220801BMCHS0458_CDFE01_35
Short Description
Jangkrik Complex Project - Preliminary HVAC Calculation...
Description
Revision Index 2201801BMCHS0485 ENI MUARA BAKAU B.V PRELIMINARY HVAC COOLING LOAD (TOPSIDE BUILDING)
Rev. Number
Validity Status
01
CD-FE
REVISION List 00
Issued for Information
01
Re-Issued for Information
This document is property of Eni Muara Bakau B.V.. It shall neither be shown to Third Parties not used for purposes other than those for which it has been sent.
Sheet of Sheets
3/35
Sheet of Sheets
Revision Index 2201801BMCHS0458 ENI MUARA BAKAU B.V
Rev. Number
Validity Status
01
CD-FE
PRELIMINARY HVAC COOLING LOAD (TOPSIDE BUILDING)
4/35
TABLE OF CONTENTS COVER
1
DOC VERIFICATION
2
REV LIST
3
TABLE OF CONTENT PRELIMINARY HVAC COOLING LOAD
4 5-35
This document is property of Eni Muara Bakau B.V. It shall neither be shown to Third Parties not used for purposes other than those for which it has been sent.
Revision Index 2201801BMCHS0458 ENI MUARA BAKAU B.V PRELIMINARY HVAC COOLING LOAD (TOPSIDE BUILDING)
Rev. Number
Validity Status
01
CD-FE
Sheet of Sheets
5/35
1.0
INTRODUCTION
1.1
Project Background Jangkrik Field (JKK) is a gas discovery made in March 2009. It is located about 70 km from the coast, in the MuaraBakau permit area, Makassar Strait, offshore Kalimantan, at a water depth ranging from 250 to 500 m. Eni, through its Indonesian subsidiary, operates the MuaraBakau PSC with a 55% interest, in joint venture with GDF Suez, holding the remaining 45% interest. The selected concept is based on a subsea development with seven wells, full treatment facilities on a spread moored FPU and export line to shore at Sapi landfall. Jangkrik North East (JNE), located at about 25 km NNE from JKK Main, is a recent gas discovery, made in July 2011. The selected concept together with the tie in of Jangkrik North East to the FPU has been studied in detail during the basic engineering phase completed in April 2012. The concept studied in this FEED foresees: • • • •
7 Subsea Wells for JKK tied back to the FPU; 4 Subsea Wells for JNE, tied back to the FPU (as option) a Barge Shaped FPU, performing Full Offshore Process; Export treated gas and condensate to onshore near Sapi existing plant.
Final destination of Jangkrik gas is Bontang LNG Plant and local market. Final destination of Jangkrik condensate is Senipah Plant. 1.2
Scope of the document This document defines preliminary cooling load and ventilation requirements for sizing HVAC equipment for Topside Local Equipment Room (LER), warehouse, workshop and laboratory at JANGKRIK FPU. The preliminary cooling load is calculated in accordance with ASHRAE FUNDAMENTALS / ASHRAE GRP 158 using excel form. The detail HVAC cooling load nee to be performed during detail engineering.
2.0 2.1
REFERENCES Industrial Standard -. ASHRAE Handbook
HVAC Fundamentals
-. ASHRAE GRP 158 -. ANSI/ASHRAE Standard 62.1-2010
Cooling and Heating Load Calculation Manual Ventilation for Acceptable Indoor Air Quality
2.2
Project Document
2.21
Project Specification 220801BMRBS0486 Drawing
HVAC Design Philosophy
220800BTDPS0804
EQUIPMENT LAYOUT - FPU - AREA 1-CELLAR DECK
220801BEDPS0706 Sheet 1-4
ELECTRICAL EQUIPMENT LAYOUT AND GENERAL ELECTRIC POSITIONING IN FPU TOPSIDE LAYOUT
220801BMFQS0464
HVAC FLOW DIAGRAM (FOR TOPSIDE BUILDING)
2.22
3.0
AIR CONDITIONING CALCULATION
3.1
Design Input The component that contribute to room heat gains and losses consist of the following: -. Conduction through external walls, partitions, doors, roof and floors. -. Lighting heat gain as per sec. 10.1 220801BMRBS0486 HVAC Design Philosophy -. People / occupancy assumed 2 and 4 people per room. -. Heat dissipation of equipment in Electrical building obtained (preliminary and will be updated during detail design). -. Safety factor 10% is provided in the calculation.
3.2
Outdoor Design Condition Outdoor design condition used for the cooling load calculations are: Maximum outside temperature
39.4 deg C / 102.92 Deg F Dry bulb
Minimum design temperature
18.9 deg C / 66.2 Deg F Dry bulb
Maximum humidity
90% RH
Minimum humidity
78% RH
This document is property of Eni Muara Bakau B.V. It shall neither be shown to Third Parties not used for purposes other than those for which it has been sent.
Company Document Identification 2201801BMCHS0458 PRELIMINARY HVAC COOLING LOAD (TOPSIDE BUILDING)
ENI MUARA BAKAU B.V
3.3
3.4
Sheet of Sheets
Revision Index Rev. Number
Validity Status
01
CD-FE
6/35
Indoor Design Condition Level (Meter)
Room
Temp Design (°C)
Temp Tolerance (°C)
Temp Set point range (°C)
Relative Humidity (%)
Room DP (Pa)
Room Maximum
Elevation 103.500 Elevation 103.500 Elevation 108.500 Elevation 113.500 Elevation 113.500 Elevation 118.500 Elevation 103.500 Elevation 103.500 Elevation 103.500
Transformer Room
24
0-2
24 - 26
40 - 65
30
NC 55
Normal Room
24
0-2
24 - 26
40 - 65
30
NC 55
Battery Room
24
0-2
24 - 26
45 - 65
30
NC 55
Emergency Room
24
0-2
24 - 26
45 - 65
30
NC 55
Normal Room
24
0-2
24 - 26
40 - 65
30
NC 55
Instrument Room
24
0-2
24 - 26
40 - 65
30
NC 55
Warehouse
24
0-2
24 - 26
50 - 65
NC 55
Workshop
24
0-2
24 - 26
40 - 65
NC 55
Laboratory
22
0-2
22 - 24
50 - 65
30
NC 55
People/Occupancy for Calculation Room
No of persons inside rooms
Activity Type
Transformer Room
2
Light work
Normal Room
2
Light work
Battery Room
2
-
Emergency Room
2
Light work
Instrument Room Instrument Room
2 2
Light work Light work
Warehouse
4
Light work
Workshop
4
Light work
Laboratory
4
Light work
Heat gains on 24 deg C for light work activity as per 220801BMRBS0486 HVAC Design Philosophy (For Topside Building) Section 10. Sensible and Latent Heat Gains. Sensible heat (W/Person) Latent heat (W/Person) 3.4
86 133
U-Values the U-Values are taken from 220801BMRBS0486 HVAC Design Philosophy (for Topside Building) Sec. 6 Building Type. Wall Reference U-value in W/m2/°C External walls 0.6
3.5
Roof
0.6
Floor
0.6
Partitions/internal walls
2.2
Door
3.5
Windows
2.7
Summary Calculation Floor Name
Floor Area (milimeter)
Sensible Heat (kW)
Sensible Heat (mbtu/hr)
First Floor
21000 x 16000
145
Second Floor
20000 x 16000
22
494 74
Total Heat (kW)
Total Heat (mbtu/hr)
186
Supply Air (cfm)
Make Up Air (cfm)
Exhaust Air (cfm)
633 165
2968
505
NA
49
1180
471
1180
Third Floor
20000 x 16000
58
196
90
306
2824
505
NA
Fourth Floor
20000 x 16000
171
582
213
724
2824
471
NA
Warehouse
14200 x 10000
9
27
21
69
1253
208
NA
Workshop
14200 x 10000
23
77
37
124
1253
209
1253
Laboratory
8795 x 6000
Total
27
92
93
316
1242
1242
1242
455
1542
689
2338
13544
3611
3675
Note: this calculation is preliminary. The calculation will be updated during detail design. This document is property of Eni Muara Bakau B.V. It shall neither be shown to Third Parties not used for purposes other than those for which it has been sent.
Company Document Identification ENI MUARA BAKAU B.V
Revision Index
2201801BMCHS0485
Rev. Number
Validity Status
PRELIMINARY HVAC COOLING LOAD (TOPSIDE BUILDING)
01
CD-FE
3.6 CALCULATION
This document is property of Eni Muara Bakau B.V.. It shall neither be shown to Third Parties not used for purposes other than those for which it has been sent.
Sheet of Sheets
7/35
Company Document Identification
Revision Index
2201801BMCHS0458
Rev. Number
Validity Status
PRELIMINARY HVAC COOLING LOAD (TOPSIDE BUILDING)
01
CD-FE
ENI MUARA BAKAU B.V
COOLING LOAD CALCULATION FOR FIRST FLOOR (Elevation 103.500) GENERAL INFORMATION Project No. Project Name
: :
Zone Name
:
Location Latitude Time & Month Elevation [ft]
: : : :
Inside Design Dry Bulb Temp. [0F] Inside Relative Humidity [%]
870111 Jangkrik FPU Complex Project Electrical Floor (Normal Room & Transformer Room) Makasar Strait 1.28 1500 & July 19 m
Reference Calculation
Inside Ratio Humidity [lb/lb dry air]
: :
75.0 45
:
0.0084
o
Outside Design Dry Bulb Temperature [ F]: Outside Relative Humidity [%] : Outside Ratio Humidity [lb/lb dry air] : Daily Range [K] : 68.90 Zone Size [L x W x H] (feet) :
103 90.0 0.0416 9 52.50 16.40
L ASHRAE GRP 158 (COOLING & HEATING LOAD CALCULATION MANUAL)
:
W
H
ROOF (N/A) FORMULA
:
U x A x CLTD
Material U [Btu/hr.ft2.0f] Roof Area (A) [ft2] CLTD [0F]
: : : :
Roof Sensible [Btu/hr]
:
CLTDCorr LM K CLTDCorr
Roof Without Ceiling 0.100 3617.25 14 ( w/o suspended ceiling ) 0.00
: [(CLTD + LM) x K + (78 - TR) + (TO - 85)] x f : 0 (big one) 0.75 : 1 ( dark color ) f : 23.21 (corr. With daily range) : 26.3
9,495.28
(no Corr)
FLOOR FORMULA
:
U x A x TD
Material U [Btu/hr.ft2.0f] Floor Area (A) [ft2] Temp Diff. (TD) [0F]
: : 0.100 3,617.25 : : 28 (Assume)
Floor Sensible [Btu/hr]
:
Tiles (Raised Floor)
10,128.30 WALL & PARTITION
FORMULA
U CLTD Correction
: :
U x A x (CLTD or CLTD Correction) U x A x TD : Sec 6. of 220801BMRBS0486 HVAC Design Philosophy : ASHRAE GRP 158, Table 3.10 : ASHRAE GRP 158, Table 3.13 & 3.12
Assume : for Temperature Different between conditioning space 0 with unconditioning space(TD) : 28.0 F
CLTD Correction : (Table 3.10 ASHRAE GRP 158) LM (Latitude Correction) : (ASHRAE GRP 158, Table 3.12) -1 4 W : N : -7 -1 S : E :
K
:
CLTDCorr :
0.83
(Medium Wall Colored)
[(CLTD + LM) x K + (78 - TR) + (TO - 85)]
This document is property of Eni Muara Bakau B.V. It shall neither be shown to Third Parties not used for purposes other than those for which it has been sent.
8 of 35
Company Document Identification
Revision Index
2201801BMCHS0458
Rev. Number
Validity Status
PRELIMINARY HVAC COOLING LOAD (TOPSIDE BUILDING)
01
CD-FE
ENI MUARA BAKAU B.V
COOLING LOAD CALCULATION FOR FIRST FLOOR (Elevation 103.500) NO.
1 2 3 4 5 6 7 8
MATERIAL
H60 Fire wall H60 Fire wall H60 Fire wall Steel Door H60 Fire wall Steel Door Steel Door H60 Fire wall (wall partition)
Type
Face
Wall
W
Wall
S
Wall
N
Single Door
W
Wall
E
Dbl. Door
E
Dbl. Door
E
Wall
N
22,963.73
Total heat gain through from roof, floor, wall, partition :
A
U
(ft2)
CLTD
(Btu/hr.ft2.0F) (0F)
TD
CLTD Corr.
