32
33
34
35
36
37
Brief Material Description Manufacturer
MFR Part No.
Base Quantity
Unit
NEXANS
ENERFLEX SCOPE
240
Metres
240
NEXANS
ENERFLEX SCOPE
240
Metres
240
NEXANS
ENERFLEX SCOPE
480
Metres
480
NEXANS
ENERFLEX SCOPE
980
Metres
20
1000
NEXANS
ENERFLEX SCOPE
490
Metres
10
500
NEXANS
ENERFLEX SCOPE
980
Metres
20
1000
NEXANS
ENERFLEX SCOPE
1030
Metres
20
1050
NEXANS
ENERFLEX SCOPE
510
Metres
NEXANS
ENERFLEX SCOPE
1010
Metres
40
1050
NEXANS
ENERFLEX SCOPE
1100
Metres
100
1200
NEXANS
60
Metres
60
NEXANS
120
Metres
120
NEXANS
120
Metres
120
7C x 2.5mm2 600/1000V XLPE/SWA/PVC Copper Cable (Well Water Pump A & B RCU Feeders )
NEXANS
240
Metres
10
250
7C x 2.5mm2 600/1000V XLPE/SWA/PVC Copper Cable (Train 1 & 2 Motor Operated Valve RCU Feeders )
NEXANS
300
Metres
20
320
7C x 2.5mm2 600/1000V XLPE/SWA/PVC Copper Cable (Flow Control Valve RCU Feeder )
NEXANS
150
Metres
10
160
480
Metres
480
NEXANS
480
Metres
480
NEXANS
220
Metres
220
NEXANS
230
Metres
230
7C x 2.5mm2 600/1000V XLPE/SWA/PVC Copper Cable (Screw compressor recycle gas cooler RCU Feeder cable ) 7C x 2.5mm2 600/1000V XLPE/SWA/PVC Copper Cable (Screw compressor lube oil pump RCU Feeder cable ) 7C x 2.5mm2 600/1000V XLPE/SWA/PVC Copper Cable (Train 1 & 2 Heat Trim Cooler motor RCU feeder cables ) 7C x 2.5mm2 600/1000V XLPE/SWA/PVC Copper Cable (Train 1 & 2 Glycol Injection pump RCU feeder cables ) 7C x 2.5mm2 600/1000V XLPE/SWA/PVC Copper Cable (Train 1 & 2 Glycol vapour condenser RCU feeder cables ) 7C x 2.5mm2 600/1000V XLPE/SWA/PVC Copper Cable (Train 1 & 2 Condensed water pump RCU feeder cables ) 7C x 2.5mm2 600/1000V XLPE/SWA/PVC Copper Cable (Train 1 & 2 Heat medium pump RCU feeder cables ) 7C x 2.5mm2 600/1000V XLPE/SWA/PVC Copper Cable (Train 1 & 2 compressor lube oil circ. pump RCU feeder cables ) 7C x 2.5mm2 600/1000V XLPE/SWA/PVC Copper Cable (Train 1 & 2 Refrigerant condenser RCU feeder cables ) 7C x 2.5mm2 600/1000V XLPE/SWA/PVC Copper Cable (Train 1 & 2 HP & LP K.O. Vessel Pump RCU feeder cables ) 7C x 2.5mm2 600/1000V XLPE/SWA/PVC Copper Cable (Diesel Loading Pump RCU Feeder cable ) 7C x 2.5mm2 600/1000V XLPE/SWA/PVC Copper Cable (Instrument Air Compressors A & B RCU Feeder cables ) 7C x 2.5mm2 600/1000V XLPE/SWA/PVC Copper Cable (Instrument Air Compressors A & B Aftercooler RCU Feeders )
7C x 2.5mm2 600/1000V XLPE/SWA/PVC Copper Cable (Recip Compressor Coolers A & B RCU Feeder cables ) 7C x 2.5mm2 600/1000V XLPE/SWA/PVC Copper Cable (Train 1 & 2 Burner Blower RCU feeder cables ) 7C x 2.5mm2 600/1000V XLPE/SWA/PVC Copper Cable (Main Compressor drive motor RCU feeder cables ) 7C x 2.5mm2 600/1000V XLPE/SWA/PVC Copper Cable (Train 1 Refrig compressor motor RCU feeder cables )
NEXANS
ENERFLEX SCOPE
Page 2 of 5
510
Reference Drawing / Document No
Remarks
Refer to SDA-S17893-AGBG1-EA7771-00010-001 for cables specification Refer to SDA-S17893-AGBG1-EA7771-00010-001 for cables specification Refer to SDA-S17893-AGBG1-EA7771-00010-001 for cables specification Refer to SDA-S17893-AGBG1-EA7771-00010-001 for cables specification Refer to SDA-S17893-AGBG1-EA7771-00010-001 for cables specification Refer to SDA-S17893-AGBG1-EA7771-00010-001 for cables specification Refer to SDA-S17893-AGBG1-EA7771-00010-001 for cables specification Refer to SDA-S17893-AGBG1-EA7771-00010-001 for cables specification Refer to SDA-S17893-AGBG1-EA7771-00010-001 for cables specification Refer to SDA-S17893-AGBG1-EA7771-00010-001 for cables specification Refer to SDA-S17893-AGBG1-EA7771-00010-001 for cables specification Refer to SDA-S17893-AGBG1-EA7771-00010-001 for cables specification Refer to SDA-S17893-AGBG1-EA7771-00010-001 for cables specification Refer to SDA-S17893-AGBG1-EA7771-00010-001 for cables specification Refer to SDA-S17893-AGBG1-EA7771-00010-001 for cables specification Refer to SDA-S17893-AGBG1-EA7771-00010-001 for cables specification Refer to SDA-S17893-AGBG1-EA7771-00010-001 for cables specification Refer to SDA-S17893-AGBG1-EA7771-00010-001 for cables specification Refer to SDA-S17893-AGBG1-EA7771-00010-001 for cables specification Refer to SDA-S17893-AGBG1-EA7771-00010-001 for cables specification
Rev. R01
Customer:
Rev
Date
Prepared
Checked
Approved
Reason for Issue
R01
09-Aug-2012
A. Tejumola
C. Emu
M. Kulkarni
Base Quantity
Unit
Contingency (Spare)
Total Quantity
NEXANS
235
Metres
235
NEXANS
250
Metres
250
NEXANS
250
Metres
250
NEXANS
250
Metres
250
5C x 25mm2 600/1000V XLPE/SWA/PVC Copper Cable: Brown, Black, Grey, Blue, Green/Yellow (Floodlighting Cables)
NEXANS
1000
Metres
3C x 4mm2 600/1000V XLPE/SWA/PVC Copper Cable: Brown, Blue, Green/Yellow (HV, main & emergency LV Switchboards Anti-condensation Feeder Cable)
NEXANS
90
Metres
90
Refer to SDA-S17893-AGBG1-EA7771-00010-001 for cables specification
3C x 2.5mm2 600/1000V XLPE/SWA/PVC Copper Cable: Brown, Blue, Green/Yellow (Diesel & Gas generators Anti-condensation heaters Feeder Cable)
NEXANS
240
Metres
240
Refer to SDA-S17893-AGBG1-EA7771-00010-001 for cables specification
NEXANS
560
Metres
40
600
Refer to SDA-S17893-AGBG1-EA7771-00010-001 for cables specification
DOMGAS PROJECT (AGBADA NAG )
Project: Project No:
S/N
Document No.
Brief Material Description Manufacturer
7C x 2.5mm2 600/1000V XLPE/SWA/PVC Copper Cable (Train 2 Refrig compressor motor RCU feeder cables ) 7C x 2.5mm2 600/1000V XLPE/SWA/PVC Copper Cable (Agbada 2 Flowstation Booster Compressor motor RCU feeder cable ) 7C x 2.5mm2 600/1000V XLPE/SWA/PVC Copper Cable (Agbada 2 Flowstation Booster Compressor cooler RCU feeder cable ) 7C x 2.5mm2 600/1000V XLPE/SWA/PVC Copper Cable (Agbada 2 Flowstation Booster Compressor Glycol RCU feeder cable )
3C x 2.5mm2 600/1000V XLPE/SWA/PVC Copper Cable: Brown, Blue, Green/Yellow (Open & Close Drain Pumps Anti-condensation heaters Feeder Cable) 3C x 2.5mm2 600/1000V XLPE/SWA/PVC Copper Cable: Brown, Blue, Green/Yellow (Train 1 & 2 Inlet Cooler Motors Anti-condensation heaters Feeder Cable) 3C x 2.5mm2 600/1000V XLPE/SWA/PVC Copper Cable: Brown, Blue, Green/Yellow (Train 1 & 2 Condensate Export Pumps Anti-condensation heaters Feeder Cable) 3C x 2.5mm2 600/1000V XLPE/SWA/PVC Copper Cable: Brown, Blue, Green/Yellow (Screw compressor recycle gas cooler Anti-condensation heater Feeder Cable) 3C x 2.5mm2 600/1000V XLPE/SWA/PVC Copper Cable: Brown, Blue, Green/Yellow (main compressor driver motor Anti-condensation heater Feeder Cable) 3C x 2.5mm2 600/1000V XLPE/SWA/PVC Copper Cable: Brown, Blue, Green/Yellow (screw compressor lube oil pump Anti-condensation heater Feeder Cable) 3C x 2.5mm2 600/1000V XLPE/SWA/PVC Copper Cable: Brown, Blue, Green/Yellow (Train 1 & 2 Heat medium trim coolers Anti-condensation heater Feeder Cable) 3C x 2.5mm2 600/1000V XLPE/SWA/PVC Copper Cable: Brown, Blue, Green/Yellow (Train 1 & 2 Glycol Injection Pumps Anti-condensation heater Feeder Cable)
MFR Part No.
100
1100
Reference Drawing / Document No
Remarks
Refer to SDA-S17893-AGBG1-EA7771-00010-001 for cables specification Refer to SDA-S17893-AGBG1-EA7771-00010-001 for cables specification Refer to SDA-S17893-AGBG1-EA7771-00010-001 for cables specification Refer to SDA-S17893-AGBG1-EA7771-00010-001 for cables specification SDA-S17893-AGBG1-EA-8801-00001-001, SDAS17893-AGBG1-EA-4308-00001
Refer to SDA-S17893-AGBG1-EA7771-00010-001 for cables specification
NEXANS
ENERFLEX SCOPE
1740
Metres
60
1800
Refer to SDA-S17893-AGBG1-EA7771-00010-001 for cables specification
NEXANS
ENERFLEX SCOPE
1120
Metres
80
1200
Refer to SDA-S17893-AGBG1-EA7771-00010-001 for cables specification
NEXANS
ENERFLEX SCOPE
240
Metres
240
Refer to SDA-S17893-AGBG1-EA7771-00010-001 for cables specification
NEXANS
ENERFLEX SCOPE
220
Metres
220
Refer to SDA-S17893-AGBG1-EA7771-00010-001 for cables specification
NEXANS
ENERFLEX SCOPE
240
Metres
240
Refer to SDA-S17893-AGBG1-EA7771-00010-001 for cables specification
NEXANS
ENERFLEX SCOPE
480
Metres
20
500
Refer to SDA-S17893-AGBG1-EA7771-00010-001 for cables specification
NEXANS
ENERFLEX SCOPE
980
Metres
20
1000
Refer to SDA-S17893-AGBG1-EA7771-00010-001 for cables specification
Page 2 of 5
Rev. R01
Customer:
Rev
Date
Prepared
Checked
Approved
R01
09-Aug-2012
A. Tejumola
C. Emu
M. Kulkarni
Reason for Issue
DOMGAS PROJECT (AGBADA NAG )
Project: Project No:
S/N
Document No.
Brief Material Description
3C x 2.5mm2 600/1000V XLPE/SWA/PVC Copper Cable: Brown, Blue, Green/Yellow (Train 1 & 2 Glycol vapour condenser Anti-condensation heater Feeder Cable) 3C x 2.5mm2 600/1000V XLPE/SWA/PVC Copper Cable: Brown, Blue, Green/Yellow (Train 1 & 2 Condensed water Pumps Anti-condensation heater Feeder Cable) 3C x 2.5mm2 600/1000V XLPE/SWA/PVC Copper Cable: Brown, Blue, Green/Yellow (Train 1 & 2 Heat Medium Pumps Anti-condensation heater Feeder Cable) 3C x 2.5mm2 600/1000V XLPE/SWA/PVC Copper Cable: Brown, Blue, Green/Yellow (Train 1 & 2 Refrig. Compressor motors Anti-condensation heater Feeder Cable) 3C x 2.5mm2 600/1000V XLPE/SWA/PVC Copper Cable: Brown, Blue, Green/Yellow (Train 1 & 2 Compressor lube oil circ. pump Anti-condensation heater Feeder Cable) 3C x 2.5mm2 600/1000V XLPE/SWA/PVC Copper Cable: Brown, Blue, Green/Yellow (Train 1 & 2 Refrig condenser Anti-condensation heater Feeder Cable) 3C x 2.5mm2 600/1000V XLPE/SWA/PVC Copper Cable: Brown, Blue, Green/Yellow (HP & LP K.O. Vessel pumps Anti-condensation heater Feeder Cable) 3C x 2.5mm2 600/1000V XLPE/SWA/PVC Copper Cable: Brown, Blue, Green/Yellow (Diesel Loading Pumps Anti-condensation heaters Feeder Cable) 3C x 2.5mm2 600/1000V XLPE/SWA/PVC Copper Cable: Brown, Blue, Green/Yellow (Instrument Air Compressors A & B Anti-condensation heaters Feeder Cable) 3C x 2.5mm2 600/1000V XLPE/SWA/PVC Copper Cable: Brown, Blue, Green/Yellow (Instrument Air Compressors A & B Aftercoolers Anti-condensation heaters Feeder Cable) 3C x 2.5mm2 600/1000V XLPE/SWA/PVC Copper Cable: Brown, Blue, Green/Yellow (Well water pumps A & B Anti-condensation heaters Feeder Cable) 3C x 2.5mm2 600/1000V XLPE/SWA/PVC Copper Cable: Brown, Blue, Green/Yellow (Agbada 2 Flowstation Booster Compressor motor Anticondensation heaters Feeder Cable) 3C x 2.5mm2 600/1000V XLPE/SWA/PVC Copper Cable: Brown, Blue, Green/Yellow (Agbada 2 Flowstation Booster Compressor cooler Anticondensation heaters Feeder Cable) 3C x 2.5mm2 600/1000V XLPE/SWA/PVC Copper Cable: Brown, Blue, Green/Yellow (Agbada 2 Flowstation Booster Compressor glycol Anticondensation heaters Feeder Cable)
Manufacturer
MFR Part No.
Base Quantity
Unit
Contingency (Spare)
Total Quantity
NEXANS
ENERFLEX SCOPE
490
Metres
10
500
Refer to SDA-S17893-AGBG1-EA7771-00010-001 for cables specification
NEXANS
ENERFLEX SCOPE
980
Metres
20
1000
Refer to SDA-S17893-AGBG1-EA7771-00010-001 for cables specification
NEXANS
ENERFLEX SCOPE
1030
Metres
20
1050
Refer to SDA-S17893-AGBG1-EA7771-00010-001 for cables specification
NEXANS
ENERFLEX SCOPE
480
Metres
480
Refer to SDA-S17893-AGBG1-EA7771-00010-001 for cables specification
NEXANS
ENERFLEX SCOPE
510
Metres
510
Refer to SDA-S17893-AGBG1-EA7771-00010-001 for cables specification
NEXANS
ENERFLEX SCOPE
1010
Metres
40
1050
Refer to SDA-S17893-AGBG1-EA7771-00010-001 for cables specification
NEXANS
ENERFLEX SCOPE
1100
Metres
100
1200
Refer to SDA-S17893-AGBG1-EA7771-00010-001 for cables specification
NEXANS
100
Metres
100
Refer to SDA-S17893-AGBG1-EA7771-00010-001 for cables specification
NEXANS
120
Metres
120
Refer to SDA-S17893-AGBG1-EA7771-00010-001 for cables specification
NEXANS
120
Metres
120
Refer to SDA-S17893-AGBG1-EA7771-00010-001 for cables specification
NEXANS
240
Metres
280
Refer to SDA-S17893-AGBG1-EA7771-00010-001 for cables specification
NEXANS
250
Metres
250
Refer to SDA-S17893-AGBG1-EA7771-00010-001 for cables specification
NEXANS
250
Metres
250
Refer to SDA-S17893-AGBG1-EA7771-00010-001 for cables specification
NEXANS
250
Metres
250
Refer to SDA-S17893-AGBG1-EA7771-00010-001 for cables specification
Page 2 of 5
40
Reference Drawing / Document No
Remarks
Rev. R01
Customer:
Rev
Date
Prepared
Checked
Approved
R01
09-Aug-2012
A. Tejumola
C. Emu
M. Kulkarni
Base Quantity
Unit
Contingency (Spare)
Total Quantity
Reference Drawing / Document No
NEXANS
340
Metres
20
360
SDA-S17893-AGBG1-EA-8801-00001-001, SDAS17893-AGBG1-EA-4308-00001
NEXANS
340
Metres
20
360
SDA-S17893-AGBG1-EA-8801-00001-001, SDAS17893-AGBG1-EA-4308-00001
NEXANS
240
Metres
20
260
SDA-S17893-AGBG1-EA-8801-00001-001, SDAS17893-AGBG1-EA-4308-00001
NEXANS
300
Metres
20
320
SDA-S17893-AGBG1-EA-8801-00001-001, SDAS17893-AGBG1-EA-4308-00001
NEXANS
50
Metres
50
SDA-S17893-AGBG1-EA-8801-00001-001, SDAS17893-AGBG1-EA-4308-00001
NEXANS
50
Metres
50
SDA-S17893-AGBG1-EA-8801-00001-001, SDAS17893-AGBG1-EA-4308-00001
NEXANS
120
Metres
120
SDA-S17893-AGBG1-EA-8801-00001-001, SDAS17893-AGBG1-EA-4308-00001
NEXANS
360
Metres
400
SDA-S17893-AGBG1-EA-8801-00001-001, SDAS17893-AGBG1-EA-4308-00001
NEXANS
120
Metres
120
SDA-S17893-AGBG1-EA-8801-00001-001, SDAS17893-AGBG1-EA-4308-00001
NEXANS
240
Metres
240
SDA-S17893-AGBG1-EA-8801-00001-001, SDAS17893-AGBG1-EA-4308-00001
Reason for Issue
DOMGAS PROJECT (AGBADA NAG )
Project: Project No:
S/N
Document No.
38
39
Brief Material Description Manufacturer
3C x 25mm2 600/1000V XLPE/SWA/PVC Copper Cable: Brown, Blue, Green/Yellow (HP & LP Flare Ignition Panel Feeder Cables) 3C x 2.5mm2 600/1000V XLPE/SWA/PVC Copper Cable: Brown, Blue, Green/Yellow (Gas Metering skid Feeder Cables) 3C x 4mm2 600/1000V XLPE/SWA/PVC Copper Cable: Brown, Blue, Green/Yellow (Diesel and Gas generators bettery chargers Feeder Cables) 3C x 4mm2 600/1000V XLPE/SWA/PVC Copper Cable: Brown, Blue, Green/Yellow (Analyser House JB Feeder Cables) 4C x 25mm2 600/1000V XLPE/PVC Copper Cable: Brown, Black, Grey, Blue (UPS Distribution Board Feeder Cable) 4C x 10mm2 600/1000V XLPE/PVC Copper Cable: Brown, Black, Grey, Blue (MCC Building UPS Distribution Board Feeder Cable) 3C x 4mm2 600/1000V XLPE/SWA/PVC Copper Cable: Brown, Blue, Green/Yellow (Generator House Lighting Junction Boxes Feeder Cable) 3C x 4mm2 600/1000V XLPE/SWA/PVC Copper Cable: Brown, Blue, Green/Yellow (Compressor shed Lighting Junction Boxes Feeder Cable) 3C x 4mm2 600/1000V XLPE/SWA/PVC Copper Cable: Brown, Blue, Green/Yellow (Chemical shed Lighting Junction Box Feeder Cable) 30 Pair 1.5mm2 XLPE insulated, individual & overall screened, LSZH (Low smoke Zero halogen) sheathed, armoured instrument copper cables 500V Copper Cable (Generators to Synchronisation cabinet, Main switchboard to emergency switchboard)
MFR Part No.
Page 2 of 5
40
Remarks
Refer to SDA-S17893-AGBG1-EA7771-00010-001 for cables specification Refer to SDA-S17893-AGBG1-EA7771-00010-001 for cables specification Refer to SDA-S17893-AGBG1-EA7771-00010-001 for cables specification Refer to SDA-S17893-AGBG1-EA7771-00010-001 for cables specification Refer to SDA-S17893-AGBG1-EA7771-00010-001 for cables specification Refer to SDA-S17893-AGBG1-EA7771-00010-001 for cables specification Refer to SDA-S17893-AGBG1-EA7771-00010-001 for cables specification Refer to SDA-S17893-AGBG1-EA7771-00010-001 for cables specification Refer to SDA-S17893-AGBG1-EA7771-00010-001 for cables specification
Refer to SDA-S17893-AGBG1-EA7771-00010-001 for cables specification
Rev. R01
Customer:
Rev
Date
Prepared
Checked
Approved
R01
09-Aug-2012
A. Tejumola
C. Emu
M. Kulkarni
Contingency (Spare)
Total Quantity
Reason for Issue
DOMGAS PROJECT (AGBADA NAG )
Project: Project No:
S/N
Document No.
Brief Material Description Manufacturer
MFR Part No.
Base Quantity
Unit
Reference Drawing / Document No
Remarks
CABLE GLANDS 1
M50 Hazardous Area Type Cable Gland
Hawke
501/453/RAC/D/M50
100
PCS
100
2
M40 Hazardous Area Type Cable Gland
Hawke
501/453/RAC/C2/M40
128
PCS
128
3
M32 Hazardous Area Type Cable Gland
Hawke
501/453/RAC/C//M32
150
PCS
150
4
M25 Hazardous Area Type Cable Gland
Hawke
501/453/RAC/B//M25
200
PCS
200
5 6 7 8
M20 Hazardous Area Type Cable Gland M20 Hazardous Area Type Cable Gland Earth Tags Heavy Duty Locknuts
Hawke Hawke Hawke Hawke
501/453/RAC/A/M20 501/453/RAC/O/M20 Earth Tag/M50 Locknut/M50
200 200 3 5
PCS PCS PCS PCS
200 200 3 5
9
Serrated Washer
Hawke
Serrated Washer/M50
5
PCS
5
10 11
Earth Tags Heavy Duty Locknuts
Hawke Hawke
Earth Tag/M40 Locknut/M40
64 128
PCS PCS
64 128
12
Serrated Washer
Hawke
Serrated Washer/M40
128
PCS
128
19 38
PCS PCS
19 38
13 14
Earth Tags Heavy Duty Locknuts
Hawke Hawke
Earth Tag/M32 Locknut/M32
15
Serrated Washer
Hawke
Serrated Washer/M32
38
PCS
38
16 17
Earth Tags Heavy Duty Locknuts
Hawke Hawke
Earth Tag/M25 Locknut/M25
50 95
PCS PCS
50 95
18
Serrated Washer
Hawke
Serrated Washer/M25
95
PCS
95
19 20
Earth Tags Heavy Duty Locknuts
Hawke Hawke
Earth Tag/M20 Locknut/M20
190 370
PCS PCS
190 370
21
Serrated Washer
Hawke
Serrated Washer/M20
370
PCS
370
22
M50 PVC Shroud
Hawke
PVC Shroud/D
8
PCS
8
23
M40 PVC Shroud
Hawke
PVC Shroud/C2
130
PCS
130
24
M32 PVC Shroud
Hawke
PVC Shroud/C
40
PCS
40
25
M25 PVC Shroud
Hawke
PVC Shroud/B
105
PCS
105
26
M20 PVC Shroud
Hawke
PVC Shroud/A
170
PCS
170
27
M20 PVC Shroud
Hawke
PVC Shroud/O
200
PCS
200
28
M63 Hazardous Area Type Cable Gland c/w washer, lockenuts
Hawke
501/453/RAC/D/M63
24
PCS
Page 2 of 5
4
28
Rev. R01
Customer:
Rev
Date
Prepared
Checked
Approved
R01
09-Aug-2012
A. Tejumola
C. Emu
M. Kulkarni
Base Quantity
Unit
Contingency (Spare)
Total Quantity
Burndy /3M/T&B
100
PCS
100
Burndy /3M/T&B
40
PCS
40
Burndy /3M/T&B
20
PCS
20
Burndy /3M/T&B
20
PCS
20
Burndy /3M/T&B
30
PCS
30
Burndy /3M/T&B
30
PCS
30
Burndy /3M/T&B
60
PCS
60
Burndy /3M/T&B
120
PCS
120
Burndy /3M/T&B
60
PCS
60
Burndy /3M/T&B
30
PCS
30
Burndy /3M/T&B
60
PCS
60
Burndy /3M/T&B
230
PCS
230
Burndy /3M/T&B
1100
PCS
1100
Reason for Issue
DOMGAS PROJECT (AGBADA NAG )
Project: Project No:
S/N
Document No.
Brief Material Description Manufacturer
MFR Part No.