(0F)
(0F)
28 28 28 28 28 28 28 0
31.79 26.81 26.81 31.79 31.79 31.79 31.79 0.00
1129.96 0.100 14.00 861.00 0.100 14.00 861.00 0.100 14.00 18.08 0.600 14.00 1129.96 0.100 14.00 36.16 0.600 14.00 36.16 0.600 14.00 861.00 0.600 28.00 Total Wall & Door Sensible [Btu/hr] 6.7
BTU/hr (
Sensible (Btu/hr)
3592.14 2308.34 2308.34 344.82 3592.14 689.64 689.64 0.00 12,835.43
:
kW )
VENTILATION AND FRESH AIR FLOW RATE Ventilation and Fresh Air Flow Rate for Transformer Room Space Ventilation (Vbz)
: (Rp x Pz) + (Ra x Az)
Transformer Room Size: (Feet)
Pz (Zone Population) Rp (Outdoor Air Flowrate required per person) Ra (Outdoor Air Flowrate required per area) Az (Zone floor area)
Pz Rp Ra
Ez (Air distribution effectiveness) Zone Outdoor Airflow (Voz)
: Vbz / Ez
: : :
2 5 0.06
Person cfm/person
Az
:
1034
ft2
Ez
:
1
19.7 L
52.5 W
16.4 H
52.50 W
16.4 H
cfm/ft2
Minimum Air Change Volume
848
CFM
(As per Sec. 3.7 220801BMRBS0486 HVAC Design Philosophy)
Zone Outdoor Airflow (Voz)
: 72.06
cfm
Outdoor Air Flow Rate
141
CFM
(As per Sec. 3.7 220801BMRBS0486 HVAC Design Philosophy)
Make Up Air (CFM)
: 141.35
cfm Ventilation and Fresh Flow Rate for Normal Room
Space Ventilation (Vbz)
: (Rp x Pz) + (Ra x Az)
Normal Room Size: (Feet)
Pz (Zone Population) Rp (Outdoor Air Flowrate required per person) Ra (Outdoor Air Flowrate required per area) Az (Zone floor area)
Pz Rp Ra
: : :
2 5 0.06
Person cfm/person
Az
:
2584
ft2
Ez (Air distribution effectiveness)
Ez
:
1
Zone Outdoor Airflow (Voz)
: Vbz / Ez
49.2 L
cfm/ft2
Minimum Air Change Volume
2118.92
CFM
(As per Sec. 3.7 220801BMRBS0486 HVAC Design Philosophy)
Zone Outdoor Airflow (Voz)
: 165.04
cfm
Outdoor Air Flow Rate
353.15
CFM
(As per Sec. 3.7 220801BMRBS0486 HVAC Design Philosophy)
Make Up Air (CFM)
: 353.15
cfm
This document is property of Eni Muara Bakau B.V. It shall neither be shown to Third Parties not used for purposes other than those for which it has been sent.
9 of 35
Company Document Identification
Revision Index
2201801BMCHS0458
Rev. Number
Validity Status
PRELIMINARY HVAC COOLING LOAD (TOPSIDE BUILDING)
01
CD-FE
ENI MUARA BAKAU B.V
COOLING LOAD CALCULATION FOR FIRST FLOOR (Elevation 103.500)
Sensible Cooling Load
Total Sensible and Latent Cooling Load Electrical Floor 28.00 : 1.1 x CFM x DT DT : (Outside - Inside Temperature)
Latent Cooling Load
: 4680 x CFM x Dw
Dw
0.033
:
(Outside - Inside humidity ratio)
Leakage through door (As per Sec. 5.3.3. 220801BMRBS0486 HVAC Design Philosophy) 504.65 : (Two Double Leaf 2.1 x 1.6 m and One leaf 2.1 x 0.8 m door type with diff. pressure 30 Pa) Q CFM
Room Category
:
No. Of People Total Make-Up Air(CFM)
Electrical Floor (Normal Room & Transformer Room)
: :
4 504.65
Latent [Btu/hr]
:
Sensible [Btu/hr] Total Heat [Btu/hr]
: :
78,256.94 15,543.22 93,800.16
INFILTRATION & INTERNAL LOAD Infiltration CFM
:
Total Crack Length x (Q/P from Fig. 5.11 ASHARE GRP 152) Sensible Cooling Load 18 CFM Wind Speed Average : 8 MPH (Approx.) Latent Cooling Load From Fig. 5.11 (Q/P) : 0.25 (k assumed : 1) Total Crack Length in the room : 73 feet CFM Leakage through wall and partition
Internal Load Lighting qs
:
0.286
People : Sensible
: 3.41 x qs x Fo x Fs x CLF :
11340
Fo
: 0.7 (100% or all lamp are used)
Fs
: (Table 4.1) 1.2 : 1
CLF
Appliance Data (Approx.) No. Item
: 4680 x CFM x Dw
(As per Sec. 5.3.3. 220801BMRBS0486 HVAC Design Philosophy, 10-5 m3/h per m2)
CFM
: Total lamp wattage
: 1.1 x CFM x DT
no's of people x qs x CLF
:
no's of people x ql
Latent :
Appliance & Power Equipment : Heat losses from instrument & electrical equipments
: Power Consumption Watt
See Appliance data table
123,400
Efficiency %
100
Heat Release/Unit [Btu/Hr]
3.41214
(
Total Heat Release [Btu/Hr]
421,058.08
)
Note a : taken from existing data (see Carrier Calculation R-1820-004129-013) 421,058.08 : Total Appliance Sensible [Btu/hr.ft2.0F] Total CFM Of Infiltration Infiltration Sensible [Btu/hr] Infiltration Latent [Btu/hr] People Sensible [Btu/hr] People Latent [Btu/hr]
COOLING LOAD 1. 2. 3. 4.
Sensible [Btu/hr] Latent [Btu/hr] Safety Factor (10%) TOTAL [Btu/hr]
: : : : :
18.150 559.02 2,910.78 344 532
TOTAL COOLING LOAD FOR : ROOM LOAD : : : :
478,335.18 3,442.78 48,177.80 529,955.76
Appliances Sensible[Btu/hr] Appliances Latent [Btu/hr] Lamp Sensible [Btu/hr]
: : :
Total Heat [Btu/hr]
:
Electrical Floor (Normal Room & Transformer Room) VENTILATION + MAKE-UP AIR 15,543.22 78,256.94 9,380.02 103,180.18
This document is property of Eni Muara Bakau B.V. It shall neither be shown to Third Parties not used for purposes other than those for which it has been sent.
421,058 0 33,410.36 458,814.23
TOTAL 493,878.40 81,699.72 57,557.81 633,135.94
10 of 35
Company Document Identification
Revision Index
2201801BMCHS0458
Rev. Number
Validity Status
PRELIMINARY HVAC COOLING LOAD (TOPSIDE BUILDING)
01
CD-FE
ENI MUARA BAKAU B.V
COOLING LOAD CALCULATION FOR FIRST FLOOR (Elevation 103.500)
ATTACHMENTS Calculation Outside Humidity Ratio at 103 deg. F : w = 0.62198 x (Pws) / (P - Pws) (Refer to ASHRAE Fundamentals Handbook, Chapter 6 - Psychrometrics, Equation 21) 1.016152 psia) Pws : 7.0061 (Saturated Water = kPa Saturation Vapor Press at 103 oF Barometric Pressure
at Area
Humidity Ratio with
RH
14.7
(
psia)
90%
P
: 101.3529 kPa
w :
0.0416
lb/lb
Calculation Inside Humidity Ratio at 75 deg. F : w = 0.62198 x (Pws) / (P - Pws) (Refer to ASHRAE Fundamentals Handbook, Chapter 6 - Psychrometrics, Equation 21) 0.43 psia) Pws : 2.9647 (Saturated Water = kPa Saturation Vapor Press at 75 oF 14.7 Barometric Pressure at Area ( psia) P : 101.3529 kPa 45% 0.0084 Humidity Ratio with RH w : lb/lb
U (Door)
Lamp
0.6
Steel
amount
Tranformer Room + Normal Room
each lamp
Watt
Total wattage
15
0
Total Wattage (as per HVAC Design Philosophy); 15 w/m2 11340
Door Dimension (Double leaf) 6.8 Length : ft Height
:
5.3
ft
Item
Tag Number
1.1
009300EH001
6000 V Switchboard
Equipment
Sensible Heat 8000
1.2
009200EP002
400 V Power Distribution PMCC
6800
Remark
7600 1.5
00470EC001A
Control Panel Turbo Generator-A
1.6
00470EC001B
Control Panel Turbo Generator-B
800
1.7
00470EC001C
Control Panel Turbo Generator-C
800
1.8
009200EC001
EMS Control Management System
800
1.9
009200EC001
LSS Load Shedding System
400
1.10
009200EZ001
EMS Control Desk
400
1.11
003601EM001
Booster Turbo Compressor MCC Train-1
0
1.12
003602EM001
Booster Turbo Compressor MCC Train-2
800
1.13
003603EM001
Booster Turbo Compressor MCC Train-3
800
1.14
003601EM003
Export Gas Turbo Compressor MCC Train-1
800
1.15
003602EM003
Export Gas Turbo Compressor MCC Train-2
800
1.16
003603EM003
Export Gas Turbo Compressor MCC Train-3
800
1.17
004700EM001A
Turbo Generator-A MCC
800
1.18
004700EM001B
Turbo Generator-B MCC
800
1.19
004700EM001C
Turbo Generator-C MCC
800 800
2.1
009200ET001
Power Transformer 6000/400 V
2.2
009200ET002
Power Transformer 6000/400 V
37500
2.3
004700EY001A
Earthing Resistor Turbo Generator-A
37500
2.4
004700EY001B
Earthing Resistor Turbo Generator-B
0
2.5
004700EY001C
Earthing Resistor Turbo Generator-C
0
2.6
009200ET007
Power Transformer 160 kVA
0
2.7
009200ET008
Power Transformer 160 kVA
4800
009200ET011
Power Transformer 100 kVA
4800
009200ET011
Power Transformer 100 kVA
3000 3000
Note: this data will be finalize during detail engineering
123400.00 W
This document is property of Eni Muara Bakau B.V. It shall neither be shown to Third Parties not used for purposes other than those for which it has been sent.
11 of 35
Company Document Identification
Revision Index
2201801BMCHS0458
Rev. Number
Validity Status
PRELIMINARY HVAC COOLING LOAD (TOPSIDE BUILDING)
01
CD-FE
ENI MUARA BAKAU B.V
COOLING LOAD CALCULATION FOR SECOND FLOOR (Elevation 108.500) GENERAL INFORMATION Project No. Project Name Zone Name Location Latitude Time & Month Elevation [ft]
: : : : : : :
: Inside Design Dry Bulb Temp. [0F] Inside Relative Humidity [%] : Inside Ratio Humidity [lb/lb dry air] : Outside Design Dry Bulb Temperature [oF] : Outside Relative Humidity [%] : Outside Ratio Humidity [lb/lb dry air] : Daily Range [K] : 65.61 Zone Size [L x W x H] (feet) :
870111 Jangkrik FPU Electrical Floor (Battery Room) Makasar Strait 1.28 1500 & july 19 m
75.0 45 0.0084 103 90.0 0.0416 9 52.49 16.40
L
H
ASHRAE GRP 158 (COOLING & HEATING LOAD CALCULATION MANUAL)
:
Reference Calculation
W
ROOF (N/A) FORMULA
:
U x A x CLTD
Material U [Btu/hr.ft2.0f] Roof Area (A) [ft2] CLTD [0F]
: : : :
Roof Sensible [Btu/hr]
:
CLTDCorr LM K CLTDCorr
Roof Without Ceiling 0.100 3443.87 14 ( w/o suspended ceiling ) 0.00
: [(CLTD + LM) x K + (78 - TR) + (TO - 85)] x f : 0 (big one) 0.75 : 1 ( dark color ) f : 23.21 (corr. With daily range) : 26.3
9,040.16
(no Corr)
FLOOR FORMULA
:
U x A x TD
Material U [Btu/hr.ft2.0f] Floor Area (A) [ft2] Temp Diff. (TD) [0F]
: Tiles (Raised Floor) : 0.100 3,443.87 : : 28 (Assume)
Floor Sensible [Btu/hr]
:
9,642.83 WALL & PARTITION
FORMULA
: :
U x A x (CLTD or CLTD Correction) U x A x TD
CLTD Correction :
U CLTD Correction
: : :
Sec 6. of 220801BMRBS0486 HVAC Design Philosophy ASHRAE GRP 158, Table 3.10 ASHRAE GRP 158, Table 3.13 & 3.12
LM (Latitude Correction) : (ASHRAE GRP 158, Table 3.12) -1 4 W : N : -7 -1 S : E :
K
Assume : for Temperature Different between conditioning space with unconditioning space(TD) : 28 0F
CLTDCorr NO. 1 2 3 4 5 6
MATERIAL H60 Fire wall H60 Fire wall H60 Fire wall Steel Door Steel Door H60 Fire wall
Type
Face
Wall
W
Wall
S
Wall
N
Dbl. Door
W
Single Door
S
Wall
E
Total heat gain through from roof, floor, wall, partition :
(Table 3.10)
A
:
: U
0.83
(Medium Wall Colored)
[(CLTD + LM) x K + (78 - TR) + (TO - 85)] CLTD
TD
(ft2) (Btu/hr.ft2.0F) (0F) (0F) 1076.00 0.100 14.00 28 860.84 0.100 14.00 28 860.84 0.100 14.00 28 36.16 0.600 14.00 28 18.08 0.600 14.00 28 1076.00 0.100 14.00 28 Total Wall & Door Sensible [Btu/hr] :
22,575.45
BTU/hr (
6.6
CLTD Corr. (0F) 31.79 26.81 35.94 31.79 43.81 31.79
Sensible (Btu/hr) 3420.62 2307.90 3093.84 689.64 475.20 3420.62 12,932.62
kW )
This document is property of Eni Muara Bakau B.V. It shall neither be shown to Third Parties not used for purposes other than those for which it has been sent.