Reference Drawing / Document No
Remarks
CABLE LUGS 1 2 3 4 5 6 7 8 9 10 11 12 13
500mm2 Compression type cable Lug (for copper conductor) 400mm2 Compression type cable Lug (for copper conductor) 120mm2 Compression type cable Lug (for copper conductor) 95mm2 Compression type cable Lug (for copper conductor) 70mm2 Compression type cable Lug (for copper conductor) 50mm2 Compression type cable Lug (for copper conductor) 35mm2 Compression type cable Lug (for copper conductor) 25mm2 Compression type cable Lug (for copper conductor) 16mm2 Compression type cable Lug (for copper conductor) 10mm2 Compression type cable Lug (for copper conductor) 6mm2 Compression type cable Lug (for copper conductor) 4mm2 Compression type cable Lug (for copper conductor) 2.5mm2 Compression type cable Lug (for copper conductor)
CABLE TRAY Electrical Building 1 2 3
750mm Hot Dip Galvanised Ladder Cable Tray Straight Section 600mm Hot Dip Galvanised Ladder Cable Tray Straight Section 150mm Hot Dip Galvanised Ladder Cable Tray Straight Section
SWIFTS
PL 750 G
36
Metres
36
SDA-S17893-AGBG1-EA-8801-00003-001
SWIFTS
PL 600 G
15
Metres
15
SDA-S17893-AGBG1-EA-8801-00003-001
SWIFTS
PL 150 G
60
Metres
60
SDA-S17893-AGBG1-EA-8801-00003-001
4
750mm Hot Dip Galvanised Coupler Sets
SWIFTS
PC G
13
PCS
13
SDA-S17893-AGBG1-EA-8801-00003-001
5
600mm Hot Dip Galvanised Coupler Sets
SWIFTS
PC G
6
PCS
6
SDA-S17893-AGBG1-EA-8801-00003-001
6
150mm Hot Dip Galvanised Coupler Sets
SWIFTS
PC G
20
PCS
20
SDA-S17893-AGBG1-EA-8801-00003-001
7
Fitting to Straight Length Fastner Sets
SWIFTS
LF G M10P50
200
PCS
200
SDA-S17893-AGBG1-EA-8801-00003-001
8
Cable Tie
50
PKT
50
SDA-S17893-AGBG1-EA-8801-00003-001
9
Earth Continuity Connectors
SWIFTS
30
PCS
30
SDA-S17893-AGBG1-EA-8801-00003-001
10
750mm x 900 Horizontal Bend
SWIFTS
PFB 750 90 600 G
5
PCS
5
SDA-S17893-AGBG1-EA-8801-00003-001
11
600mm x 900 Horizontal Bend
SWIFTS
PFB 600 90 600 G
2
PCS
2
SDA-S17893-AGBG1-EA-8801-00003-001
12
750mm x 900 Vertical Outside Bend
SWIFTS
POR 750 90 600 G
5
PCS
5
SDA-S17893-AGBG1-EA-8801-00003-001
13
600mm x 900 Vertical Outside Bend
SWIFTS
POR 600 90 600 G
1
PCS
1
SDA-S17893-AGBG1-EA-8801-00003-001
Page 2 of 5
Rev. R01
Customer:
Rev
Date
Prepared
Checked
Approved
R01
09-Aug-2012
A. Tejumola
C. Emu
M. Kulkarni
Contingency (Spare)
Total Quantity
Reference Drawing / Document No
Reason for Issue
DOMGAS PROJECT (AGBADA NAG )
Project: Project No:
S/N
Document No.
Brief Material Description Manufacturer
MFR Part No.
Base Quantity
Unit
14
750mm x 600mm Horizontal Straight Reducer
SWIFTS
PSR 750 600 G
1
PCS
1
SDA-S17893-AGBG1-EA-8801-00003-006
15
750mm Dropout Plate
SWIFTS
DO 750 G
15
PCS
15
SDA-S17893-AGBG1-EA-8801-00003-002
16
600mm Dropout Plate
SWIFTS
DO 600 G
15
PCS
15
SDA-S17893-AGBG1-EA-8801-00003-003
17
Hold Down Clip
SWIFTS
PF G
60
PCS
60
SDA-S17893-AGBG1-EA-8801-00003-004
18
Tee Brackets
SWIFTS
PTB G
40
PCS
40
SDA-S17893-AGBG1-EA-8801-00003-005
SWIFTS
PL 150 G
134
PCS
13
147
SWIFTS
PL 300 G
22
PCS
2
24
SWIFTS
PL 450 G
34
PCS
4
38
SWIFTS
PL 600 G
64
PCS
6
70
SWIFTS
CV 150 G
160
PCS
13
173
SWIFTS
CV 300 G
22
PCS
2
24
SWIFTS
CV 450 G
34
PCS
4
38
SWIFTS
CV 600 G
64
PCS
12
76
Remarks
CABLE TRAY Pipe Rack 1 2 3 4 5 6 7 8
150mm Hot Dip Galvanised Cable Ladder - Straight Section (3m Length) 300mm Hot Dip Galvanised Cable Ladder - Straight Section (3m Length) 450mm Hot Dip Galvanised Cable Ladder - Straight Section (3m Length) 600mm Hot Dip Galvanised Cable Ladder - Straight Section (3m Length) Hot Dip Galvanised Cover for 150 ladder (3m Length) Hot Dip Galvanised Cover for 300 ladder (3m Length) Hot Dip Galvanised Cover for 450 ladder (3m Length) Hot Dip Galvanised Cover for 600 ladder (3m Length)
9
Hot Dip Galvanised Hot Dip Galvanised Coupler Sets
SWIFTS
PC G
470
PCS
30
500
10
Hot Dip Galvanised Hot Dip Galvanised Bendable Connectors
SWIFTS
PHG
85
PCS
15
100
11
Hot Dip Galvanised Fastner Sets
SWIFTS
LF G M10P50
3000
PCS
250
3250
12
Hot Dip Galvanised Vertical Splice Connector
SWIFTS
PV G
400
PCS
40
440
13
Hot Dip Galvanised 150mm x 900 Horizontal Bend
SWIFTS
PFB 150 90 600 G
34
PCS
4
38
14
Hot Dip Galvanised 150mm x 450 Horizontal Bend
SWIFTS
PFB 150 45 600 G
18
PCS
2
20
15
Hot Dip Galvanised 150mm x 300 Horizontal Bend
SWIFTS
PFB 150 30 600 G
10
PCS
16
Hot Dip Galvanised 300mm x 450 Horizontal Bend
SWIFTS
PFB 300 45 600 G
2
PCS
17
Hot Dip Galvanised 450mm x 450 Horizontal Bend
SWIFTS
PFB 450 45 600 G
4
PCS
4
18
Hot Dip Galvanised 600mm x 900 Horizontal Bend
SWIFTS
PFB 600 90 600 G
6
PCS
6
SWIFTS
FB CV 150 90 600 G
34
PCS
4
38
SWIFTS
FB CV 150 45 600 G
18
PCS
2
20
SWIFTS
FB CV 150 30 600 G
10
PCS
10 2
4
0
19 20 21
Hot Dip Galvanised 150mm x 90 Horizontal Bend Cover Hot Dip Galvanised 150mm x 450 Horizontal Bend Cover Hot Dip Galvanised 150mm x 300 Horizontal Bend Cover
Page 2 of 5
10 Rev. R01
Customer:
Rev
Date
Prepared
Checked
Approved
R01
09-Aug-2012
A. Tejumola
C. Emu
M. Kulkarni
Reason for Issue
DOMGAS PROJECT (AGBADA NAG )
Project: Project No:
S/N
Document No.
22 23 24
Brief Material Description
Hot Dip Galvanised 300mm x 450 Horizontal Bend Cover Hot Dip Galvanised 450mm x 450 Horizontal Bend Cover Hot Dip Galvanised 600mm x 900 Horizontal Bend Cover
Manufacturer
MFR Part No.
Base Quantity
Unit
Contingency (Spare)
Total Quantity
SWIFTS
FB CV 300 45 600 G
2
PCS
2
4
SWIFTS
FB CV 450 45 600 G
4
PCS
4
SWIFTS
FB CV 600 90 600 G
6
PCS
6
25
Hot Dip Galvanised 600mm x 600mm Horizontal Tee
SWIFTS
PT 600 600 R G
3
PCS
3
26
Hot Dip Galvanised 600mm x 600mm Horizontal Tee Cover
SWIFTS
T CV 600 600 R G
3
PCS
3
27
Hot Dip Galvanised 150mm x 150mm Horizontal Tee
SWIFTS
PT 150 600 R G
1
PCS
1
SWIFTS
T CV 150 600 R G
1
PCS
1
SWIFTS
LF G M10P50
6250
PCS
650
6900
SWIFTS
RC10
50
PCS
50
100
30
Hot Dip Galvanised 150mm x 150mm Horizontal Tee Cover M10 Bolt and Nut for Clamp to Ladder (Comprise M10 coach bolt, flat washer, spring washer and nut) spring washer and nut Threaded rod M10
31
Threaded rod M10 Connector
SWIFTS
TR10
50
PCS
50
100
32
Tee Brackets
SWIFTS
PTB G
50
PCS
20
70
33
150mm Dropout Plate
SWIFTS
DO 150 G
20
PCS
20
34
300mm Dropout Plate
SWIFTS
DO 300 G
20
PCS
20
35
450mm Dropout Plate
SWIFTS
DO 450 G
20
PCS
20
36
600mm Dropout Plate
SWIFTS
DO 600 G
10
PCS
10
37
Earth Continuity Connectors
SWIFTS
PLFEB
1000
PCS
1000
38
Hold Down Clip
SWIFTS
PF G
100
PCS
100
39
Hold Down Bracket
SWIFTS
PJ G
100
PCS
100
40
Boltable Hold Down Bracket
SWIFTS
PN G
100
PCS
100
41
Boltable Angled Hold Down Brackets
SWIFTS
PP G
100
PCS
100
42
Flexible Expansion Couplers
SWIFTS
PE G
100
PCS
100
43
Rail-to-Rail Dropout Brackets
SWIFTS
MG
100
PCS
100
44
Ancillary Mounting Bracket
SWIFTS
AMB 150 G
50
PCS
45
Ancillary Mounting Bracket
SWIFTS
AMB 300 G
50
PCS
46
Ancillary Mounting Bracket
SWIFTS
AMB 450 G
50
PCS
75
125
47
Ancillary Mounting Bracket
SWIFTS
AMB 600 G
50
PCS
50
100
48
Ancillary Mounting Plate
SWIFTS
MP G
100
PCS
40
140
49
UV Resistant Cable Tie
LEGRAND
0319 13
50
PKT
28 29
Page 2 of 5
4
Reference Drawing / Document No
Remarks
54 50
50 Rev. R01
Customer:
Rev
Date
Prepared
Checked
Approved
R01
09-Aug-2012
A. Tejumola
C. Emu
M. Kulkarni
Contingency (Spare)
Total Quantity
Reason for Issue
DOMGAS PROJECT (AGBADA NAG )
Project: Project No:
S/N
Document No.
Brief Material Description Manufacturer
MFR Part No.
Base Quantity
Unit
Reference Drawing / Document No
50
UV Resistant Cable Tie
LEGRAND
0319 16
50
PKT
50
51
UV Resistant Cable Tie
LEGRAND
0319 19
50
PKT
50
52
UV Resistant Cable Tie
LEGRAND
0319 20
50
PKT
50
53
UV Resistant Cable Tie
LEGRAND
0319 21
50
PKT
50
54
UV Resistant Cable Tie
LEGRAND
0319 22
50
PKT
50
55
UV Resistant Cable Tie
LEGRAND
0319 25
50
PKT
50
56
Tool for Colson Cable Ties
LEGRAND
0319 96
2
PCS
2
ABB
2CMA163737R1000
1
PCS
2
SDA-S17893-AGBG1-EA-4025-00001-001
ABB
2CMA163735R1000
1
PCS
1
SDA-S17893-AGBG1-EA-4025-00001-001
SDA-S17893-AGBG1-EA-4018-00001-001
Remarks
WELDING SOCKET 1 2
400VAC, 50Hz, 125A Industrial Welding Socket, Ex II, IP67, c/w bolts & nuts 230VAC, 50Hz, 125A Industrial Welding Socket, Ex II, IP67, c/w bolts & nuts
OTHERS 1
9Kg Portable CO2 Fire Extinguisher
6
PCS
6
2
9Kg Portable Dry Chemical Powder Fire Extinguisher
2
PCS
2
3
Portable eye wash station (for battery room)
1
PCS
1
Page 2 of 5
SDA-S17893-AGBG1-EA-4018-00001-001
Rev. R01
Contract No.
CUSTOMER
UNIT
PLANT LOCATION AGBADA NAG Sheet
PROJECT DOMGAS
Revision
2 of 5
C01
TECHNICAL DATA SHEET FOR GAS ENGINE GENERATING SET - Quantity No. :
Generator Tags : G-8201A/B/C
3
Purpose : POWER GENERATION
DESIGN DATA Rated Power :
1914
kVA
6.6
kV ±
Rated voltage (Un) :
with lagging power factor : 5 % - Frequency :
- N. of poles :
4
% - N. of phases :
3
0.8
50 Hz ± 2
Shape : Duty :
System Neutral Point
Continuous
-
Insulated
- Earthed
Earthed by resistance Air
GENERATOR DATA
Cooling System
Solid Earthed
- Water
Water type : STA
Inlet pressure :
m2°C/W
-Fouling factor : STA
kPa - Inlet temperature :
Max. loss of pressure :
°C
kPa - Max. temperature stage :
°C
Self lubrication - Independent forced lubrication Lubrication Forced lubrication from driving machine System Execution & Degree of Protection Starting Method
Excitation Type EXCITATION AND CONTROL SYSTEM DATA
LOCATION ELECTRIC SYSTEM DATA
IP 54
Enclosure :
IP 55 Terminal boxes : Instrument and auxiliaries :
IP 55
Air Start
Battery start
Pneumatic Start
Hydraulic Start
Brushless
Battery Type:
- With permanent magnet generator (PMG)
Voltage regulated
±
Excitation Short circuit sustained CharacterVoltage regulator range : istics Speed response :
% % In per
300 ± s
6.6
Max./min. short circuit power :
kV ± 10 25
% - Frequency :
50
Hz ±
-
Coupling type:
No
Baseplate : Common
- Not common
Lube oil system for generator :
No
- Yes - Yes
5
%
KA - Rated Power :
- Gear
I = mr2 kgm2 Axial thrust toward motor :
STA = SUPPLIER TO ADVISE
s
- Regulation accuracy :
Type :
DRIVING MACHINE DATA
3
%
- Outdoor
Operational voltage (Ue) :
Coupling : Direct
- Static
- Power factor regulated
- Reactive power regulated
Current compensate
Indoor
Ni-Cd Others
kg -
1531
kW
CUSTOMER
Contract No.
UNIT
PLANT LOCATION
0
AGBADA NAG PROJECT
Sheet DOMGAS
Revision
3 of 5
C01
TECHNICAL DATA SHEET FOR GAS ENGINE GENERATING SET - Quantity No. :
Tags : G-8201A/B/C
3
DESIGN DATA Connecti Direct on to Network Reference diagram :
CONNECTION DETAILS
Through busways Power Through cables Connecti on
- Type : - Type :
3C x 70mm2
-
Normal Isolate Operation In parallel
- with generators
WORKING CONDITION
Transien t
Maximum voltage variation for application of steps of load
-
- with external network ACTUAL RUNNING LOAD kVA
Cos f
1914
0.8
APPLIED LOAD kVA 1914
Cos f
VOLTAGE DROP Max. Transient %
0.8
-
Short Cct In case of bolted short circuit at the machine terminals, generator shall supply a minimum Performa short circuit current of 100 % rated current for 1 s. nces
AUXILLARY SUPPLY
Controls:
24 V DC-
Hz -
Signallings/ Alarms :
24 VDC -
Hz -
EQUIPMENT
Pos.
ACCESSORY AND ANCILLARY EQUIPMENT
CONTROL & TRIP DEVICES
Pos.
1.1
Space heaters
2.1
Air filter working order
1.2
Star center CT
2.2
Cooling fluid circulation
1.3
Voltage regulator
2.3
Internal over-pressure
1.4
Excitation system
2.4
1.5
Lube oil system
2.5
1.6
Winding temperature detectors
2.6
1.7
Bearing temperature detectors
2.7
1.8
Foundation slab and bolts
2.8
1.9
2.9
1.10
2.10
1.11
2.11
1.12
2.12
1.13
2.13 Line and start Point Panel Generator Control Panel
CONTROL PANELS
Protection Relays as per protection and metering single line diagram
STA = SUPPLIER TO ADVISE
2
Contract No:
CUSTOMER
UNIT
PLANT LOCATION
0
AGBADA NAG PROJECT / UNIT
Sheet DOMGAS
Revision
4 of 5
C01
TECHNICAL DATA SHEET FOR GAS ENGINE GENERATING SET - Quantity No. :
Tags : G-8201A/B/C
3
CONSTRUCTION DATA Mfr. & construction type : Rated current :
200
1500
RPM :
Windings connection :
A150%
- Overspeed : Star
- Terminals number :
Stator insulation class :
F
- Temperature rise :
B
Rotor insulation class :
F
- Temperature rise :
B
Overall noise level :
82
COS PHI
-
dB(A) at 1 metre 100
Maximum power output with one fan out of service :
CONVENTIONAL EFFICIENCY
CW
% - Rotation (1) :
- Delta
4/4 LOAD
3/4 LOAD
% Rated power
VOLTAGE VARIATION ON FULL LOAD AT NO LOAD CONDITION WITH CONSTANT EXCITATION AND SPEED
1/2 LOAD
0.98
COS PHI
DELTA V%
0.8
STA
Short circuit ratio : SUBTRANSIENT Saturated
SYNCHRONOUS
TRANSIENT
Not Saturated
Saturated
Not Saturated Saturated Not Saturated
REACTANCE
DIRECT
0.15%
Subtransient (Td") :
0.08%
0.04
s - open circuit (Tdo') :
s-
TIME CONSTANTS
Reactive power at Cos f = 0 e Un :
under exciting
kVAR - over exciting
kVAR
Type : EXCITATION AND CONTROL SYSTEM
BEARINGS TYPE
Characteristics :
DE : NDE: Grease
LUBRICANT
- Oil
- Type :
Quality for first filling :
50 kPa -
Inlet pressure : POWER TERMINAL BOXES
AUXILIARIES TERMINALS
- Viscosity :
kg - Oil flow :
Position (1) :
Star point terminal box :
Connection :
Cable gland plate
POSITION (1): LEFT (DE)
STA = SUPPLIER TO ADVISE
-
ISO VG32
2 X 30 l/min - Lubricating interval :
JUST BEFORE ENTRANCE OF BEARING LEFT (DE) - line terminal box :RIGHT (DE)
h
Contract No:
CUSTOMER
UNIT
PLANT LOCATION
0
AGBADA NAG Sheet
PROJECT
5 of 5
DOMGAS
Revision C01
TECHNICAL DATA SHEET FOR GAS ENGINE GENERATING SET Tags : G-8201A/B/C
- Quantity No. :
3
CONSTRUCTION DATA Quantity : COOLERS
FILTERS
1
- Independent 3
Cooling water flow :
m /s Position on generator frame : Quantity N. : 1
- Position :
- Type :
Enclosure dimensions : STA I = mr2 kgm2 Axial thrust toward driven machine No :
- Yes
Maximum dimensions : Length
m - width
Masses :
Total
Painting :
Colour
STA
STA
kg STA
kg - rotor
m - height
kg - Lift mass : - cycle
ACCESSORY AND ANCILLARY EQUIPMENT Pos.
Qty.
Notes: STA = SUPPLIER TO ADVISE
CONSTRUCTION CHARACTERISTICS
STA kg -
CUSTOMER
Contract No.
UNIT
PLANT LOCATION AGBADA NAG Sheet
PROJECT DOMGAS PROJECT
Revision
2 of 5
C01
TECHNICAL DATA SHEET FOR EMERGENCY DIESEL GENERATOR Generator Tags :
G-8301
- Quantity No. :
1
Purpose : POWER GENERATION
DESIGN DATA 500
Rated Power :
kVA
0.400
Rated voltage (Un) :
kV ± 5
with lagging power factor : 50Hz ± 2 % - Frequency : %
0.8 - N. of poles :
4
- N. of phases : 3
Shape : Duty :
System Neutral Point
Continuous
-
Insulated
- Earthed
Earthed by resistance Air
GENERATOR DATA
Cooling System
- Water
Water type : 0.12
Inlet pressure : Max. loss of pressure :
Excitation Type EXCITATION AND CONTROL SYSTEM DATA
ELECTRIC SYSTEM DATA
Battery start
Pneumatic Start
Hydraulic Start
Brushless
Battery Type:
- With permanent magnet generator (PMG)
±
% 300
Voltage regulator range :
- Static
- Power factor regulated
- Reactive power regulated
Short circuit sustained
Indoor
Ni-Cd Others
% In per
±
3
s
% s
- Regulation accuracy :
- Outdoor
Operational voltage (Ue) :
0.400
Max./min. short circuit power :
kV ± 5 40
% - Frequency :
50
Hz ± 2
- Rated Power : Direct
- Gear
-
Coupling type:
STA I = mr2 kgm2 Axial thrust toward motor :
No
Baseplate : Common
- Not common
Lube oil system for generator :
No
STA = SUPPLIER TO ADVISE
- Yes - Yes
%
KA -
Type :
DRIVING MACHINE DATA
°C
IP 55
Air Start
Current compensate
Coupling :
°C 43
kPa - Standard Ambient Temp :
- Independent forced lubrication
Speed response : LOCATION
10
kPa - Inlet temperature : STA
Voltage regulated Excitation Characteristics
m2°C/W
-Fouling factor :
Forced lubrication from driving machine
IP 54 Execution & Enclosure : IP 55 Degree of Terminal boxes : Protection Instrument and auxiliaries : Starting Method
Stand-by
Solid Earthing
Self lubrication Lubrication System
Emergency
kg -
STA
400
kW
CUSTOMER
Contract No.
UNIT
PLANT LOCATION
0
AGBADA NAG Sheet 3 of 5
PROJECT DOMGAS
Revision C01
TECHNICAL DATA SHEET FOR EMERGENCY DIESEL GENERATOR Tags : G-8301
DESIGN DATA Direct Connection to Network
-kV
- Vsc %
- kVA
Reference diagram :
CONNECTION DETAILS
Power Connection
Normal Operation
Through busways
- Type :
Through cables
- Type :
Isolate
-
In parallel
- with generators
2nos 4C x 240mm2
WORKING CONDITION
Transient
-
- with external network ACTUAL RUNNING LOAD
Maximum voltage variation for application of steps of load
APPLIED LOAD
VOLTAGE DROP
kVA
Cos f
kVA
Cos f
Max. Transient %
500
0.8
500
0.8
2
-
In case of bolted short circuit at the machine terminals, generator shall supply a minimum Short Cct short circuit current of Performances
AUXILLARY SUPPLY
% rated current for
Controls:
24 VDC -
Hz -
Signallings/ Alarms :
24 VDC -
Hz -
EQUIPMENT
Pos.
ACCESSORY AND ANCILLARY EQUIPMENT
100
1
CONTROL & TRIP DEVICES
Pos.
1.1
Space heaters
2.1
Air filter working order
1.2
Star center CT
2.2
Cooling fluid circulation
1.3
Voltage regulator
2.3
Internal over-pressure
1.4
Excitation system
2.4
1.5
Lube oil system
2.5
1.6
Winding temperature detectors
2.6
1.7
Bearing temperature detectors
2.7
1.8
Foundation support and bolts
2.8
1.9
2.9
1.10
2.10
1.11
2.11
1.12
2.12
1.13
s.
2.13 Line and start Point Panel Generator Control Panel
CONTROL PANELS
Protection Relays as per protection and metering single line diagram
JOB
CUSTOMER
UNIT
PLANT LOCATION
0
AGBADA NAG Sheet
PROJECT DOMGAS
Revision
4 of 5
C01
TECHNICAL DATA SHEET FOR EMERGENCY DIESEL GENERATOR Tags : G-8301
CONSTRUCTION DATA Mfr. & construction type : 800
Rated current : 1500
RPM : Windings connection :
A150
- Overspeed : Star
- Terminals number :
Stator insulation class :
F
- Temperature rise :
B
Rotor insulation class :
F
- Temperature rise :
B
Overall noise level :
85
COS PHI
-
dB(A) at 1 metre -
Maximum power output with one fan out of service :
CONVENTIONAL EFFICIENCY
CW
% - Rotation (1) :
- Delta
4/4 LOAD
% Rated power
3/4 LOAD
1/2 LOAD
VOLTAGE VARIATION ON FULL LOAD AT NO LOAD CONDITION WITH CONSTANT EXCITATION AND SPEED
0.93
COS PHI
DELTA V%
0.8
STA
Short circuit ratio : SUBTRANSIENT
SYNCHRONOUS
TRANSIENT
Saturated
Not Saturated
0.15
0.08
Saturated
Not Saturated
Saturated
Not Saturated
REACTANCE
DIRECT
0.04
Subtransient (Td") :
s - open circuit (Tdo') :
s-
TIME CONSTANTS
Reactive power at Cos f = 0 e Un :
under exciting
kVAR - over exciting
kVAR
Type : EXCITATION AND CONTROL SYSTEM
BEARINGS TYPE
Characteristics :
DE : NDE: Grease
LUBRICANT
- Oil
Quality for first 40 filling : Inlet pressure :
POWER TERMINAL BOXES
AUXILIARIES TERMINALS
- Type :
Position (1) : Connection :
- Viscosity :
kg - Oil flow : 50 kPa -
Star point terminal box :400 Cable gland plate
POSITION (1): LEFT (DE)
STA = SUPPLIER TO ADVISE
-
ISO VG 32
2 X 30 l/min - Lubricating interval :
JUST BEFORE ENTRANCE OF BEARING LEFT (DE) - line terminal box :
RIGHT (DE)
h
JOB
CUSTOMER
UNIT
PLANT LOCATION
0
AGBADA NAG Sheet
PROJECT DOMGAS
5 of 5
Revision C01
TECHNICAL DATA SHEET FOR EMERGENCY DIESEL GENERATOR Tags : G-8301
CONSTRUCTION DATA Quantity N. : COOLERS
ONE (1) - Independent m3/s
Cooling500 water flow : Position on generator frame :
FILTERS
Quantity N. :
1
- Type :
- Position :
Enclosure dimensions : STA I = mr2 kgm2 Axial thrust toward driven machine : Maximum dimensions : Masses :
Total
Painting :
Colour
Length STA
No STA
- Yes
kg
mm - width
STA
kg - rotor
-
mm - height kg - Lift mass :
- cycle
ACCESSORY AND ANCILLARY EQUIPMENT Pos.