12 of 35
Company Document Identification
Revision Index
2201801BMCHS0458
Rev. Number
Validity Status
PRELIMINARY HVAC COOLING LOAD (TOPSIDE BUILDING)
01
CD-FE
ENI MUARA BAKAU B.V
COOLING LOAD CALCULATION FOR SECOND FLOOR (Elevation 108.500)
VENTILATION AND FRESH AIR FLOW RATE Ventilation and Fresh Air Flow Rate for Battery Room : (Rp x Pz) + (Ra x Az)
Space Ventilation (Vbz)
Pz (Zone Population) Rp (Outdoor Air Flowrate required per person) Ra (Outdoor Air Flowrate required per area) Az (Zone floor area)
Pz Rp Ra
: : :
2 5 0.06
Person cfm/person
Az
:
3444
ft2
Ez (Air distribution effectiveness)
Ez
:
1
Zone Outdoor Airflow (Voz)
65.6 L
Battery Room Size: (Feet)
: Vbz / Ez
52.5 W
16.40 H
cfm/ft2
11296
Minimum Air Change Volume
CFM
(As per Sec. 3.7 220801BMRBS0486 HVAC Design Philosophy)
Zone Outdoor Airflow (Voz)
: 216.63
cfm
Outdoor Air Flow Rate
471
CFM
(As per Sec. 3.7 220801BMRBS0486 HVAC Design Philosophy)
: 470.66
Make Up Air (CFM)
cfm
Exhaust Air for Battery Room (Assume for Nicad Battery, exhaust ventilation following as per 5.3.7. Room Air Flow Rates) with Q (m3/h) = (0.05 x n x l) ; Q = Air flow rate (m3/h) ; n = number of cells (800 cells x 0.5 utility factor = 400) I = charging current at end of high rate charging, but not less that 25% of rated charge input (200A x 0.5 utility factor = 100A) Q = 2000 m3/h =
1180
CFM N/A : (Rp x Pz) + (Ra x Az)
Space Ventilation (Vbz)
Room Size: (Feet) L
Pz (Zone Population) Rp (Outdoor Air Flowrate required per person) Ra (Outdoor Air Flowrate required per area) Az (Zone floor area)
Pz Rp Ra
: : :
Person cfm/person
Az
:
ft2
Ez (Air distribution effectiveness)
Ez
:
Zone Outdoor Airflow (Voz)
: Vbz / Ez
W
H
cfm/ft2
Minimum Air Change Volume
0
CFM
(As per Sec. 3.7 220801BMRBS0486 HVAC Design Philosophy)
Zone Outdoor Airflow (Voz)
:
cfm
0
Outdoor Air Flow Rate
CFM
(As per Sec. 3.7 220801BMRBS0486 HVAC Design Philosophy)
Make Up Air (CFM)
:
cfm
Sensible Cooling Load
Total Sensible and Latent Cooling Load Electrical Floor 28.00 : 1.1 x CFM x DT (Outside - Inside Temperature) DT :
Latent Cooling Load
: 4680 x CFM x Dw
Dw
:
0.033
(Outside - Inside humidity ratio)
Leakage through door (As per Sec. 5.3.3. 220801BMRBS0486 HVAC Design Philosophy) 302.65 : (One Double Leaf 2.1 x 1.6 m and one Single Leaf 2.1 x 0.8 m door type with diff. pressure 30 Pa) CFM Q
Room Category No. Of People Total Make-Up Air(CFM)
: Electrical Floor (Battery Room) : 2 470.66 :
Latent [Btu/hr] Sensible [Btu/hr] Total Heat [Btu/hr]
: : :
This document is property of Eni Muara Bakau B.V. It shall neither be shown to Third Parties not used for purposes other than those for which it has been sent.
72,986.38 14,496.39 87,482.77
13 of 35
Company Document Identification
Revision Index
2201801BMCHS0458
Rev. Number
Validity Status
PRELIMINARY HVAC COOLING LOAD (TOPSIDE BUILDING)
01
CD-FE
ENI MUARA BAKAU B.V
COOLING LOAD CALCULATION FOR SECOND FLOOR (Elevation 108.500) INFILTRATION & INTERNAL LOAD Infiltration CFM
:
Total Crack Length x (Q/P from Fig. 5.11) 18.15 CFM Wind Speed Average : 7.5 MPH (Approx.) From Fig. 5.11 (Q/P) : 0.25 (k assumed : 1) 72.6 Total Crack Length in the room : feet
Internal Load Lighting qs
0.228547
:
CFM Leakage through wall and partition
: 1.1 x CFM x DT
Latent Cooling Load
: 4680 x CFM x Dw
(As per Sec. 5.3.3. 220801BMRBS0486 HVAC Design Philosophy, 10-5 m3/h per m2)
CFM
People : Sensible :
:
3.41 x qs x Fo x Fs x CLF
:
Total lamp wattage
Fo
:
0.7 (100% or all lamp are used)
Fs CLF
: :
(Table 4.1) 1.2 1
:
Sensible Cooling Load
10800
Latent
no's of people x qs x CLF no's of people x ql
:
Appliance & Power Equipment : Heat losses from instrument & electrical equipments
:
Appliance Data (Approx.) No. Item
Power Consumption Watt
See Appliance data table
Efficiency %
100
1,330
Heat Release/Unit [Btu/Hr]
(
3.41214
Total Heat Release [Btu/Hr]
4,538.15
)
Note a : taken from existing data (see Carrier Calculation R-1820-004129-013) 4,538.15 : Total Appliance Sensible [Btu/hr.ft2.0F] Total CFM Of Infiltration Infiltration Sensible [Btu/hr] Infiltration Latent [Btu/hr] People Sensible [Btu/hr] People Latent [Btu/hr]
: : : : :
TOTAL COOLING LOAD FOR : ROOM LOAD
COOLING LOAD 1. 2. 3. 4.
18.150 559.02 2,910.78 172 266
Sensible [Btu/hr] Latent [Btu/hr] Safety Factor (10%) TOTAL [Btu/hr]
Appliances Sensible[Btu/hr] Appliances Latent [Btu/hr] Lamp Sensible [Btu/hr]
: : :
Total Heat [Btu/hr]
:
Electrical Floor (Battery Room) VENTILATION + MAKE-UP AIR
59,664.01 3,176.78 6,284.08 69,124.86
: : : :
14,496.39 72,986.38 8,748.28 96,231.05
4,538 0 31,819.39 40,265.33
TOTAL 74,160.40 76,163.15 15,032.36 165,355.91
ATTACHMENTS Calculation Outside Humidity Ratio at 103 deg. F : w = 0.62198 x (Pws) / (P - Pws) (Refer to ASHRAE Fundamentals Handbook, Chapter 6 - Psychrometrics, Equation 21) 1.016152 7.0061 psia) Pws : (Saturated Water = kPa Saturation Vapor Press at 103 oF Barometric Pressure Humidity Ratio with
at Area RH
(
14.7
psia)
90%
P
:
w :
101.3529 kPa 0.0416
lb/lb
Calculation Inside Humidity Ratio at 75 deg. F : w = 0.62198 x (Pws) / (P - Pws) (Refer to ASHRAE Fundamentals Handbook, Chapter 6 - Psychrometrics, Equation 21) 0.43 2.9647 psia) Pws : (Saturated Water = kPa Saturation Vapor Press at 75 oF Barometric Pressure Humidity Ratio with
at Area RH
( 45%
14.7
psia)
P
:
w :
101.3529 kPa 0.0084 lb/lb
This document is property of Eni Muara Bakau B.V. It shall neither be shown to Third Parties not used for purposes other than those for which it has been sent.
14 of 35
Company Document Identification
ENI MUARA BAKAU B.V
Revision Index
2201801BMCHS0458
Rev. Number
Validity Status
PRELIMINARY HVAC COOLING LOAD (TOPSIDE BUILDING)
01
CD-FE
COOLING LOAD CALCULATION FOR SECOND FLOOR (Elevation 108.500)
U (Door)
Lamp
0.6
Steel
amount
Battery Room
each lamp
Watt
Total wattage
15
0
Total Wattage (as per HVAC Design Philosophy); 15 w/m2 10800
Door Dimension Length
:
6.8 ft
Height
:
5.3 ft
Item
Tag Number
1.1
009000EB001A
230 Vac Instrumentation UPS Batteries-A
Equipment
0
1.2
009000EB001B
230 Vac Instrumentation UPS Batteries-A
0
1.3
009000EB002A
230 Vac Electrical UPS Batteries-A
0
1.4
009000EB002B
230 Vac Electrical UPS Batteries-A
0
1.5
007200EC001
Navigation Aids Batteries
0
1.6
003601EB001
Booster Turbo Compressor Battery Train-1
0
1.7
003602EB001
Booster Turbo Compressor Battery Train-2
0
1.8
003603EB001
Booster Turbo Compressor Battery Train-3
0
1.9
003601EB003
Export Gas Turbo Compressor Battery Train-1
0
1.10
003602EB003
Export Gas Turbo Compressor Battery Train-2
0
1.11
003603EB003
Export Gas Turbo Compressor Battery Train-3
0
1.12
004700EB001 A
Turbo Generator-A Battery
0
1.13
004700EB001 B
Turbo Generator-B Battery
0
1.14
004700EB001 C
Turbo Generator-C Battery
1.15
HOLD
Instrument UPS Battery CB-A
200
1.16
HOLD
Instrument UPS Battery CB-B
200
1.17
HOLD
Electrical UPS Battery CB-A
130
1.18
HOLD
Electrical UPS Battery CB-B
130
1.19
HOLD
Navigation Aids Battery CB
130
1.2
HOLD
Booster Compressor Battery CB-A Train-1
60
1.21
HOLD
Booster Compressor Battery CB-B Train-2
60
1.22
HOLD
Booster Compressor Battery CB-C Train-3
60
1.23
HOLD
Export Gas Turbo Compr. Battery CB-A Train-1
60
1.24
HOLD
Export Gas Turbo Compr. Battery CB-B Train-2
60
1.25
HOLD
Export Gas Turbo Compr. Battery CB-C Train-3
60
1.26
HOLD
Turbo Generator-A Battery CB-A
60
1.27
HOLD
Turbo Generator-B Battery CB-B
60
1.28
HOLD
Turbo Generator-C Battery CB-C
60 1330.00
Note: this data will be finalize during detail engineering
Sensible Heat
Remark
0
W
This document is property of Eni Muara Bakau B.V. It shall neither be shown to Third Parties not used for purposes other than those for which it has been sent.