Qty.
CONSTRUCTION CHARACTERISTICS
STA = SUPPLIER TO ADVISE
STA
mm kg -
DOMESTIC GAS PROJECT
OWNER:
CONTRACTOR:
AGBADA NAG
DATA SHEET FOR 6.6KV SWITCHGEAR AND CONTROLGEAR ASSEMBLIES
Details A
REV.: C01
PAGE 2 of 5
CLIENT Requirements
Vendor Response
APPLICABLE SPECIFICATION & STANDARD SPECIFICATIONS
SPEC
MANUFACTURING STANDARD
IEC STANDARDS
SWITCHGEAR TAG NO.
SB100D1
SINGLE LINE DIAGRAM
ATTACHED
B
LOCATION/QUANTITY:
INDOOR/ ONE (1)
C
SERVICE/SITE CONDITIONS
1
DESIGN AMBIENT TEMPERATURE (Max./Min.)
43 OC/180C
2
SITE ALTITUDE
SEA LEVEL
3
RELATIVE HUMIDITY (Max.)
100%
4
ANNUAL RAINFALL
3800 mm (AVERAGE)
5
ENVIORNMENT
HUMID
D
CONSTRUCTION
1
INTERRUPTING MEDIUM (SF6/ VACUUM/ OTHERS)
VACUUM
2
ARRANGEMENT (SINGLE/ DOUBLE ROW)
VTA
3
TYPE- ARC RESISTANCE (AIS/ GIS)
AIR INSULATED SWITCHGEAR (AIS)
4
POWER CABLE ENTRY (BOTTOM/ TOP)
BOTTOM
5
CONTROL CABLE ENTRY (BOTTOM/TOP)
BOTTOM
6
INGRESS PROTECTION
IP42
7
EXTENDABLE (RIGHT/ LEFT/ BOTH)
BOTH
8
BASE FRAME REQUIRED (YES/ NO)
YES
9
TYPE OF ENCLOSURE (METAL/ INSULATED ENCLOSED)
METAL ENCLOSED (ARC RESISTANT)
10
SHUTTER MARKING, COVER AND DOORS
AS PER SPEC
E
SYSTEM PARTICULARS
1
VOLTAGE
6600V
± 10%
2
FREQUENCY
50 Hz
± 5%
3
NO. OF PHASES / WIRE
3 PHASE / 3 WIRE
4
SYSTEM GROUNDING (ISOLATED/ SOLID/ IMPEDANCE EARTHED
NER
5
CONTINUOUS RATING
600A
6
SHORT TIME WITHSTAND CURRENT
25 kA FOR 1 SEC, 3-Ph, SYMM.
7
PEAK WITHSTAND CURRENT
63 kA FOR 1 SEC
8
NUMBER OF BUS SECTIONS (1/ 2/ 3)
VTA
30
Ohms
DOMESTIC GAS PROJECT
OWNER:
CONTRACTOR:
AGBADA NAG
DATA SHEET FOR 6.6KV SWITCHGEAR AND CONTROLGEAR ASSEMBLIES
Details
REV.: C01
PAGE 3 of 5
CLIENT Requirements
Vendor Response
F
MAIN BUSBAR
1
CONDUCTOR (Cu/ Al)
SPEC
2
BARE/ INSULATED
INSULATED
3
LOCATION (TOP/BOTTOM)
TOP ATTACHED
G
SPECIAL REQUIREMENTS
1
PAINTING TYPE AND SHADE
AS PER SPEC
2
METERING AND PROTECTION FUNCTIONS
AS PER SPEC
3
INTERFACE WITH DCS SYSTEM
YES - AS PER SPEC
H
CONTROL/AUXILIARY SUPPLY
1
MAIN CONTACTOR COIL
VTA
2
CIRCUIT BREAKER CLOSING & TRIPPING COIL
110VDC
3
PROTECTIVE RELAY
VTA
4
PANEL & MOTOR SPACE HEATER
230VAC
5
SPRING CHARGER MOTOR
VTA
6
CB TRIP TIME MONITORING
YES
8
RR/TRM RELAY REQUIRED
YES
I
ACCESSORIES
1
SPACE HEATER REQUIRED
YES
2
MOUNTING CHANELLS (YES/ NO)
YES
3
LIFTING EYE BOLTS (YES/NO)
YES
4
HANDLING TRUCK (YES/ NO)
YES
5
SAFETY DEVICES (YES/ NO)
YES
6
SURGE ARRESTER (YES/ NO)
YES
J
INSPECTION AND TESTING FAT WITNESS (YES/ NO)
YES
ROUTINE TESTS (YES/ NO)
REQUIRED
TYPE TEST CERTIFICATE SUBMISSION
REQUIRED
SPECIAL TESTS (YES/ NO)
NO
DOMESTIC GAS PROJECT
OWNER:
CONTRACTOR:
AGBADA NAG
DATA SHEET FOR 6.6KV SWITCHGEAR AND CONTROLGEAR ASSEMBLIES
Details K
REV.: C01
PAGE 4 of 5
CLIENT Requirements
Vendor Response
DETAILS OF NER QUANTITY
SPEC
SPACE HEATER (YES/ NO)
YES
TAG #
RR-01
COOLING
ATTACHED
SYSTEM VOLTAGE (L-L)
6.6KV
RESISTOR VOLTAGE (L-N)
3.8KV
CURRENT RATING
160A
TIME RATING
10SEC
ENCLOSURE IP RATING
IP56
RESISTOR MATERIAL
STAINLESS STEEL
MOUNTING
FLOOR MOUNTED
HV CABLE SIZE
3CX70mm2, Cu/XLPE/SWA/PVC
EARTHING CABLE SIZE
1C x 70mm2 COPPER
DETAILS OF CT
L
- CT1 (FOR 51G)
YES (VTA)
- CT2 (FOR 64R)
YES (VTA)
INSPECTION AND TESTING FAT WITNESS (YES/ NO)
YES
ROUTINE TESTS (YES/ NO)
REQUIRED
TYPE TEST CERTIFICATE SUBMISSION
REQUIRED
SPECIAL TESTS
TEMPERATURE RISE TEST
M
ADDITIONAL NOTES
1
Vendor shall provide adequate space for termination of incoming and outgoing power cables
2
All termination at 6.6KV shall be done by Heat Shrink termination kits ease of operation. Maximum height of the MCC including base channel shall be 2.3 metres.
3
All label, documentation and equipment tagging shall be in English Language. Switchgear shall be tagged in front and rear sides
4
CT2 in NER and CT in 6.6KV switchgear for restricted earth fault protection of generators 600A shall be of same make and supplied by switchgear vendor
5
CT, PT BURDEN AND ACCURACY CLASS TO BE SELECTED BY VENDOR
DOMESTIC GAS PROJECT
OWNER:
CONTRACTOR:
AGBADA NAG
DATA SHEET FOR 6.6KV SWITCHGEAR AND CONTROLGEAR ASSEMBLIES
Details
REV.: C01
PAGE 5 of 5
CLIENT Requirements
Vendor Response
INFORMATION BY SWITCHGEAR VENDOR N
GENERAL
1
MANUFACTURER NAME
2
TYPE
3
RATED SHORT CIRCUIT STRENGTH
SPEC
ATTACHED
THERMAL
kA for 1s
DYNAMIC 4
TYPE OF ENCLOSURE (METAL/INSULATED)
5
DEGREE OF PROTECTION (IP)
6
TOTAL MASS OF EQUIPMENT
7
CONTROL VOLTAGE
kA crest
CLOSING
V ac/dc
TRIPPING
V dc
8
SPECIFIED TENDER DOCUMENT ATTACHED (YES/ NO)
9
ANY DEVIATIONFROM SEPCIFICATION (LIST IF ANY)
10
TOTAL DIMENSION (LxWxD)
11
SPACE HEATER POWER RATING
mm
INFORMATION BY NER VENDOR O
GENERAL
1
MANUFACTURER NAME
2
OVERALL DIMENSIONS (Lx Wx D)
3
IP RATING
4
OHMIC VALUE
5
VOLTAGE GRADE
6
TEMPERATURE RESISTANCE COEFFICIENT
7
RESISTANCE TOLERANCE
%
8
INSULATION LEVEL
kV
9
TEMPERATURE RISE
0
10
TIME RATING
11
mm
Ohms kV
C
Sec
Data / requisition sheet for
MAIN LV SWITCHBOARD (sheet 2/4) 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53
Specific requirements Schedule Power system type Electrical supply characteristics Rated current of busbar system Prospective short time withstand current Service conditions Location Special service conditions Pollution degree Special transport conditions Anti condensation heaters required Type of enclosure IMCS required RR/TRM relay bases required Measuring Instruments Transducers required for signals to DCS Type of mounting Framework required Type of fuses Witnessed routine testing / inspection Special tests required Language on equipment Language on documentation
: : : : : : : : : : : : : : : : : : : : : : : :
Design book Contr. job MESC
No. : No. : No. :
SPECIAL REQUIREMENTS AND REMARKS
C.N
Date
EQUIPMENT :
Chked by:
C.E
Date
PLANT :
Appr. by:
M.K
Date
CONSIGNEE :
Eng. by
:
Principal
:
METS
2
REQUIREMENTS AND CONDITIONS General As per Specification - SDA-S17893-AGBG1-EA-7771-00005 and IEC 60439-1 TTN-S / Voltage: 400 V±5% ; Frequency: 50 Hz±2% As per Specification SDA-S17893-AGBG1-EA-7771-00005 (specify details) 2500 A 50 kA/s; n: as per IEC / As per specification - SDA-S17893-AGBG1-EA-7771-00005 Land installation; indoors Arc Resistant Type 3 no yes metal ; multi-cubicle yes (details on sheet 4 of this requisition) no digital Yes freestanding yes Cable entries : incoming: bottom DIN / BS : outgoing: bottom yes Cable gland plate : Undrilled no Glands required : no English Glands type : English Padlock hasp size : 5mm / mm minimum
INFORMATION TO BE SUBMITTED BY MANUFACTURER WITH THE QUOTATION Make and type : Manufacturing location : Assembly : ; Main Components : Rated short-circuit strength : thermal: kA rms, 1s; dynamic: IMCS type : Type of enclosure : Type of mounting : Degree of protection : IP Anti condensation heaters included : yes / no Rain canopy : yes / no Total mass of equipment : kg Specified tender documentation attached : yes / no Any deviations from specification : no (if yes, list deviations) :
Made by:
page:
MAIN LV SWITCHGEAR AGBADA NAG METS
kA crest (see sheet 4)
REMARKS ON REVISIONS
Rev. letter C01 Date 23/05/12 Sign. Sheet No. 2
continued on sheet No. 3
Equipm. No. SB100E1 Req. No.
Data / requisition sheet for
EMERGENCY SWITCHBOARD (sheet 3/4) 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53
Specific requirements Schedule Power system type Electrical supply characteristics Rated current of busbar system Prospective short time withstand current Service conditions Location Special service conditions Pollution degree Special transport conditions Anti condensation heaters required Type of enclosure IMCS required RR/TRM relay bases required Measuring Instruments Transducers required for signals to DCS Type of mounting Framework required Type of fuses Witnessed routine testing / inspection Special tests required Language on equipment Language on documentation
: : : : : : : : : : : : : : : : : : : : : : : :
Design book Contr. job MESC
No. : No. : No. :
SPECIAL REQUIREMENTS AND REMARKS
C.N
Date
EQUIPMENT :
Chked by:
C.E
Date
PLANT :
Appr. by:
M.K
Date
CONSIGNEE :
Eng. by
:
Principal
:
METS
3
REQUIREMENTS AND CONDITIONS General As per Specification - SDA-S17893-AGBG1-EA-7771-00005 and IEC 60439-1 TTN-S / Voltage: 400 V±5% ; Frequency: 50 Hz±2% As per Specification - SDA-S17893-AGBG1-EA-7771-00005 (specify details) A 1000 40 kA/s; n: as per IEC / As per Specification - SDA-S17893-AGBG1-EA-7771-00005 Land installation; indoors Arc Resistant Type 3 no yes metal ; multi-cubicle yes (details on sheet 4 of this requisition) no digital Yes freestanding yes Cable entries : incoming: bottom DIN / BS : outgoing: bottom yes Cable gland plate : Undrilled no Glands required : no English Glands type : English Padlock hasp size : 5mm / mm minimum
INFORMATION TO BE SUBMITTED BY MANUFACTURER WITH THE QUOTATION Make and type : Manufacturing location : Assembly : ; Main Components : Rated short-circuit strength : thermal: kA rms, 1s; dynamic: IMCS type : Type of enclosure : Type of mounting : Degree of protection : IP Anti condensation heaters included : yes / no Rain canopy : yes / no Total mass of equipment : kg Specified tender documentation attached : yes / no Any deviations from specification : no (if yes, list deviations) :
Made by:
page:
EMERGENCY LV SWITCHBOARD AGBADA NAG METS
kA crest (see sheet 4)
REMARKS ON REVISIONS
Rev. letter C01 Date 23/05/12 Sign. Sheet No. 3
continued on sheet No. 4
Equipm. No. SB100E2 Req. No.
Data / requisition sheet for
LV SWITCHBOARD - IMCS (sheet 4/4) 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53
Design book Contr. job MESC
No. : No. : No. :
page:
4
(applicable only if IMCS is specified) REQUIREMENTS AND CONDITIONS General Specific requirements As per Specification : FCU's for feeders required : all Optional requirements for motor starters : - auto restart : no - power and power factor monitoring : yes - under current protection : yes - under voltage protection : yes (only with latched contactors) - over temperature protection : yes (Pt100 / thermistor) Optional requirements for feeders : - power and power factor monitoring : yes - overcurrent protection : yes - earthfault protection : yes Redundancy connection CCU - MCU/FCU : yes (specify details as required) Redundancy connection CCU - DCS : yes (specify details as required) Number of Engineering Work Stations (EWS) required : 1 Number of Hand Held Terminals (HHT) required : combined with EWS Electrical supply to MCU / FCU : local UPS supply available : yes Trip supply availability indicator and alarm : yes Make and type of DCS : make: type: : Witnessed inspection required : yes Site installation : yes : Commissioning : yes : Start-up assistance : yes Language on documentation : English Simulation unit for training : yes Language on equipment : English Quotation for spare parts covering 2 years : yes
INFORMATION TO BE SUBMITTED BY MANUFACTURER WITH THE QUOTATION Make and type of IMCS : Manufacturing location : (specify separately for main components) Nearest service organisation / location : Details of electrical supply included : yes / (specify for various components) Any deviations from specification : no (if yes, list deviations)
Test protocol attached Specified tender documentation attached
: yes / no : yes / no
SPECIAL REQUIREMENTS AND REMARKS
Made by:
C.N
Date
EQUIPMENT :
Chked by:
C.E
Date
PLANT :
Appr. by:
M.K
Date
CONSIGNEE :
Eng. by
:
Principal
:
METS
LV SWITCHBOARD AGBADA NAG METS
REMARKS ON REVISIONS
Rev. letter C01 Date 23/05/12 Sign. Sheet No. 4
continued on sheet No.
Equipm. No. SB100E1 & 2 Req. No.
DOMESTIC GAS PROJECT
OWNER:
CONTRACTOR:
AGBADA NAG
DATA SHEET FOR POWER TRANSFORMER REV.: C01 PART - A : SPECIFIC REQUIREMENTS A
APPLICABLE SPECIFICATION & STANDARD
AS PER SPEC; IEC 60076
B
QUANTITY :
2
C
CLIMATIC CONDITIONS
1
DESIGN AMBIENT TEMPERATURE (Min./Max.)
43/18 oC
2
SITE ALTUTUDE
SEA LEVEL
3
RELATIVE HUMIDITY (Max.)
100%
4
ANNUAL RAINFALL
3800 mm
5
ATMOSPHERE
HUMID
D
SYSTEM PARTICULARS
1
PRIMARY SYSTEM :
(AVERAGE)
1.1
VOLTAGE(FULL LOAD)
6600V
1.2
NO. OF PHASES / WIRE
3 PHASE / 3 WIRE
1.3
SYSTEM GROUNDING
GROUNDED THROUGH NER
1.4
FAULT LEVEL (R.M.S)
25kA FOR 1 SEC
2
SECONDARY SYSTEM :
2.1
VOLTAGE (FULL LOAD)
400V (415V)
2.2
NO. OF PHASES / WIRE
3 PHASE / 4 WIRE
2.3
SYSTEM GROUNDING
SOLID
2.4
FAULT LEVEL (R.M.S)
50kA FOR 1 SEC
E
TECHNICAL PARTICULARS
1
RATING
1250 kVA
2
NO. OF PHASES
THREE
3
VOLTAGE RATIO : PRIMARY / SECONDARY
6600/400V at mid point tap and at no load
4
VECTOR GROUP
Dyn 11
5
FREQUENCY
50 Hz
6
% IMPEDANCE
5.00%
7
TYPE OF COOLING
ONAN
8
INSTALLATION
OUTDOOR
9
INSULATION LEVEL
10
11
a) FOR IMPULSE TEST
AS PER IEC 60076-2
b) FOR POWER FREQUENCY
AS PER IEC 60076-2
TEMPERATURE RISE: a) WINDING
AS PER IEC 60076-2
b) OIL
AS PER IEC 60076-2
TYPE OF TRANSFORMER (CONSERVATOR / SEALED)
SEALED TYPE (OIL IMMNERSED)
PAGE 2 of 6
DOMESTIC GAS PROJECT
OWNER:
CONTRACTOR:
AGBADA NAG
DATA SHEET FOR POWER TRANSFORMER REV.: C01
PAGE 3 of 6
PART - A : SPECIFIC REQUIREMENTS (CONTD…) E
TECHNICAL PARTICULARS (CONTD…)
12
ADDITIONAL BUSHING FOR NEUTRAL EARTHING : a) FOR PRIMARY
NOT REQUIRED
b) FOR SECONDARY
REQUIRED
c) EARTH CONDUCTOR SIZE
VTA
13
TAP CHANGER : HV SIDE
OFF CIRCUIT
14
RANGE OF TAPS / STEPS
± 5 %, IN STEPS OF + 2.5%
15
TAP CHANGER : ON LOAD/OFFLOAD
OFF LOAD
16
PROTECTIVE CT's
16.1
16.2
17
HV SIDE :
LV SIDE :
RATIO
VTA
ACCURACY CLASS
VTA
(for Neutral) RATIO
2500/1A
ACCURACY CLASS
5P10
RATIO
VTA
ACCURACY CLASS
VTA
MOUNTING OF CT's : HV SIDE
VTA
LV SIDE
VTA
F
CONSTRUCTION
1
TERMINAL BOX ARRANGEMENT : HV & LV
OPPOSITE TO EACH OTHER
2
PRIMARY TERMINAL TYPE
CABLE BOX WITH DISCONNECTING CHAMBER
2.1
CABLE / CONDUCTOR SIZE
3CX35mm2, Cu/XLPE/SWA/PVC
SECONDARY TERMINAL TYPE
CABLE BOX WITH DISCONNECTING CHAMBER
CABLE / CONDUCTOR SIZE
14nos 1CX400mm2, Cu/XLPE/SWA/PVC
4
CABLE ENTRY
GLANDS
5
RADIATOR
DETACHEABLE
6
PAINTING
EPOXY BASED
7
FITTINGS & ACCESSORIES (MINIMUM)
3 3.1
8
OIL STORAGE TANK
DRAIN SAMPLING VALVE
PRESSURE VALVE
WINDING TEMPERATURE INDICATOR
OIL TEMPERATURE INDICATOR
OIL STORAGE TANK ASSEMBLY INCLUDING FILTER, LEVEL LEVEL INDICATOR, HUMIDOTY DRYER WITH SILICA GEL BREATHER
9
BI-DIRECTIONAL RAILWHEEL/ ROLLER
BIDIRECTIONAL ROLLERS WITH SKID UNDERBASE
DOMESTIC GAS PROJECT
OWNER:
CONTRACTOR:
AGBADA NAG
DATA SHEET FOR POWER TRANSFORMER REV.: C01
PAGE 4 of 6
PART - A : SPECIFIC REQUIREMENTS (CONTD…) G
PERFORMANCE PARTICULARS
VENDOR TO FURNISH AS PER PART-B
H
DRAWING, DATA & TEST CERTIFICATES
YES
I
INSPECTION & TESTING
AS PER SDA-S17893-AGBG1-EA-7771-00009
J
ROUTINE TESTS
YES
TYPE TESTS
NO (Only Type Test Certificate to be submitted)
SPECIAL TESTS
NO
FACTORY ACCEPTANCE TEST
YES
NOTES & ADDITIONAL REQUIREMENTS 1.
TRANSFORMER SHALL BE BUILT IN ACCORDANCE WITH & CONTAINS ALL THE STANDARD FEATURES SPECIFIED IN IEC (INCLUDING WEATHER PROOFING & AUTO PRESSURE RELIEF DEVICE) WITH THE FOLLOWING ALARM CONTACTS, WIRED UP TO A MARSHALLING BOX: i)
GAS DETECTOR/LOW LEVEL CONTACT FOR ALARM
ii)
OVER PRESSURE CONTACT
iii)
TEMPERATURE HIGH CONTACT (2 Nos.) FOR OIL
iV)
WINDING TEMPERATURE INDICATOR WITH CONTACTS
2.
ALL ALARM SIGNALS SHALL BE WIRED TO PLANT FAB FOR REMOTE INDICATION AT PAS DCS.
3
THE CT FOR RESTRICTED AND STANDBY EARTH FAULT SHALL BE CONNECTED TO TRANSFORMER NEUTRAL AT SITE ALL ARRANGEMENTS REQUIRED FOR INSTALLING THESE CT's ON TRANSFORMER NEUTRAL SHALL BE MADE BY VENDOR
4
VENDOR SHALL MAKE NECESSARY PROVISION FOR FIXING THE COOLING FANS AT A FUTURE DATE CONSIDERING ONAF RATING AS 20% HIGHER THAN ONAN RATING
5
LANGUAGE ON DOCUMENTS AND LABELS SHALL BE IN ENGLISH
DOMESTIC GAS PROJECT
OWNER:
CONTRACTOR:
AGBADA NAG
DATA SHEET FOR POWER TRANSFORMER REV.: C01 PART - B : PERFORMANCE PARTICULARS (TO BE FURNISHED BY MANUFACTURER) THE PARTICULARS MARKED WITH ASTERISK ( * ) SHALL BE GUARANTEED, SUBJECT TO THE TOLERANCE SPECIFIED IN IEC - 60076 ITEM 1
NAME OF THE MANUFACTURER
2
RATED kVA AS PER IEC
3
CONTINUOUS MAXIMUM RATING FOR SITE
UNIT
kVA
CONDITIONS SPECIFIED IN PART - A
kVA
4
( * ) NO LOAD VOLTAGE RATIO
5
VECTOR GROUP REFERENCE
6
( * ) NO LOAD LOSSES AT RATED VOLTAGE
* kW 0
7
( * ) LOAD LOSSES AT RATED CURRENT, 75 C
8
RESISTANCE VOLTAGE (AT RATED kVA, 75 0C & 50 Hz) 0
9
REACTANCE VOLTAGE (AT RATED kVA, 75 C & 50 Hz)
10
( * ) IMPEDANCE VOLTAGE (AT RATED kVA, 75 0C & 50 Hz)
11
RESISTANCE OF WINDING, AT 75 0C
12 13
% *%
Ohms
b) LV PER PHASE
Ohms
ZERO PHASE SEQUENCE IMPEDANCE ( ESTIMATED )
%
0
EFFICIENCY ( AT 75 C ) AT FULL LOAD a) 1.0 P.F.
%
b) 0.8 P.F. (LAG)
%
TYPE OF TRANSFORMER (CONSERVATOR / SEALED)
15
PERCENTAGE REGULATION AT FULL LOAD
17
%
a) HV PER PHASE
14
16
* kW
a) 1.0 P.F.
%
b) 0.8 P.F. (LAG)
%
EXCITING CURRENT REFERRED TO PRIMARY, 50 Hz a) 90 % RATED VOLTAGE
Amps.
b) 100 % REATED VOLTAGE (NO LOAD CURRENT)
Amps.
c) 110 % RATED VOLTAGE
Amps.
POWER FACTOR OF EXCITING CURRENT AT RATED VOLTAGE AND 50 Hz. :
18
MAGNETISING INRUSH CURRENT ( PEAK ) UNDER WORSE CONDITIONS OF RESIDUAL MAGNETISM & INSTANT OF SWITCHING
19
SYMMETRICAL SHORT-CIRCUIT CURRENT (ASSUME INFINITE SOURCE ) :
20
TIME OF WITHSTAND WITHOUT INJURY UNDER MAX. SYMM. SHORT CIRCUIT CONDITION
21
THERMAL TIME CONSTANT
Secs. Hrs.