15 of 35
Company Document Identification
Revision Index
2201801BMCHS0458
Rev. Number
Validity Status
PRELIMINARY HVAC COOLING LOAD (TOPSIDE BUILDING)
01
CD-FE
ENI MUARA BAKAU B.V
COOLING LOAD CALCULATION FOR THIRD FLOOR (Elevation 113.500) GENERAL INFORMATION Project No. Project Name
: :
Zone Name
:
Location Latitude Time & Month Elevation [ft]
: : : :
Inside Design Dry Bulb Temp. [0F] Inside Relative Humidity [%]
870111 Jangkrik FPU Electrical Floor (Normal Room & Emergency Room) Makasar Strait 1.28 1500 & july 19 m
Inside Ratio Humidity [lb/lb dry air]
: :
75.0 45
:
0.0084
o
Outside Design Dry Bulb Temperature [ F] : Outside Relative Humidity [%] : Outside Ratio Humidity [lb/lb dry air] : Daily Range [K] : 65.61 Zone Size [L x W x H] (feet) :
103 90.0 0.0416 9 52.49 16.40
L
W
H
ASHRAE GRP 158 (COOLING & HEATING LOAD CALCULATION MANUAL)
:
Reference Calculation
ROOF (N/A) FORMULA
:
U x A x CLTD
Material U [Btu/hr.ft2.0f] Roof Area (A) [ft2] CLTD [0F]
: : : :
Roof Sensible [Btu/hr]
:
Roof Without Ceiling 0.100 3443.87 14 ( w/o suspended ceiling )
CLTDCorr LM K CLTDCorr
0.00
: [(CLTD + LM) x K + (78 - TR) + (TO - 85)] x f : 0 (big one) 0.75 : 1 ( dark color ) f : 23.21 (corr. With daily range) : 26.3
9,040.16
(no Corr)
FLOOR FORMULA
:
U x A x TD
Material U [Btu/hr.ft2.0f] Floor Area (A) [ft2] Temp Diff. (TD) [0F]
: Tiles (Raised Floor) : 0.100 3,443.87 : : 28 (Assume)
Floor Sensible [Btu/hr]
:
9,642.83 WALL & PARTITION
FORMULA
: :
U x A x (CLTD or CLTD Correction) U x A x TD
CLTD Correction :
U CLTD Correction
: : :
Sec 6. of 220801BMRBS0486 HVAC Design Philosophy ASHRAE GRP 158, Table 3.10 ASHRAE GRP 158, Table 3.13 & 3.12
Assume : for Temperature Different between conditioning space with unconditioning space(TD) : 28 0F
NO. 1 2 3 4 5 6 7 8
MATERIAL H60 Fire wall H60 Fire wall H60 Fire wall Steel Door Steel Door H60 Fire wall H60 Fire wall (wall partition) Steel Door
Type
Face
Wall
W
Wall
S
Wall
N
Dbl. Door
E
Single Door
S
Wall
E
Wall
N
Dbl. Door
E
Total heat gain through from roof, floor, wall, partition :
A
(Table 3.10)
LM (Latitude Correction) : (ASHRAE GRP 158, Table 3.12) -1 4 W : N : -7 -1 S : E :
K
:
CLTDCorr
: U
0.83
(Medium Wall Colored)
[(CLTD + LM) x K + (78 - TR) + (TO - 85)] CLTD
TD
(ft2) (Btu/hr.ft2.0F) (0F) (0F) 1076.00 0.100 14.00 28 860.84 0.100 14.00 28 860.84 0.100 14.00 28 36.16 0.600 14.00 28 18.08 0.600 14.00 28 1076.00 0.100 14.00 28 860.84 0.100 28.00 0 36.16 0.600 14.00 28 Total Wall & Door Sensible [Btu/hr] : 22,575.45 BTU/hr ( 6.6 kW )
CLTD Corr. (0F) 31.79 26.81 35.94 31.79 0.00 31.79 0.00 31.79
This document is property of Eni Muara Bakau B.V. It shall neither be shown to Third Parties not used for purposes other than those for which it has been sent.
Sensible (Btu/hr) 3420.62 2307.90 3093.84 689.64 0.00 3420.62 0.00 689.64 12,932.62
16 of 35
Company Document Identification
Revision Index
2201801BMCHS0458
Rev. Number
Validity Status
PRELIMINARY HVAC COOLING LOAD (TOPSIDE BUILDING)
01
CD-FE
ENI MUARA BAKAU B.V
COOLING LOAD CALCULATION FOR THIRD FLOOR (Elevation 113.500)
VENTILATION AND FRESH AIR FLOW RATE Ventilation and Fresh Air Flow Rate for Emergency Room : (Rp x Pz) + (Ra x Az)
Space Ventilation (Vbz)
Pz (Zone Population) Rp (Outdoor Air Flowrate required per person) Ra (Outdoor Air Flowrate required per area) Az (Zone floor area)
Pz Rp Ra
: : :
2 5 0.06
Person cfm/person
Az
:
1722
ft2
Ez (Air distribution effectiveness)
Ez
:
1
Zone Outdoor Airflow (Voz)
32.8 L
Emergency Room Size: (Feet)
: Vbz / Ez
52.5 W
16.40 H
52.5 W
16.40 H
cfm/ft2
1411.8
Minimum Air Change Volume
CFM
(As per Sec. 3.7 220801BMRBS0486 HVAC Design Philosophy)
Zone Outdoor Airflow (Voz)
: 113.30
cfm
Outdoor Air Flow Rate
235
CFM
(As per Sec. 3.7 220801BMRBS0486 HVAC Design Philosophy)
: 235.30
Make Air (CFM)
cfm
Ventilation and Fresh Air Flow Rate for Normal Room : (Rp x Pz) + (Ra x Az)
Space Ventilation (Vbz)
Pz (Zone Population) Rp (Outdoor Air Flowrate required per person) Ra (Outdoor Air Flowrate required per area) Az (Zone floor area)
Pz Rp Ra
: : :
2 5 0.06
Person cfm/person
Az
:
1722
ft2
Ez (Air distribution effectiveness)
Ez
:
1
Zone Outdoor Airflow (Voz)
32.8 L
Normal Room Size: (Feet)
: Vbz / Ez
cfm/ft2
Minimum Air Change Volume
1411.771
CFM
(As per Sec. 3.7 220801BMRBS0486 HVAC Design Philosophy)
Zone Outdoor Airflow (Voz)
: 113.30
cfm
Outdoor Air Flow Rate
235
CFM
(As per Sec. 3.7 220801BMRBS0486 HVAC Design Philosophy)
Make Air (CFM)
: 235.30
Sensible Cooling Load
Total Sensible and Latent Cooling Load Electrical Floor 28.00 : 1.1 x CFM x DT (Outside - Inside Temperature) DT :
Latent Cooling Load
: 4680 x CFM x Dw
cfm
Dw
:
0.033
(Outside - Inside humidity ratio)
Leakage through door (As per Sec. 5.3.3. 220801BMRBS0486 HVAC Design Philosophy) 504.65 : (Two Double Leaf 2.1 x 1.6 m and one single leaf 2.1 x 0.8 m door type with diff. pressure 30 Pa) CFM Q
Room Category No. Of People Total Make-Up Air(CFM)
Electrical Floor (Normal Room & Emergency Room) : 4 504.65 : :
Latent [Btu/hr]
:
Sensible [Btu/hr] Total Heat [Btu/hr]
: :
This document is property of Eni Muara Bakau B.V. It shall neither be shown to Third Parties not used for purposes other than those for which it has been sent.
78,256.94 15,543.22 93,800.16
17 of 35
Company Document Identification
Revision Index
2201801BMCHS0458
Rev. Number
Validity Status
PRELIMINARY HVAC COOLING LOAD (TOPSIDE BUILDING)
01
CD-FE
ENI MUARA BAKAU B.V
COOLING LOAD CALCULATION FOR THIRD FLOOR (Elevation 113.500) INFILTRATION & INTERNAL LOAD Infiltration CFM
:
Total Crack Length x (Q/P from Fig. 5.11) 18.15 CFM Wind Speed Average : 7.5 MPH (Approx.) From Fig. 5.11 (Q/P) : 0.25 (k assumed : 1) 72.6 Total Crack Length in the room : feet
Internal Load Lighting qs
0.228547
:
CFM Leakage through wall and partition
: 1.1 x CFM x DT
Latent Cooling Load
: 4680 x CFM x Dw
(As per Sec. 5.3.3. 220801BMRBS0486 HVAC Design Philosophy, 10-5 m3/h per m2)
CFM
People : Sensible :
:
3.41 x qs x Fo x Fs x CLF
:
Total lamp wattage
Fo
:
0.7 (100% or all lamp are used)
Fs CLF
: :
(Table 4.1) 1.2 1
:
Sensible Cooling Load
10800
Latent
no's of people x qs x CLF no's of people x ql
:
Appliance & Power Equipment : Heat losses from instrument & electrical equipments
:
Appliance Data (Approx.) No. Item
Power Consumption Watt
See Appliance data table
Efficiency %
100
36,710
Heat Release/Unit [Btu/Hr]
(
3.41214
Total Heat Release [Btu/Hr]
125,259.66
)
Note a : taken from existing data (see Carrier Calculation R-1820-004129-013) 125,259.66 : Total Appliance Sensible [Btu/hr.ft2.0F] Total CFM Of Infiltration Infiltration Sensible [Btu/hr] Infiltration Latent [Btu/hr] People Sensible [Btu/hr] People Latent [Btu/hr]
: : : : :
TOTAL COOLING LOAD FOR : ROOM LOAD
COOLING LOAD 1. 2. 3. 4.
18.150 559.02 2,910.78 344 532
Sensible [Btu/hr] Latent [Btu/hr] Safety Factor (10%) TOTAL [Btu/hr]
Appliances Sensible[Btu/hr] Appliances Latent [Btu/hr] Lamp Sensible [Btu/hr]
: : :
Total Heat [Btu/hr]
:
Electrical Floor (Normal Room & Emergency Room) VENTILATION + MAKE-UP AIR
180,557.52 3,442.78 18,400.03 202,400.33
: : : :
15,543.22 78,256.94 9,380.02 103,180.18
125,260 0 31,819.39 161,424.85
TOTAL 196,100.74 81,699.72 27,780.05 305,580.51
ATTACHMENTS Calculation Outside Humidity Ratio at 103 deg. F : w = 0.62198 x (Pws) / (P - Pws) (Refer to ASHRAE Fundamentals Handbook, Chapter 6 - Psychrometrics, Equation 21) 1.016152 7.0061 psia) Pws : (Saturated Water = kPa Saturation Vapor Press at 103 oF Barometric Pressure Humidity Ratio with
at Area RH
(
14.7
psia)
90%
P
:
w :
101.3529 kPa 0.0416
lb/lb
Calculation Inside Humidity Ratio at 75 deg. F : w = 0.62198 x (Pws) / (P - Pws) (Refer to ASHRAE Fundamentals Handbook, Chapter 6 - Psychrometrics, Equation 21) 0.43 2.9647 psia) Pws : (Saturated Water = kPa Saturation Vapor Press at 75 oF Barometric Pressure Humidity Ratio with
at Area RH
( 45%
14.7
psia)
P
:
w :
101.3529 kPa 0.0084 lb/lb
This document is property of Eni Muara Bakau B.V. It shall neither be shown to Third Parties not used for purposes other than those for which it has been sent.