PAGE 5 of 6
DOMESTIC GAS PROJECT
OWNER:
CONTRACTOR:
AGBADA NAG
DATA SHEET FOR POWER TRANSFORMER REV.: C01 PART - B : PERFORMANCE PARTICULARS (CONTD…) (TO BE FURNISHED BY MANUFACTURER) THE PARTICULARS MARKED WITH ASTERISK ( * ) SHALL BE GUARANTEED, SUBJECT TO THE TOLERANCE SPECIFIED IN IEC - 60076 ITEM 22
MAX. FLUX DENSITY IN CORE AT RATED VOLTAGE
23
CURRENT DENSITY AT RATED LOAD
24
UNIT K.Lines /CM2
a) HV WINDING
A / mm2
b) LV WINDING
A / mm2
TYPE OF WINDING a) HIGH VOLTAGE b) LOW VOLTAGE
25
IMPULSE LEVELS WITH 1.2/50 MICRO-SECOND WAVE FORM
26
a) HIGH VOLTAGE
kV
b) LOW VOLTAGE
kV
ONE MINUTE POWER FREQUENCY WITHSTAND VOLTAGE a) PRIMARY
kV
b) SECONDARY
kV
27
TYPE OF COOLING
28
TOTAL WEIGHT WITH OIL & ACCESSORIES
29
VOLUME OF OIL FOR COMPLETE FILLING
30
APPROXIMATE OVERALL DIMENSIONS ( L x W x H )
31
DETAILS OF FITTINGS & ACCESSORIES :
kg Litres mm
DRAIN SAMPLING VALVE PRESSURE VALVE OIL LEVEL INDICATOR WINDING TEMPERATURE INDICATOR OIL TEMPERATURE INDICATOR OFF LOAD TAP CHANGER BI-DIRECTIONAL ROLLER WITH SKID UNDERBASE ANY OTHER ACCESSORIES (VENDOR TO LIST) 32
SOUND PRESSURE LEVEL AT 0.3m
dB(A)
PAGE 6 of 6
Equipment Data Sheet for Variable Speed Drive 1
Tag No. :
VS-001
Client:
2
Service:
MOTOR CONTROL
Plant Location:
AGBADA NAG
3
P & ID No. :
N/A
Manufacturer:
*
4
Calculation Ref. :
N/A
Purchase Order No. :
*
5
No. of Units:
6
Service Description:
System Voltage:
6600
V
5%
System Frequency:
50
Hz
2%
Neutral Earthing:
RESISTANCE EARTHED
1 MOTOR SPEED CONTROL
ENVIRONMENTAL CONDITIONS
7 8
Location:
Indoor
9
Ambient air temp:
Min:
10
Humidity:
100%
11
Hazardous area classification:
18
°C Max:
POWER SYSTEM 38
Altitude:
1m
UNCLASSIFIED
PARTICULARS OF EQUIPMENT
12
°C
PURCHASER'S REQUIREMENTS
UNITS
13
GENERAL REQUIREMENTS
14
Applicable Code or Standard
15
Model
16
Type
17
Function
18
Design Ambient Temperature (Note 1)
°C
25
19
Design Humidity (Note 1)
%
30 - 80
20
Atmospheric Contaminants
21
Input Isolator
Yes / No
YES
22
Prospective Fault Level at Source
23
Max Upstream Feeder Protection Fuse Size / Type
24
Motor Rated Power
25
Harmonics at the line side/ Cooling System at PC
26
INPUT SUPPLY
27
Input Voltage
28
Input Number of Phases
29
VENDOR'S RESPONSE
IEC 61800, 60034 & 60146 VTA VTA Soft Start / Speed Control
N/A 25
kA
VTA / gG 635
kW
6.5%/ Air VAC
6600
Input Frequency
Hz
50
30
Input Voltage Tolerance (Transient)
±%
5
31
Input Frequency Tolerance (Transient)
±%
2
3
32 33
INPUT / OUTPUT SUPPLY CABLES
34
Input:
35 36
Cu / XLPE/SWA/PVC 0
3C x 70 mm2
Size and Number of Cores Output:
37 38
0
Type
Cu /XLPE/SWA/PVC
Type
0
Size and Number of Cores
0
3C x 70 mm2 Bottom
Cable Entry From
39 KM-1100
40
MOTOR DETAILS (Note 2)
41
Type
42
Nominal Voltage
43
Location
44
Hazardous Area Classification
45
Enclosure Degree of Protection
46
Speed Range (operational)
rpm
47
Starting Torque (Full Voltage)
Nm
VTA
48
Full Load Torque (rated torque)
Nm
2030
49
Full Load Current (at Max Ambient Conditions)
A
63
Cage Induction 6600
VAC
Outdoor Zone 2, Group IIB, T3 IP55 0
2987
50 C01
23-May-12
APPROVED FOR CONSTRUCTION
C. Emu
O. Anthony
M. Kulkarni
A01
05-Mar-12
ISSUED FOR APPROVAL
C. Emu
O. Anthony
M. Kulkarni
R01
14-Nov-11
ISSUED FOR REVIEW
C. Emu
O. Anthony
O. Awe
Rev.
Date
Issue Description
Originator
Checker
Approver
Client
CLIENT:
Project: DOMGAS Project No: Datasheet No:
SDA-S17893-AGBG1-EA-2105-00008
SHEET 2
of
4
R01
Equipment Data Sheet for Variable Speed Drive 1
Tag No. :
VS-001
Client:
2
Service:
MOTOR CONTROL
Plant Location:
AGBADA NAG
3
P & ID No. :
N/A
Manufacturer:
*
4
Calculation Ref. :
N/A
Purchase Order No. :
*
5
No. of Units:
6
Service Description:
UNITS
PURCHASER'S REQUIREMENTS
pu
VTA
kW
VTA
%
As per Spec
VENDOR'S RESPONSE
VSD Input Power Factor
9 10
MOTOR SPEED CONTROL
PARTICULARS OF EQUIPMENT
7 8
1
At 100/75/50% Load Current Heat Generated
11
At 100/75/50% Full Load
12 13
INPUT LINE HARMONICS
14
Total Harmonic Current Distortion at Input
15
Maximum Input Current Harmonic Content
16
2nd
%
VTA
17
3rd
%
VTA
18
4th
%
VTA
19
5th
%
VTA
20
7th
%
VTA
21
11th
%
VTA
22
13th
%
VTA
23
17th
%
VTA
24
19th
%
VTA
25
Note: Harmonic study to be carried out to verify the effect of the VSD on the power system
26
RELIABILITY DATA (Note 3)
27
Overall Mean Time Before Failure (MTBF)
days
As per Spec
28
Overall Mean Time To Repair (MTTR)
days
As per Spec
29 30
UNIT ENCLOSURE
31
Construction Material
32
Location
33
Dimensions (Length x Width x Height)
34
Weight
35
Degree of Protection
36
Maximum Sound Pressure Level at 1m
37
Enclosure Access
38
Finish Colour - External
39
Finish Colour - Internal
40
Paint Specification
41
Ventilation
42
Minimum Space Clearance to Wall Behind
mm
43
Minimum Side Clearance
mm
44
Gland Plates
Sheet Steel Air-conditioned Switchroom 0
VTA
mm
VTA
kg
IP42 / IP21 (Doors Open) dBA
81 0
Front 0
VTA 0
VTA VTA 0
Natural Ventilation Preferred 0
VTA 0
VTA Brass 0
45 46
0
47 48 49 50 C01
23-May-12
APPROVED FOR CONSTRUCTION
C. Emu
O. Anthony
M. Kulkarni
A01
05-Mar-12
ISSUED FOR APPROVAL
C. Emu
O. Anthony
M. Kulkarni
R01
14-Nov-11
ISSUED FOR REVIEW
C. Emu
O. Anthony
O. Awe
Rev.
Date
Issue Description
Originator
Checker
Approver
Client
CLIENT:
Project: DOMGAS Project No: Datasheet No:
SDA-S17893-AGBG1-EA-2105-00008
SHEET 3
of
4
R01
Equipment Data Sheet for Variable Speed Drive 1
Tag No. :
VS-001
Client:
2
Service:
MOTOR CONTROL
Plant Location:
AGBADA NAG
3
P & ID No. :
N/A
Manufacturer:
*
4
Calculation Ref. :
N/A
Purchase Order No. :
*
5
No. of Units:
6
Service Description:
1 MOTOR SPEED CONTROL
PARTICULARS OF EQUIPMENT
7 8
CONTROL
PURCHASER'S REQUIREMENTS
UNITS
VENDOR'S RESPONSE
PROFIBUS
9
Communications Interface with DCS
10
Common Alarm Voltage Free Contacts
Yes / No
11
Remote Access Capability
Yes / No
No
12
Interface for Programming Port
Yes / No
Yes
13
Remote Control Unit Inputs hardwired
Yes / No
Yes
Yes
14 15
ACCESSORIES
16
RTD Inputs
17
Motor Anti-condensation Heater Supply
18
Input Line Harmonic Filter
Yes / No
As Required (VTA)
19
Input RFI Filter
Yes / No
As Required (VTA)
20
Output Filter
Yes / No
As Required (VTA)
2 x PT100
Yes / No
230 V, 50 Hz, Single Phase
21 22
ISOLATION SWITCHES
23
Type
24
Rated Voltage
V
25
Rated Continuous Current
A
26
Operation
27
Rated Duty
28
Utilisation Category
Required 6600 200 Manual 0
VTA 0
VTA
29 30
NOTES:
31
1. Design ambient temperature and humidity are the expected normal operating conditions in the air-conditioned switchroom in accordance
32
with IEC 62040-3 Clause 4.1. Upon loss of HVAC systems, minimum and maximum ambient temperatures and humidity are as per the
33
environmental conditions section of SPEC.
34
2. Refer to motor data sheet for further details (Note ii)
35
3. The methodology used to derive the reliability data (MTBF and MTTR) shall be attached.
36
4. Vendor to derive control supplies from incoming 400 VAC supply. Communications interface to Electrical Control System to be
37
supplied from 230 VAC UPS system to ensure visibility when power isolated. Purchaser to confirm system voltages and points of supply.
38
5. VTA = Vendor to Advise
39
6. Refer to Specification for Variable Speed Drives (note ii)
40
7. Vendor specification for VSDS shall be submitted for Client's approval
0
41 42 43
Notes to Package Engineer
44
i. All Italics to be deleted upon formal issue
45
ii. Data sheet document number and Specification number to be added
46
iii. Cells highlighted provide typical values which should be reviewed and revised as necessary for each project.
47
iv. * = Purchaser to complete.
0
48 49 50 C01
23-May-12
APPROVED FOR CONSTRUCTION
C. Emu
O. Anthony
M. Kulkarni
A01
05-Mar-12
ISSUED FOR APPROVAL
C. Emu
O. Anthony
M. Kulkarni
R01
14-Nov-11
ISSUED FOR REVIEW
C. Emu
O. Anthony
O. Awe
Rev.
Date
Issue Description
Originator
Checker
Approver
Client
CLIENT:
Project: DOMGAS Project No: Datasheet No:
SDA-S17893-AGBG1-EA-2105-00008
SHEET 4
of
4
R01
Data / requisition sheet for
AC UNINTERRUPTIBLE POWER SUPPLY UNITS 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51
Design book Contr. job MESC
No. : No. : No. :
page: 2 of 2 S17893
REQUIREMENTS AND CONDITIONS Specific requirements : As per specification Rated Output : 65 kVA at pf 0.8 Configuration : Parallel Redundant Type of battery : VLRA Autonomy time : As specified on UPS load profile (SDA-S17893-AGBG1-EA-4329-00003-001) Electrical Supply system : TNs ; Voltage: 400 ± 5% V ; frequency: 50 Hz ± 2% Deviations from nom. voltage/frequency/harmonics : as per specification Short circuit rating supply busbar : 50 kA for 1s (current limiting effect of fuses not taken into account) Output : 3 phase &N 400 V 50 Hz Output voltage waveform : as per specification Location : Conditioned room Service Conditions (general) : as per specification Battery temperature range : as per specification Battery Gassing Calculations : To be provided seperately by UPS vendor Ingress protection of enclosure : as per specification (IP-31) Transparent IP21 Screen required Yes Battery isolation switch : Industrial, in non hazardous area Scada monitoring required : yes Contact for interlock battery room fan : Manufacturer to advise Cable entries : Bottom Modem for remote maintenance support : To be confirmed Type of main cables : PVC/PVC Copper Cable Additional load terminals for testing : yes Main UPS supply cable : Size : 4C x 50 mm2 Individual battery cell monitoring : no Bypass supply cable : Size : 4C x 50 mm2 Witnessed factory acceptance tests : yes Maintenance bypass supply cable : Size : 4C x 35 mm2 Quotation for 2 years spares : yes Glands required : yes Language on documentation : English Type of Glands : Compression Type Language on equipment : English Max length of battery cable : 20 m INFORMATION TO BE SUBMITTED BY MANUFACTURER WITH THE QUOTATION Manufacturer : Country of origin : UPS : Battery: Location nearest service centre : Continuous output of UPS : kVA at 0.8 pf (individual units regardless configuration) Autonomy time of the UPS : minutes / hours Efficiency of UPS : at 100% load: ; at 50% load: at 25% load: Noise level : dB(A) at 1 metre distance Recommended fuses for main intake supply : Rectifier : A ; Bypass : A (type gG) Maximum secondary fuse rating that can be blown without switching over to bypass : A (type gG) Type of battery : Vented NiCd / Recombination NiCd / Vented Lead Acid / VRLA Make of battery : Nominal battery capacity : Ah (calculation shall be provided separately) Number of Cells : End of discharge voltage per cell : V Battery temperature compensation applicable : yes / no (calculation shall be provided separately) Number of parallel strings : Battery design lifetime : as per speciification Recommended size battery cables : x x mm2 Battery isolation switch : Industrial / Ex 'de' ; fuse switch / MCCB ; A Any deviations from the specification : no / yes (if yes, list deviations separately) Witnessed factory acceptance tests : yes / no Quotation for spare parts : yes / no Dimensional drawings attached : yes / no Mass of UPS : kg Battery calculations attached : yes / no Mass of battery : kg SPECIAL REQUIREMENTS AND REMARKS REMARKS ON REVISIONS
52 53 Made by:
P. A
Chked by:
C. E
EQUIPMENT : Date 30/11/11 TAG NR : Date PLANT :
Appr. by:
O. A
Date
Eng. by
:
Principal
:
CONSIGNEE :
METS - MAKON
65kVA AC UPS UP-001A & B AGBADA NAG (DOMGAS PROJECT) METS (MAKON)
Rev. letter C01 Date 30/11/11 Sign. Sheet No. 2 Equipm. No. UP-001A & B Req. No.