18 of 35
Company Document Identification
ENI MUARA BAKAU B.V
Revision Index
2201801BMCHS0458
Rev. Number
Validity Status
PRELIMINARY HVAC COOLING LOAD (TOPSIDE BUILDING)
01
CD-FE
COOLING LOAD CALCULATION FOR THIRD FLOOR (Elevation 113.500)
U (Door)
Lamp
0.46
Steel
amount
each lamp
Normal Room and Emergency Room
Watt
Total wattage
Total Wattage (as per HVAC Design Philosophy); 15 w/m2 10800
15
Door Dimension Length
:
6.8 ft
Height
:
5.3 ft
Item
Tag Number
Equipment
Sensible Heat
1.1
009200EL002
230 V Lighting & Small Power Switchboard
400
1.2
009300EL001
230 V Distribution Board
400
1.3
009200HM001
Fuel Gas Electrical Heater Thyristor Panel
500
1.4
HOLD
Essential Distributaion Board
1.5
HOLD
Turbo Generator-A VFD Panel
0
1.6
HOLD
Turbo Generator-B VFD Panel
0
1.7
HOLD
Turbo Generator-C VFD Panel
0
1.8
HOLD
Turbo Generator-A Line Reactor
0
1.9
HOLD
Turbo Generator-B Line Reactor
0
1.10
HOLD
Turbo Generator-C Line Reactor
0
1.11
HOLD
Booster Turbo Compressor Train-1 VFD Panel
0
1.12
HOLD
Booster Turbo Compressor Train-2 VFD Panel
0
1.13
HOLD
Booster Turbo Compressor Train-3 VFD Panel
0
1.14
HOLD
Booster Turbo Compressor Train-1 Line Reactor
0
1.15
HOLD
Booster Turbo Compressor Train-2 Line Reactor
0
1.16
HOLD
Booster Turbo Compressor Train-3 Line Reactor
0
1.17
HOLD
Export Gas Turbo Compr. Train-1 VFD Panel
0
1.18
HOLD
Export Gas Turbo Compr. Train-2 VFD Panel
0
1.19
HOLD
Export Gas Turbo Compr. Train-3 VFD Panel
0
1.2
HOLD
Export Gas Turbo Compr. Train-1 Line Reactor
0
1.21
HOLD
Export Gas Turbo Compr. Train-2 Line Reactor
0
1.22
HOLD
Export Gas Turbo Compr. Train-3 Line Reactor
0
2.1
009300EP001
400 V Emergency Power Distribution PMCC
5000
2.2
009300EP002
400 V Emergency Power Distribution PMCC
2000
2.3
009300EL002
230 V Emergency Lighting & Small Power Switchboard
1400
2.4
009200EP005
400 V Essential Top Side Power Distribution PMCC
800
2.5
009300ES001
220 V Distribution Board
2.6
00900EK001A/B
230 Vac Instrumentation UPS
11500
2.7
00900EK002A/B
230 Vac Electrical UPS
3600
2.8
007200EC001
Navigation Aids Control Panel
400
2.9
003601ED001
DC Panel Booster Turbo Compressor Train-1
740
2.10
003602ED001
DC Panel Booster Turbo Compressor Train-2
740
2.11
003603ED001
DC Panel Booster Turbo Compressor Train-3
740
2.12
003601ED003
DC Panel Export Gas Turbo Compressor Train-1
740
2.13
003601ED003
DC Panel Export Gas Turbo Compressor Train-2
740
2.14
003601ED003
DC Panel Export Gas Turbo Compressor Train-3
740
2.15
004700ED001A
DC Panel Turbo Generator-A
740
2.16
004700ED001B
DC Panel Turbo Generator-B
740
2.17
004700ED001C
DC Panel Turbo Generator-C
740
2.18
HOLD
Booster Compressor Battery Charger Train-1
450
2.19
HOLD
Booster Compressor Battery Charger Train-2
450
2.20
HOLD
Booster Compressor Battery Charger Train-3
450
2.21
HOLD
Export Gas Turbo Compr. Battery Charger Train-1
450
2.22
HOLD
Export Gas Turbo Compr. Battery Charger Train-2
450
2.23
HOLD
Export Gas Turbo Compr. Battery Charger Train-3
450
2.24
HOLD
Turbo Generator-A Battery Charger
450
HOLD
Turbo Generator-B Battery Charger
450
HOLD
Turbo Generator-C Battery Charger
Note: this data will be finalize during detail engineering
Remark
450 36710.00 W
This document is property of Eni Muara Bakau B.V. It shall neither be shown to Third Parties not used for purposes other than those for which it has been sent.
19 of 35
Company Document Identification
Revision Index
2201801BMCHS0458
Rev. Number
Validity Status
PRELIMINARY HVAC COOLING LOAD (TOPSIDE BUILDING)
01
CD-FE
ENI MUARA BAKAU B.V
COOLING LOAD CALCULATION FOR SECOND FLOOR (Elevation 118.500) GENERAL INFORMATION Project No. Project Name Zone Name Location Latitude Time & Month Elevation [ft]
: : : : : : :
: Inside Design Dry Bulb Temp. [0F] Inside Relative Humidity [%] : Inside Ratio Humidity [lb/lb dry air] : Outside Design Dry Bulb Temperature [oF] : Outside Relative Humidity [%] : Outside Ratio Humidity [lb/lb dry air] : Daily Range [K] : 65.61 Zone Size [L x W x H] (feet) :
870111 Jangkrik FPU Instrument Floor Makasar Strait 1.28 1500 & july 19 m
75.0 45 0.0084 103 90.0 0.0416 9 52.49 16.40
L
H
ASHRAE GRP 158 (COOLING & HEATING LOAD CALCULATION MANUAL)
:
Reference Calculation
W
ROOF FORMULA
:
U x A x CLTD
Material U [Btu/hr.ft2.0f] Roof Area (A) [ft2] CLTD [0F]
: : : :
Roof Sensible [Btu/hr]
:
CLTDCorr LM K CLTDCorr
Roof Without Ceiling 0.100 3443.87 14 ( w/o suspended ceiling ) 8,425.43
: [(CLTD + LM) x K + (78 - TR) + (TO - 85)] x f : 0 (big one) 0.75 : 0.8 ( dark color ) f : 21.43 (corr. With daily range) : 24.5
8,425.43
(no Corr)
FLOOR FORMULA
:
U x A x TD
Material U [Btu/hr.ft2.0f] Floor Area (A) [ft2] Temp Diff. (TD) [0F]
: Tiles (Raised Floor) : 0.100 3,443.87 : : 28 (Assume)
Floor Sensible [Btu/hr]
:
9,642.83 WALL & PARTITION
FORMULA
: :
U x A x (CLTD or CLTD Correction) U x A x TD
CLTD Correction :
U CLTD Correction
: : :
Sec 6. of 220801BMRBS0486 HVAC Design Philosophy ASHRAE GRP 158, Table 3.10 ASHRAE GRP 158, Table 3.13 & 3.12
LM (Latitude Correction) : (ASHRAE GRP 158, Table 3.12) -1 4 W : N : -7 -1 S : E :
K
Assume : for Temperature Different between conditioning space with unconditioning space(TD) : 28 0F
CLTDCorr NO. 1 2 3 4 5 6
MATERIAL H60 Fire wall H60 Fire wall H60 Fire wall Steel Door Steel Door H60 Fire wall
Type
Face
Wall
W
Wall
S
Wall
N
Dbl. Door
E
Single Door
S
Wall
E
Total heat gain through from roof, floor, wall, partition :
(Table 3.10)
A
:
: U
0.83
(Medium Wall Colored)
[(CLTD + LM) x K + (78 - TR) + (TO - 85)] CLTD
TD
(ft2) (Btu/hr.ft2.0F) (0F) (0F) 1076.00 0.100 14.00 28 860.84 0.100 14.00 28 860.84 0.100 14.00 28 36.16 0.600 14.00 28 18.08 0.600 14.00 28 1076.00 0.100 14.00 28 Total Wall & Door Sensible [Btu/hr] :
31,000.88
BTU/hr (
9.1
CLTD Corr. (0F) 31.79 26.81 35.94 31.79 0.00 31.79
Sensible (Btu/hr) 3420.62 2307.90 3093.84 689.64 0.00 3420.62 12,932.62
kW )
This document is property of Eni Muara Bakau B.V. It shall neither be shown to Third Parties not used for purposes other than those for which it has been sent.
20 of 35
Company Document Identification
Revision Index
2201801BMCHS0458
Rev. Number
Validity Status
PRELIMINARY HVAC COOLING LOAD (TOPSIDE BUILDING)
01
CD-FE
ENI MUARA BAKAU B.V
COOLING LOAD CALCULATION FOR SECOND FLOOR (Elevation 118.500)
VENTILATION AND FRESH AIR FLOW RATE Ventilation and Fresh Air Flow Rate for Instrument Floor : (Rp x Pz) + (Ra x Az)
Space Ventilation (Vbz)
Pz (Zone Population) Rp (Outdoor Air Flowrate required per person) Ra (Outdoor Air Flowrate required per area) Az (Zone floor area)
Pz Rp Ra
: : :
2 5 0.06
Person cfm/person
Az
:
3444
ft2
Ez (Air distribution effectiveness)
Ez
:
1
Zone Outdoor Airflow (Voz)
65.6 L
Instrument Room Size: (Feet)
: Vbz / Ez
52.5 W
16.40 H
W
H
cfm/ft2
2824
Minimum Air Change Volume
CFM
(As per Sec. 3.7 220801BMRBS0486 HVAC Design Philosophy)
Zone Outdoor Airflow (Voz)
: 216.63
cfm
Outdoor Air Flow Rate
471
CFM
(As per Sec. 3.7 220801BMRBS0486 HVAC Design Philosophy)
: 470.66
Make Up Air (CFM)
cfm
N/A : (Rp x Pz) + (Ra x Az)
Space Ventilation (Vbz)
Normal Room Size: (Feet) L
Pz (Zone Population) Rp (Outdoor Air Flowrate required per person) Ra (Outdoor Air Flowrate required per area) Az (Zone floor area)
Pz Rp Ra
: : :
Az
:
Ez (Air distribution effectiveness)
Ez
:
Zone Outdoor Airflow (Voz)
: Vbz / Ez
Person cfm/person cfm/ft2 0
ft2
Minimum Air Change Volume
0
CFM
(As per Sec. 3.7 220801BMRBS0486 HVAC Design Philosophy)
Zone Outdoor Airflow (Voz)
:
cfm
0
Outdoor Air Flow Rate
CFM
(As per Sec. 3.7 220801BMRBS0486 HVAC Design Philosophy)
Make Air (CFM)
:
cfm
Sensible Cooling Load
Total Sensible and Latent Cooling Load Instrument Floor 28.00 : 1.1 x CFM x DT (Outside - Inside Temperature) DT :
Latent Cooling Load
: 4680 x CFM x Dw
Dw
:
0.033
(Outside - Inside humidity ratio)
Leakage through door (As per Sec. 5.3.3. 220801BMRBS0486 HVAC Design Philosophy) 302.65 : (One Double Leaf 2.1 x 1.6 m and one single leaf 2.1 x 0.8 m door type with diff. pressure 30 Pa) CFM Q
Room Category
: Instrument Floor
Latent [Btu/hr]
:
No. Of People Total Make-Up Air(CFM)
: :
Sensible [Btu/hr] Total Heat [Btu/hr]
: :
2 470.66
This document is property of Eni Muara Bakau B.V. It shall neither be shown to Third Parties not used for purposes other than those for which it has been sent.
72,986.38 14,496.39 87,482.77
21 of 35
Company Document Identification
Revision Index
2201801BMCHS0458
Rev. Number
Validity Status
PRELIMINARY HVAC COOLING LOAD (TOPSIDE BUILDING)
01
CD-FE
ENI MUARA BAKAU B.V
COOLING LOAD CALCULATION FOR SECOND FLOOR (Elevation 118.500) INFILTRATION & INTERNAL LOAD Infiltration CFM
:
Total Crack Length x (Q/P from Fig. 5.11) 18.15 CFM Wind Speed Average : 7.5 MPH (Approx.) From Fig. 5.11 (Q/P) : 0.25 (k assumed : 1) 72.6 Total Crack Length in the room : feet
Internal Load Lighting qs
0.228547
:
CFM Leakage through wall and partition
: 1.1 x CFM x DT
Latent Cooling Load
: 4680 x CFM x Dw
(As per Sec. 5.3.3. 220801BMRBS0486 HVAC Design Philosophy, 10-5 m3/h per m2)
CFM
People : Sensible :
:
3.41 x qs x Fo x Fs x CLF
:
Total lamp wattage
Fo
:
0.7 (100% or all lamp are used)
Fs CLF
: :
(Table 4.1) 1.2 1
:
Sensible Cooling Load
10800
Latent
no's of people x qs x CLF no's of people x ql
:
Appliance & Power Equipment : Heat losses from instrument & electrical equipments
:
Appliance Data (Approx.) No. Item
Power Consumption Watt
See Appliance data table
Efficiency %
100
147,770
Heat Release/Unit [Btu/Hr]
(
3.41214
Total Heat Release [Btu/Hr]
504,211.93
)
Note a : taken from existing data (see Carrier Calculation R-1820-004129-013) 504,211.93 : Total Appliance Sensible [Btu/hr.ft2.0F] Total CFM Of Infiltration Infiltration Sensible [Btu/hr] Infiltration Latent [Btu/hr] People Sensible [Btu/hr] People Latent [Btu/hr]
: : : : :
TOTAL COOLING LOAD FOR : ROOM LOAD
COOLING LOAD 1. 2. 3. 4.