ATTACHEMENTS: CURRICULUM VITAE, COPIES OF DEGREES AND PROFESSIONAL CERTIFICATES
CHUKS EMU Electrical Engineer Address: Email: Tel:
24 Ogunkoya Street, Off Dele Okuwa, Ikosi-Ketu, Lagos, Nigeria.
[email protected] +2348062284092
PERSONAL DATA
th
DATE OF BIRTH:
5 August 1979
SEX:
Male
STATE OF ORIGIN/LGA:
Delta State/Ukwuani
MARITAL STATUS:
Married
NATIONALITY:
Nigerian
PERSONAL SKILLS I am self-motivated, a productive team player, a very fast learner, goal-oriented and industrious individual with good interpersonal, communication and computer skills.
EDUCATION B.Eng. Electrical/Electronics Engineering – University of Benin, Nigeria [Grade - Second Class Honours, Upper Division]
(April 2004)
N.D Electrical/Electronics Engineering – Federal Polytechnic, Idah, Nigeria (Nov. 1997) [Grade – Upper Credit]
TRAININGS
FMC Engineering Boot camp on Subsea Design & Offshore facilities – Manifolds, SLED/PLET, Christmas Trees, SCM, Umbilical, HPU, Sensors, Wellheads, MCS, ULM and SPCU etc. Subsea Power & Communication Unit Test Using ETU Software Topside Communication & SCM Data Allocation FMC Schematics Electrical Controls & Programmable Logic Control (PLC) Flow management Ethernet & IP Technology ORCAD Capture & PSPICE Simulation & Analysis Team Centre Engineering (iMAN) Training. UWD-Well head system, Pressure Testing, JSA & Safety on the Rig Rigging Operations & Offshore field development, HUET Basic Engineering Design Training - Electrical & Instrumentation By DTL Training in Project management,QAQC,HSE,TQM & Document Control AutoCAD & MS Offices Trainings
SUMMARY OF EXPERIENCE
10+ years working experience in both Downstream & Upstream sector of the Oil and Gas industry as an Electrical & Controls Systems design engineer. Familiar with all Subsea & Topside products. Knowledgeable in NEC, IEEE, IEC, ISA, API and ISO Standards and Codes related to design and analysis of Topside Electrical and Subsea Controls system design. Experience in the use of SKM PTW, AutoCAD, Luxicon, ETU, Matlab, MathCAD, PSPICE & Microsoft Office Suites Result oriented, highly motivated, strong team player.
CHUKS EMU Electrical Engineer Address: Email: Tel:
24 Ogunkoya Street, Off Dele Okuwa, Ikosi-Ketu, Lagos, Nigeria.
[email protected] +2348062284092
Snr. Electrical Engineer & Lead Electrical – Makon Engineering & Technincal Services (Sept. 2010 to Date) Projects: Shell Domestic Gas Project – SPDC Nigeria (EPC for Alakiri, Utorogu & Agbada NAG; Bonny, Adibawa & Egbema-West AG) Activities (FEED & Detailed Engineering Design; HV & LV Systems)
Prepared Loadlists, Single Line Diagram and Electrical Equipment sizing & selection Carried out power system SKM System studies- short circuit, motor starting, voltage drop et; lighting Illumination calculation Plan, direct and supervise Engineering design works Prepare man-hours estimation, assign & monitor work progress, prepare training plans, train younger engineers Ensuring design is completed in compliance with Industry and Company Engineering standards, policies, procedures and regulations Safe, cost & schedule effective and efficient projects delivery Generation of Installation Scope for subcontractor usage Prepared CP Scope of work, CP calculations and layout and detail drawings Carry out cable sizing and voltage drop calculations (HV and LV) Prepared Power, Earthing, Lightning & Lighting Layouts & Typical Drawings Prepared cable tray and cable routing layouts Prepared Electrical Detailed Drawings Prepared Electrical Installation Manuals Prepared Hazardous Area Classification drawings and schedule Prepared specifications and Datasheets for Electrical equipment (HV and LV) Carry out site visit, preparation of site visit checklist and report, interface with vendors and subcontractors, Review bids, Carried out HAZOP, SAFOP reviews for all sites Provide construction support on technical issues, attend FAT of major electrical equipment Prepare As-Built Documentations
Snr. Electrical Engineer – China Petroleum Engineering & Construction Company (CPECC) , Khartoum, Sudan (Mar. 2010 to Sept. 2010) Projects: 1. Provision of PCC Services for FSF and Transit Lines for FNE and JAKE Phase III Project – Petro-Energy 2. Melut Basin Oil Development Project-Upstream Facilites EPCC for Field Surface Facilities – Petrodar Operating Company (PDOC) 3. Palouge Produced Water Reinjection Project - Petrodar Operating Company (PDOC) Activities (Detailed Engineering Design)
Prepared lighting Illumination calculation Prepared CP calculations, Impressed current CP Typical and schematic drawings Prepared Sacrificial anode typical installation details Prepared Transit, Trunk and Flowlines CP Layout drawings and Schedule Carry out cable sizing and voltage drop calculations (MV and LV) Transformer Sizing calculation
CHUKS EMU Electrical Engineer Address: Email: Tel:
24 Ogunkoya Street, Off Dele Okuwa, Ikosi-Ketu, Lagos, Nigeria.
[email protected] +2348062284092
Prepared CP drawings for Tanks internal and external Prepared Power, Earthing & Lighting Layouts Prepared cable tray and cable routing layouts Prepared Single line diagram for MV and LV Switchgears Prepared Hazardous Area Classification drawings Prepared Electrical and CP Cable Schedule/ List Material Requisition and Datasheets for Electrical equipment (MCC, Transformer, Cables and CP) Supervision of construction and commissioning jobs Carried out Site Visit and As-built documentations
Snr. Electrical Engineer - Deltaafrik Engineering Ltd, Lagos
(Jan. 2010 – Mar. 2010)
Project: Amenam Kpono Offshore Project – Total Petroleum Engineering Nigeria Limited Activities ( Basic Engineering Design)
Prepared load list/summary & Load Schedules Carried out lighting calculation, cable sizing calculations, cable selection Prepared Single Line Diagrams. Prepared Power, Earthing & Lighting Layouts Prepared Cable Tray & Routing Plan Site Visit and Report, Prepare As-Built Documentations
Snr. Electrical Engineer - Deltaafrik Engineering Ltd, Lagos
(Jun. 2009 – Mar. 2010)
Project: Abiteye Escravos Pipelines Project – Chevron Nigeria Limited Activities (Detailed Engineering Design)
Prepared Hazardous Area Classification Drawings Prepared load list/summary & Load Schedules Carried out cable sizing calculations, cable selection Prepared Cable Schedule & MCC Elevation Drawings Prepared Single Line Diagrams. Prepared Power, Earthing & Lighting Layouts Prepared Cable tray layouts & Cable routing plans Prepared Input to Basis of Design Prepared CP Layouts, Recommendation Report & Installation details Prepared Transformer & Panel Board Datasheets & Specifications Carried Out Site Visit & prepared site visit checklists and report, As-Built Documentations
CHUKS EMU Electrical Engineer Address: Email: Tel:
24 Ogunkoya Street, Off Dele Okuwa, Ikosi-Ketu, Lagos, Nigeria.
[email protected] +2348062284092
Snr. Electrical Engineer - Deltaafrik Engineering Ltd, Lagos
(Oct. 2009 – Mar. 2010)
Project: Diesel Storage Tank Project – Chevron Nigeria Limited Activities (Detailed Engineering Design)
Prepared Hazardous Area Classification Drawings Prepared load list/summary & Load Schedules Carried out cable sizing calculations, cable selection for motors Prepared Single Line Diagrams. Prepared Power, Earthing & Lighting Layouts Prepared Cable tray layouts & Cable routing Prepared Equipment Specifications
Electrical Engineer (Deltaafrik Engineering Ltd, Lagos) (Mar. 2009 – Sept.. 2009) Project: Mobil – AUP & EADP (Nigeria) Activities (Post - IFC Verification)
Verified the conformance of IFC package to applicable specifications, codes & standards Compared MTO against IFC Drawings to confirm accuracy & completeness. Revised MTO’s were generated when shortfalls are identified Compared MTOs against the PO’s & Material Receiving & Inspection reports Prepared TSD’s for the procurement of identified shortfalls Revised Hazardous Area Classification Drawings Revised Single Line Diagram & Lighting Panel Schedule Revised Lighting Plan & Installation details Prepared Site Visit checklist & Report
FMC Technologies Inc. / DELTAAFRIK ENGINEERING LTD
(Mar. 2007 – Dec. 2008)
Subsea Controls Engineer - FMC Technologies Inc. Houston, Texas, USA. Projects: Agbami, Llog, Nexen, Helix Noonan, Murphy Azurite, Callon Entrada, Cascade & Chinook, Blind Faith and eWOCS Activities (Offshore Detailed Engineering Design)
Designed Subsea Power & Communication Unit (SPCU/EPU), Umbilical Line Unit (ULM), Master Control Unit (MCS) & CWTU Single Line Diagram, Schematics, GA and Assembly Drawings. Prepared eWOCS MCS, SPCU & ULM Wirelist/Interconnection wiring & Cable Sizing. Assisted in preparing SCM MKIV Hydraulic schematics & As-Built Documentations Carried out SPCU – SCM Communication Test using ETU Software Carried out Cross Talk, IR and Attenuation studies for eWOCS Logging Cables
CHUKS EMU Electrical Engineer Address: Email: Tel:
24 Ogunkoya Street, Off Dele Okuwa, Ikosi-Ketu, Lagos, Nigeria.
[email protected] +2348062284092
Prepared Factory Acceptance Test (FAT), EFAT; and Operation & Maintenance Manual for SPCU, ULM & MCS. Prepared Specifications & Bill Of Material/ Material Takeoffs for Topside Control Systems. Participated in SPCU/HPU FAT & SIT for hardware & software operability. Carried out Engineering Documentation in CITADON and PSPICE Simulation & Analysis. Prepared/Responded to RFI from/to clients
Electrical Engineer (Deltaafrik Engineering Ltd, Lagos) (Sept. 2006 – Mar. 2007) Project: Chevron – East Area Gas Utilization project (Nigeria) Activities (FEED)
Prepared load list/summary Carried out cable sizing calculations, cable selection & cable routing. Assisted in preparing Single Line Diagrams. Carried out switchgears – MCC, Circuit breakers & relays – sizing and selection. Performed relay coordination task. Prepared Hazardous Area Classification Drawings
CAKASA NIG. COMPANY LTD, IKOYI, LAGOS
(Nov. 2005 – Sept. 2006)
Projects: Sahara Energy & Sigmund Petroleum Storage Depot. Trainee Engineer (Detailed Engineering Design)
Prepared Electrical Load list and one line diagram Prepared Cable schedule & bulk MTO’s Prepared Power, Lighting and Earthing layouts Prepared Hazardous Area Classification Drawings Carried out load analysis & load schedule Prepared Perimeter Lighting for depot Interpretation of P&ID and generation of Deliverables from it. Generate Fire and Gas Layouts, Cause and effect charts, Instrument index & Datasheets etc
AGBOKIM SEC. SCHOOL, ETUNG LGA, CROSS RIVERS
(Sept. 2004 – Sept. 2005)
Tutor – Taught Mathematics, Physics, Chemistry and Geography
EXTRA-CURRICULLAR ACTIVITIES Reading, Swimming & Playing Football
REFERENCES Available on Request