18.150 559.02 2,910.78 172 266
Sensible [Btu/hr] Latent [Btu/hr] Safety Factor (10%) TOTAL [Btu/hr]
Appliances Sensible[Btu/hr] Appliances Latent [Btu/hr] Lamp Sensible [Btu/hr]
: : :
Total Heat [Btu/hr]
:
Instrument Floor VENTILATION + MAKE-UP AIR
567,763.22 3,176.78 57,094.00 628,033.99
: : : :
14,496.39 72,986.38 8,748.28 96,231.05
504,212 0 31,819.39 539,939.12
TOTAL 582,259.61 76,163.15 65,842.28 724,265.04
ATTACHMENTS Calculation Outside Humidity Ratio at 103 deg. F : w = 0.62198 x (Pws) / (P - Pws) (Refer to ASHRAE Fundamentals Handbook, Chapter 6 - Psychrometrics, Equation 21) 1.016152 7.0061 psia) Pws : (Saturated Water = kPa Saturation Vapor Press at 103 oF Barometric Pressure Humidity Ratio with
at Area RH
(
14.7
psia)
90%
P
:
w :
101.3529 kPa 0.0416
lb/lb
Calculation Inside Humidity Ratio at 75 deg. F : w = 0.62198 x (Pws) / (P - Pws) (Refer to ASHRAE Fundamentals Handbook, Chapter 6 - Psychrometrics, Equation 21) 0.43 2.9647 psia) Pws : (Saturated Water = kPa Saturation Vapor Press at 75 oF Barometric Pressure Humidity Ratio with
at Area RH
( 45%
14.7
psia)
P
:
w :
101.3529 kPa 0.0084 lb/lb
This document is property of Eni Muara Bakau B.V. It shall neither be shown to Third Parties not used for purposes other than those for which it has been sent.
22 of 35
Company Document Identification
ENI MUARA BAKAU B.V
Revision Index
2201801BMCHS0458
Rev. Number
Validity Status
PRELIMINARY HVAC COOLING LOAD (TOPSIDE BUILDING)
01
CD-FE
COOLING LOAD CALCULATION FOR SECOND FLOOR (Elevation 118.500)
U (Door)
Lamp
0.46
Steel
amount
each lamp
Normal Room and Emergency Room
Watt
Total wattage
15
0
Total Wattage (as per HVAC Design Philosophy); 15 w/m2 10800
Door Dimension Length
:
6.8 ft
Height
:
5.3 ft
Item
Tag Number
Equipment
Sensible Heat
3.0
New
ICSS Server Cabinet
6000
3.1
009700JV001
DCS System Cabinet
10000
3.2
009700JJ001
DCS Marshalling Cabinet
7200
3.3
009800JK001
ESD System Cabinet
12000
3.4
009800JJ001
ESD Marshalling Cabinet
4000
3.5
007000JK001
F&G System Cabinet
8000
3.6
007000JJ001
F&G Marshalling Cabinet
7000
3.7
003601JK001
Booster Gas Compressor UCP-Train 1
2000
3.8
003602JK001
Booster Gas Compressor UCP-Train 2
2000
3.9
003603JK001
Booster Gas Compressor UCP-Train 3
2000
3.10
003601JK002
Export Gas Compressor UCP-Train 1
2000
3.11
003602JK002
Export Gas Compressor UCP-Train 2
2000
3.12
003603JK002
Export Gas Compressor UCP-Train 3
2000
3.13
03601JK003
Flash Gas Compressor UCP
1000
3.14
008800JV001
Electrical Power Unit
3000
3.15
008800JV002
Master Control Station
1000
3.16
New
ICSS Network Cabinet
32000
PABX Cabinet
2000
CCTV Cabinet
2750
Crane Radio System Cabinet
400
Meteo& Helideck Motion Cabinet
715
Server Cabinet
3200
Network LAN Cabinet-1
2145
Network LAN Cabinet-2
715
Network LAN Cabinet-3
6870
Network LAN Cabinet-4
715
Network LAN Cabinet-5
715
Network LAN Cabinet-6
715
PAGA-A System Cabinet
4180
PAGA-B System Cabinet
4180
Navigational System Cabinet
800
HLO Cabinet
1150
UHF Radio System Cabinet
2280
GMDSS Console
300
Operator Radio Console
960
ARPA Radar Console
200
Field Equipment on LQ Roof
580
UHF Radio Base Station (E&I Building)
350
Telecom Equipment Supplied by UPS Socket
100
Entertainment Cabinet
6250
Remark
2300
Note: this data will be finalize during detail engineering
147770.00
W
This document is property of Eni Muara Bakau B.V. It shall neither be shown to Third Parties not used for purposes other than those for which it has been sent.
23 of 35
Company Document Identification
Revision Index
2201801BMCHS0458
Rev. Number
Validity Status
PRELIMINARY HVAC COOLING LOAD (TOPSIDE BUILDING)
01
CD-FE
ENI MUARA BAKAU B.V
COOLING LOAD CALCULATION FOR WAREHOUSE (Elevation 103.500) GENERAL INFORMATION Project No. Project Name Zone Name Location Latitude Time & Month Elevation [ft]
: : : : : : :
: Inside Design Dry Bulb Temp. [0F] Inside Relative Humidity [%] : Inside Ratio Humidity [lb/lb dry air] : Outside Design Dry Bulb Temperature [oF] : Outside Relative Humidity [%] : Outside Ratio Humidity [lb/lb dry air] : Daily Range [K] : 46.58 Zone Size [L x W x H] (feet) :
870111 Jangkrik FPU Warehouse Makasar Strait 1.28 1500 & july 19 m
75.0 45 0.0084 103 90.0 0.0416 9 32.80 16.40
L
H
ASHRAE GRP 158 (COOLING & HEATING LOAD CALCULATION MANUAL)
:
Reference Calculation
W
ROOF FORMULA
:
U x A x CLTD
Material U [Btu/hr.ft2.0f] Roof Area (A) [ft2] CLTD [0F]
: : : :
Roof Sensible [Btu/hr]
:
CLTDCorr LM K CLTDCorr
Roof Without Ceiling 0.100 1527.82 14 ( w/o suspended ceiling ) 4,010.54
: [(CLTD + LM) x K + (78 - TR) + (TO - 85)] x f : 0 (big one) 0.75 : 1 ( dark color ) f : 23.21 (corr. With daily range) : 26.3
4,010.54
(no Corr)
FLOOR FORMULA
:
U x A x TD
Material U [Btu/hr.ft2.0f] Floor Area (A) [ft2] Temp Diff. (TD) [0F]
: Tiles (Raised Floor) : 0.100 1,527.82 : : 28 (Assume)
Floor Sensible [Btu/hr]
:
4,277.91 WALL & PARTITION
FORMULA
: :
U x A x (CLTD or CLTD Correction) U x A x TD
CLTD Correction :
U CLTD Correction
: : :
Sec 6. of 220801BMRBS0486 HVAC Design Philosophy ASHRAE GRP 158, Table 3.10 ASHRAE GRP 158, Table 3.13 & 3.12
LM (Latitude Correction) : (ASHRAE GRP 158, Table 3.12) -1 4 W : N : -7 -1 S : E :
K
Assume : for Temperature Different between conditioning space with unconditioning space(TD) : 28 0F
CLTDCorr NO. 1 2 3 5
MATERIAL H60 Fire wall H60 Fire wall Steel Door H60 Fire wall
Type
Face
Wall
W
Wall
S
Dbl. Door
E
Wall
E
Total heat gain through from roof, floor, wall, partition :
(Table 3.10)
A
:
: U
0.83
(Medium Wall Colored)
[(CLTD + LM) x K + (78 - TR) + (TO - 85)] CLTD
TD
(ft2) (Btu/hr.ft2.0F) (0F) (0F) 763.91 0.100 14.00 28 537.92 0.100 14.00 28 36.16 0.600 14.00 28 763.91 0.100 14.00 28 Total Wall & Door Sensible [Btu/hr] :
15,277.20
BTU/hr (
4.5
CLTD Corr. (0F) 31.79 26.81 31.79 31.79
Sensible (Btu/hr) 2428.48 1442.16 689.64 2428.48 6,988.76
kW )
This document is property of Eni Muara Bakau B.V. It shall neither be shown to Third Parties not used for purposes other than those for which it has been sent.
24 of 35
Company Document Identification
Revision Index
2201801BMCHS0458
Rev. Number
Validity Status
PRELIMINARY HVAC COOLING LOAD (TOPSIDE BUILDING)
01
CD-FE
ENI MUARA BAKAU B.V
COOLING LOAD CALCULATION FOR WAREHOUSE (Elevation 103.500) VENTILATION AND FRESH AIR FLOW RATE Ventilation and Fresh Air Flow Rate for Warehouse : (Rp x Pz) + (Ra x Az)
Space Ventilation (Vbz)
Pz (Zone Population) Rp (Outdoor Air Flowrate required per person) Ra (Outdoor Air Flowrate required per area) Az (Zone floor area)
Pz Rp Ra
: : :
4 5 0.06
Person cfm/person
Az
:
1528
ft2
Ez (Air distribution effectiveness)
Ez
:
1
Zone Outdoor Airflow (Voz)
46.6 L
Warehouse Size: (Feet)
: Vbz / Ez
32.8 W
16.40 H
W
H
cfm/ft2
1252.8
Minimum Air Change Volume
CFM
(As per Sec. 3.7 220801BMRBS0486 HVAC Design Philosophy)
Zone Outdoor Airflow (Voz)
: 111.67
cfm
208.8
Outdoor Air Flow Rate
CFM
(As per Sec. 3.7 220801BMRBS0486 HVAC Design Philosophy)
: 208.80
Make Air (CFM)
cfm
N/A : (Rp x Pz) + (Ra x Az)
Space Ventilation (Vbz)
Size: (Feet) L
Pz (Zone Population) Rp (Outdoor Air Flowrate required per person) Ra (Outdoor Air Flowrate required per area) Az (Zone floor area)
Pz Rp Ra
: : :
Az
:
Ez (Air distribution effectiveness)
Ez
:
Zone Outdoor Airflow (Voz)
: Vbz / Ez
Person cfm/person cfm/ft2 0
ft2
Minimum Air Change Volume
0
CFM
(As per Sec. 3.7 220801BMRBS0486 HVAC Design Philosophy)
Zone Outdoor Airflow (Voz)
:
cfm
0
Outdoor Air Flow Rate
CFM
(As per Sec. 3.7 220801BMRBS0486 HVAC Design Philosophy)
Make Air (CFM)
:
cfm
Sensible Cooling Load
Total Sensible and Latent Cooling Load Warehouse 28.00 : 1.1 x CFM x DT (Outside - Inside Temperature) DT :
Latent Cooling Load
: 4680 x CFM x Dw
Dw
:
0.033
(Outside - Inside humidity ratio)
Leakage through door (As per Sec. 5.3.3. 220801BMRBS0486 HVAC Design Philosophy) 202.00 : (One Double Leaf 2.1 x 1.6 m and one single leaf 2.1 x 0.8 m door type with diff. pressure 30 Pa) CFM Q
Room Category No. Of People Total Make-Up Air(CFM)
: Warehouse : 2 208.80 :
Latent [Btu/hr] Sensible [Btu/hr] Total Heat [Btu/hr]
: : :
This document is property of Eni Muara Bakau B.V. It shall neither be shown to Third Parties not used for purposes other than those for which it has been sent.
32,379.38 6,431.12 38,810.50
25 of 35
Company Document Identification
Revision Index
2201801BMCHS0458
Rev. Number
Validity Status
PRELIMINARY HVAC COOLING LOAD (TOPSIDE BUILDING)
01
CD-FE
ENI MUARA BAKAU B.V
COOLING LOAD CALCULATION FOR WAREHOUSE (Elevation 103.500) INFILTRATION & INTERNAL LOAD Infiltration CFM
:
Total Crack Length x (Q/P from Fig. 5.11) 18.15 CFM Wind Speed Average : 7.5 MPH (Approx.) From Fig. 5.11 (Q/P) : 0.25 (k assumed : 1) 72.6 Total Crack Length in the room : feet
Internal Load Lighting qs
0.121879
:
CFM Leakage through wall and partition
: 1.1 x CFM x DT
Latent Cooling Load
: 4680 x CFM x Dw
(As per Sec. 5.3.3. 220801BMRBS0486 HVAC Design Philosophy, 10-5 m3/h per m2)
CFM
People : Sensible :
:
3.41 x qs x Fo x Fs x CLF
:
Total lamp wattage
Fo
:
0.7 (100% or all lamp are used)
Fs CLF
: :
(Table 4.1) 1.2 1
:
Sensible Cooling Load
1704
Latent
no's of people x qs x CLF no's of people x ql
:
Appliance & Power Equipment : Heat losses from instrument & electrical equipments
:
Appliance Data (Approx.) No. Item
Power Consumption Watt
See Appliance data table
Efficiency %
100
0
Heat Release/Unit [Btu/Hr]
(
3.41214
Total Heat Release [Btu/Hr]
-
)
Note a : taken from existing data (see Carrier Calculation R-1820-004129-013) 0.00 : Total Appliance Sensible [Btu/hr.ft2.0F] Total CFM Of Infiltration Infiltration Sensible [Btu/hr] Infiltration Latent [Btu/hr] People Sensible [Btu/hr] People Latent [Btu/hr]
: : : : :
TOTAL COOLING LOAD FOR : ROOM LOAD
COOLING LOAD 1. 2. 3. 4.
18.150 559.02 2,910.78 172 266
Sensible [Btu/hr] Latent [Btu/hr] Safety Factor (10%) TOTAL [Btu/hr]
Appliances Sensible[Btu/hr] Appliances Latent [Btu/hr] Lamp Sensible [Btu/hr]
: : :
Total Heat [Btu/hr]
:
Warehouse VENTILATION + MAKE-UP AIR
21,028.61 3,176.78 2,420.54 26,625.93
: : : :
6,431.12 32,379.38 3,881.05 42,691.55
0 0 5,020.39 8,928.19
TOTAL 27,459.73 35,556.16 6,301.59 69,317.48
ATTACHMENTS Calculation Outside Humidity Ratio at 103 deg. F : w = 0.62198 x (Pws) / (P - Pws) (Refer to ASHRAE Fundamentals Handbook, Chapter 6 - Psychrometrics, Equation 21) 1.016152 7.0061 psia) Pws : (Saturated Water = kPa Saturation Vapor Press at 103 oF Barometric Pressure Humidity Ratio with
at Area RH
(
14.7
psia)
90%
P
:
w :
101.3529 kPa 0.0416
lb/lb
Calculation Inside Humidity Ratio at 75 deg. F : w = 0.62198 x (Pws) / (P - Pws) (Refer to ASHRAE Fundamentals Handbook, Chapter 6 - Psychrometrics, Equation 21) 0.43 2.9647 psia) Pws : (Saturated Water = kPa Saturation Vapor Press at 75 oF Barometric Pressure Humidity Ratio with
at Area RH
( 45%
14.7
psia)
P
:
w :
101.3529 kPa 0.0084 lb/lb
This document is property of Eni Muara Bakau B.V. It shall neither be shown to Third Parties not used for purposes other than those for which it has been sent.
26 of 35
Company Document Identification
ENI MUARA BAKAU B.V
Revision Index
2201801BMCHS0458
Rev. Number
Validity Status
PRELIMINARY HVAC COOLING LOAD (TOPSIDE BUILDING)
01
CD-FE
COOLING LOAD CALCULATION FOR WAREHOUSE (Elevation 103.500)
U (Door)
Lamp
amount
each lamp
Watt
Total wattage
Total Wattage (as per HVAC Design Philosophy); 15 w/m2
0.46
Steel
Warehouse
12
0
1704
Door Dimension Length
:
6.8 ft
Height
:
5.3 ft
Item
Tag Number
Note: this data will be finalize during detail engineering
Equipment
Sensible Heat
0.00
Remark
W
This document is property of Eni Muara Bakau B.V. It shall neither be shown to Third Parties not used for purposes other than those for which it has been sent.
27 of 35
Company Document Identification
Revision Index
2201801BMCHS0458
Rev. Number
Validity Status
PRELIMINARY HVAC COOLING LOAD (TOPSIDE BUILDING)
01
CD-FE
ENI MUARA BAKAU B.V
COOLING LOAD CALCULATION FOR WORKSHOP (Elevation 103.500) GENERAL INFORMATION Project No. Project Name Zone Name Location Latitude Time & Month Elevation [ft]
: : : : : : :
: Inside Design Dry Bulb Temp. [0F] Inside Relative Humidity [%] : Inside Ratio Humidity [lb/lb dry air] : Outside Design Dry Bulb Temperature [oF] : Outside Relative Humidity [%] : Outside Ratio Humidity [lb/lb dry air] : Daily Range [K] : 46.58 Zone Size [L x W x H] (feet) :
870111 Jangkrik FPU Workshop Makasar Strait 1.28 1500 & july 19 m
75.0 45 0.0084 103 90.0 0.0416 9 32.80 16.40
L
H
ASHRAE GRP 158 (COOLING & HEATING LOAD CALCULATION MANUAL)
:
Reference Calculation
W
ROOF FORMULA
:
U x A x CLTD
Material U [Btu/hr.ft2.0f] Roof Area (A) [ft2] CLTD [0F]
: : : :
Roof Sensible [Btu/hr]
:
CLTDCorr LM K CLTDCorr
Roof Without Ceiling 0.100 1527.82 14 ( w/o suspended ceiling ) 4,010.54
: [(CLTD + LM) x K + (78 - TR) + (TO - 85)] x f : 0 (big one) 0.75 : 1 ( dark color ) f : 23.21 (corr. With daily range) : 26.3
4,010.54
(no Corr)
FLOOR FORMULA
:
U x A x TD
Material U [Btu/hr.ft2.0f] Floor Area (A) [ft2] Temp Diff. (TD) [0F]
: Tiles (Raised Floor) : 0.100 1,527.82 : : 28 (Assume)
Floor Sensible [Btu/hr]
:
4,277.91 WALL & PARTITION
FORMULA
: :
U x A x (CLTD or CLTD Correction) U x A x TD
CLTD Correction :
U CLTD Correction
: : :
Sec 6. of 220801BMRBS0486 HVAC Design Philosophy ASHRAE GRP 158, Table 3.10 ASHRAE GRP 158, Table 3.13 & 3.12
LM (Latitude Correction) : (ASHRAE GRP 158, Table 3.12) -1 4 W : N : -7 -1 S : E :
K
Assume : for Temperature Different between conditioning space with unconditioning space(TD) : 28 0F
CLTDCorr NO. 1 2 3 4
MATERIAL H60 Fire wall H60 Fire wall Steel Door H60 Fire wall
Type
Face
Wall
W
Wall
S
Dbl. Door
E
Wall
E
Total heat gain through from roof, floor, wall, partition :
(Table 3.10)
A
:
: U
0.83
(Medium Wall Colored)
[(CLTD + LM) x K + (78 - TR) + (TO - 85)] CLTD
TD
(ft2) (Btu/hr.ft2.0F) (0F) (0F) 763.91 0.100 14.00 28 537.92 0.100 14.00 28 36.16 0.600 14.00 28 763.91 0.100 14.00 28 Total Wall & Door Sensible [Btu/hr] :
15,277.20
BTU/hr (
4.5
CLTD Corr. (0F) 31.79 26.81 31.79 31.79
Sensible (Btu/hr) 2428.48 1442.16 689.64 2428.48 6,988.76
kW )
This document is property of Eni Muara Bakau B.V. It shall neither be shown to Third Parties not used for purposes other than those for which it has been sent.
28 of 35
Company Document Identification
Revision Index
2201801BMCHS0458
Rev. Number
Validity Status
PRELIMINARY HVAC COOLING LOAD (TOPSIDE BUILDING)
01
CD-FE
ENI MUARA BAKAU B.V
COOLING LOAD CALCULATION FOR WORKSHOP (Elevation 103.500) VENTILATION AND FRESH AIR FLOW RATE Ventilation and Fresh Air Flow Rate for Workshop : (Rp x Pz) + (Ra x Az)
Space Ventilation (Vbz)
46.6 L
Workshop Size: (Feet)
Pz (Zone Population) Rp (Outdoor Air Flowrate required per person) Ra (Outdoor Air Flowrate required per area) Az (Zone floor area)
Pz Rp Ra
: : :
4 5 0.06
Person cfm/person
Az
:
1528
ft2
Ez (Air distribution effectiveness)
Ez
:
1
Zone Outdoor Airflow (Voz)
: Vbz / Ez
32.8 W
16.40 H
W
H
cfm/ft2
1252.8
Minimum Air Change Volume
CFM
(As per Sec. 3.7 220801BMRBS0486 HVAC Design Philosophy)
Zone Outdoor Airflow (Voz)
: 111.67
cfm
208.8
Outdoor Air Flow Rate
CFM
(As per Sec. 3.7 220801BMRBS0486 HVAC Design Philosophy)
: 208.80
Make Air (CFM)
cfm
N/A : (Rp x Pz) + (Ra x Az)
Space Ventilation (Vbz)
Size: (Feet) L
Pz (Zone Population) Rp (Outdoor Air Flowrate required per person) Ra (Outdoor Air Flowrate required per area) Az (Zone floor area)
Pz Rp Ra
: : :
Az
:
Ez (Air distribution effectiveness)
Ez
:
Zone Outdoor Airflow (Voz)
: Vbz / Ez
Person cfm/person cfm/ft2 0
ft2
Minimum Air Change Volume
0
CFM
(As per Sec. 3.7 220801BMRBS0486 HVAC Design Philosophy)
Zone Outdoor Airflow (Voz)
:
cfm
0
Outdoor Air Flow Rate
CFM
(As per Sec. 3.7 220801BMRBS0486 HVAC Design Philosophy)
Make Air (CFM)
:
cfm
Sensible Cooling Load
Total Sensible and Latent Cooling Load Workshop 28.00 : 1.1 x CFM x DT (Outside - Inside Temperature) DT :
Latent Cooling Load
: 4680 x CFM x Dw
Dw
:
0.033
(Outside - Inside humidity ratio)
Leakage through door (As per Sec. 5.3.3. 220801BMRBS0486 HVAC Design Philosophy) 202.00 : (One Double Leaf 2.1 x 1.6 m and one single leaf 2.1 x 0.8 m door type with diff. pressure 30 Pa) CFM Q
Room Category No. Of People Total Make-Up Air(CFM)
: Workshop : 4 208.80 :
Latent [Btu/hr] Sensible [Btu/hr] Total Heat [Btu/hr]
: : :
This document is property of Eni Muara Bakau B.V. It shall neither be shown to Third Parties not used for purposes other than those for which it has been sent.
32,379.38 6,431.12 38,810.50
29 of 35
Company Document Identification
Revision Index
2201801BMCHS0458
Rev. Number
Validity Status
PRELIMINARY HVAC COOLING LOAD (TOPSIDE BUILDING)
01
CD-FE
ENI MUARA BAKAU B.V
COOLING LOAD CALCULATION FOR WORKSHOP (Elevation 103.500) INFILTRATION & INTERNAL LOAD Infiltration CFM
:
Total Crack Length x (Q/P from Fig. 5.11) 18.15 CFM Wind Speed Average : 7.5 MPH (Approx.) From Fig. 5.11 (Q/P) : 0.25 (k assumed : 1) 72.6 Total Crack Length in the room : feet
Internal Load Lighting qs
0.121879
:
CFM Leakage through wall and partition
: 1.1 x CFM x DT
Latent Cooling Load
: 4680 x CFM x Dw
(As per Sec. 5.3.3. 220801BMRBS0486 HVAC Design Philosophy, 10-5 m3/h per m2)
CFM
People : Sensible :
:
3.41 x qs x Fo x Fs x CLF
:
Total lamp wattage
Fo
:
0.7 (100% or all lamp are used)
Fs CLF
: :
(Table 4.1) 1.2 1
:
Sensible Cooling Load
2130
Latent
no's of people x qs x CLF no's of people x ql
:
Appliance & Power Equipment : Heat losses from instrument & electrical equipments
:
Appliance Data (Approx.) No. Item
Power Consumption Watt
See Appliance data table
Efficiency %
100
14,000
Heat Release/Unit [Btu/Hr]
(
3.41214
Total Heat Release [Btu/Hr]
47,769.96
)
Note a : taken from existing data (see Carrier Calculation R-1820-004129-013) 47,769.96 : Total Appliance Sensible [Btu/hr.ft2.0F] Total CFM Of Infiltration Infiltration Sensible [Btu/hr] Infiltration Latent [Btu/hr] People Sensible [Btu/hr] People Latent [Btu/hr]
: : : : :
TOTAL COOLING LOAD FOR : ROOM LOAD
COOLING LOAD 1. 2. 3. 4.
18.150 559.02 2,910.78 344 532
Sensible [Btu/hr] Latent [Btu/hr] Safety Factor (10%) TOTAL [Btu/hr]
Appliances Sensible[Btu/hr] Appliances Latent [Btu/hr] Lamp Sensible [Btu/hr]
: : :
Total Heat [Btu/hr]
:
Workshop VENTILATION + MAKE-UP AIR
70,225.67 3,442.78 7,366.84 81,035.29
: : : :
6,431.12 32,379.38 3,881.05 42,691.55
47,770 0 6,275.49 58,391.25
TOTAL 76,656.79 35,822.16 11,247.89 123,726.84
ATTACHMENTS Calculation Outside Humidity Ratio at 103 deg. F : w = 0.62198 x (Pws) / (P - Pws) (Refer to ASHRAE Fundamentals Handbook, Chapter 6 - Psychrometrics, Equation 21) 1.016152 7.0061 psia) Pws : (Saturated Water = kPa Saturation Vapor Press at 103 oF Barometric Pressure Humidity Ratio with
at Area RH
(
14.7
psia)
90%
P
:
w :
101.3529 kPa 0.0416
lb/lb
Calculation Inside Humidity Ratio at 75 deg. F : w = 0.62198 x (Pws) / (P - Pws) (Refer to ASHRAE Fundamentals Handbook, Chapter 6 - Psychrometrics, Equation 21) 0.43 2.9647 psia) Pws : (Saturated Water = kPa Saturation Vapor Press at 75 oF Barometric Pressure Humidity Ratio with
at Area RH
( 45%
14.7
psia)
P
:
w :
101.3529 kPa 0.0084 lb/lb
This document is property of Eni Muara Bakau B.V. It shall neither be shown to Third Parties not used for purposes other than those for which it has been sent.
30 of 35
Company Document Identification
ENI MUARA BAKAU B.V
Revision Index
2201801BMCHS0458
Rev. Number
Validity Status
PRELIMINARY HVAC COOLING LOAD (TOPSIDE BUILDING)
01
CD-FE
COOLING LOAD CALCULATION FOR WORKSHOP (Elevation 103.500)
U (Door)
Lamp
0.46
Steel
amount
Workshop
each lamp
Watt
Total wattage
15
0
Total Wattage (as per HVAC Design Philosophy); 15 w/m2 2130
Door Dimension Length
:
6.8 ft
Height
:
5.3 ft
Item
Tag Number
Note: this data will be finalize during detail engineering
Equipment
Sensible Heat
Drilling Machine Portable
1000
Grinding Machine Portable
1000
Welding Machine Portable
5000
Cutting Machine Portabe
2000
Injection Pump/Hydraulic Pump
3000
Vacuum Pump
2000
14000.00
Remark
W
This document is property of Eni Muara Bakau B.V. It shall neither be shown to Third Parties not used for purposes other than those for which it has been sent.
31 of 35
Company Document Identification
Revision Index
2201801BMCHS0458
Rev. Number
Validity Status
PRELIMINARY HVAC COOLING LOAD (TOPSIDE BUILDING)
01
CD-FE
ENI MUARA BAKAU B.V
COOLING LOAD CALCULATION FOR LABORATORY (103.500) GENERAL INFORMATION Project No. Project Name Zone Name Location Latitude Time & Month Elevation [ft]
: : : : : : :
: Inside Design Dry Bulb Temp. [0F] Inside Relative Humidity [%] : Inside Ratio Humidity [lb/lb dry air] : Outside Design Dry Bulb Temperature [oF] : Outside Relative Humidity [%] : Outside Ratio Humidity [lb/lb dry air] : Daily Range [K] : 28.85 Zone Size [L x W x H] (feet) :
870111 Jangkrik FPU Laboratory Makasar Strait 1.28 1500 & july 19 m
75.0 45 0.0084 103 90.0 0.0416 9 19.68 16.40
L
H
ASHRAE GRP 158 (COOLING & HEATING LOAD CALCULATION MANUAL)
:
Reference Calculation
W
ROOF FORMULA
:
U x A x CLTD
Material U [Btu/hr.ft2.0f] Roof Area (A) [ft2] CLTD [0F]
: : : :
Roof Sensible [Btu/hr]
:
CLTDCorr LM K CLTDCorr
Roof Without Ceiling 0.100 567.77 14 ( w/o suspended ceiling ) 1,490.39
: [(CLTD + LM) x K + (78 - TR) + (TO - 85)] x f : 0 (big one) 0.75 : 1 ( dark color ) f : 23.21 (corr. With daily range) : 26.3
1,490.39
(no Corr)
FLOOR FORMULA
:
U x A x TD
Material U [Btu/hr.ft2.0f] Floor Area (A) [ft2] Temp Diff. (TD) [0F]
: Tiles (Raised Floor) : 0.100 567.77 : : 28 (Assume)
Floor Sensible [Btu/hr]
:
1,589.75 WALL & PARTITION
FORMULA
: :
U x A x (CLTD or CLTD Correction) U x A x TD
CLTD Correction :
U CLTD Correction
: : :
Sec 6. of 220801BMRBS0486 HVAC Design Philosophy ASHRAE GRP 158, Table 3.10 ASHRAE GRP 158, Table 3.13 & 3.12
LM (Latitude Correction) : (ASHRAE GRP 158, Table 3.12) -1 4 W : N : -7 -1 S : E :
K
Assume : for Temperature Different between conditioning space with unconditioning space(TD) : 28 0F
CLTDCorr NO. 1 2 3 4 5
MATERIAL H60 Fire wall H60 Fire wall Steel Door H60 Fire wall H60 Fire wall
Type
Face
Wall
W
Wall
S
Dbl. Door
E
Wall
E
Wall
N
Total heat gain through from roof, floor, wall, partition :
(Table 3.10)
A
:
: U
0.83
(Medium Wall Colored)
[(CLTD + LM) x K + (78 - TR) + (TO - 85)] CLTD
TD
(ft2) (Btu/hr.ft2.0F) (0F) (0F) 473.14 0.100 14.00 28 322.75 0.100 14.00 28 36.16 0.600 14.00 28 473.14 0.100 14.00 28 322.75 0.100 14.00 28 Total Wall & Door Sensible [Btu/hr] : 9,351.95
BTU/hr (
2.7
CLTD Corr. (0F) 31.79 26.81 31.79 31.79 52.94
Sensible (Btu/hr) 1504.11 865.30 689.64 1504.11 1708.65 6,271.81
kW )
This document is property of Eni Muara Bakau B.V. It shall neither be shown to Third Parties not used for purposes other than those for which it has been sent.
32 of 35
Company Document Identification
Revision Index
2201801BMCHS0458
Rev. Number
Validity Status
PRELIMINARY HVAC COOLING LOAD (TOPSIDE BUILDING)
01
CD-FE
ENI MUARA BAKAU B.V
COOLING LOAD CALCULATION FOR LABORATORY (103.500) VENTILATION AND FRESH AIR FLOW RATE Ventilation and Fresh Air Flow Rate for Laboratory : (Rp x Pz) + (Ra x Az)
Space Ventilation (Vbz)
28.9 L
Laboratory Size: (Feet)
Pz (Zone Population) Rp (Outdoor Air Flowrate required per person) Ra (Outdoor Air Flowrate required per area) Az (Zone floor area)
Pz Rp Ra
: : :
4 5 0.06
Person cfm/person
Az
:
568
ft2
Ez (Air distribution effectiveness)
Ez
:
1
Zone Outdoor Airflow (Voz)
: Vbz / Ez
19.7 W
16.40 H
W
H
cfm/ft2
1241.5
Minimum Air Change Volume
CFM
(As per Sec. 3.7 220801BMRBS0486 HVAC Design Philosophy)
Zone Outdoor Airflow (Voz)
: 54.07
cfm
1241.5
Outdoor Air Flow Rate
CFM
(As per Sec. 3.7 220801BMRBS0486 HVAC Design Philosophy)
: 1241.52
Make Air (CFM)
cfm
N/A : (Rp x Pz) + (Ra x Az)
Space Ventilation (Vbz)
Normal Room Size: (Feet) L
Pz (Zone Population) Rp (Outdoor Air Flowrate required per person) Ra (Outdoor Air Flowrate required per area) Az (Zone floor area)
Pz Rp Ra
: : :
Az
:
Ez (Air distribution effectiveness)
Ez
:
Zone Outdoor Airflow (Voz)
: Vbz / Ez
Person cfm/person cfm/ft2 0
ft2
Minimum Air Change Volume
0
CFM
(As per Sec. 3.7 220801BMRBS0486 HVAC Design Philosophy)
Zone Outdoor Airflow (Voz)
:
cfm
0
Outdoor Air Flow Rate
CFM
(As per Sec. 3.7 220801BMRBS0486 HVAC Design Philosophy)
Make Air (CFM)
:
cfm
Sensible Cooling Load
Total Sensible and Latent Cooling Load Electrical Floor 28.00 : 1.1 x CFM x DT (Outside - Inside Temperature) DT :
Latent Cooling Load
: 4680 x CFM x Dw
Dw
:
0.033
(Outside - Inside humidity ratio)
Leakage through door (As per Sec. 5.3.3. 220801BMRBS0486 HVAC Design Philosophy) 302.65 : (One Double Leaf 2.1 x 1.6 m and one single leaf 2.1 x 0.8 m door type with diff. pressure 30 Pa) CFM Q
Room Category No. Of People Total Make-Up Air(CFM)
: Laboratory : 4 1241.52 :
Latent [Btu/hr] Sensible [Btu/hr] Total Heat [Btu/hr]
: : :
192,524.54 38,238.80 230,763.34
This document is property of Eni Muara Bakau B.V. It shall neither be shown to Third Parties not used for purposes other than those for which it has been sent.
33 of 35
Company Document Identification
Revision Index
2201801BMCHS0458
Rev. Number
Validity Status
PRELIMINARY HVAC COOLING LOAD (TOPSIDE BUILDING)
01
CD-FE
ENI MUARA BAKAU B.V
COOLING LOAD CALCULATION FOR LABORATORY (103.500) INFILTRATION & INTERNAL LOAD Infiltration CFM
:
Total Crack Length x (Q/P from Fig. 5.11) 18.15 CFM Wind Speed Average : 7.5 MPH (Approx.) From Fig. 5.11 (Q/P) : 0.25 (k assumed : 1) 72.6 Total Crack Length in the room : feet
Internal Load Lighting qs
0.074873
:
CFM Leakage through wall and partition
: 1.1 x CFM x DT
Latent Cooling Load
: 4680 x CFM x Dw
(As per Sec. 5.3.3. 220801BMRBS0486 HVAC Design Philosophy, 10-5 m3/h per m2)
CFM
People : Sensible :
:
3.41 x qs x Fo x Fs x CLF
:
Total lamp wattage
Fo
:
0.7 (100% or all lamp are used)
Fs CLF
: :
(Table 4.1) 1.2 1
:
Sensible Cooling Load
633.24
Latent
no's of people x qs x CLF no's of people x ql
:
Appliance & Power Equipment : Heat losses from instrument & electrical equipments
:
Appliance Data (Approx.) No. Item
Power Consumption Watt
See Appliance data table
Efficiency %
100
12,100
Heat Release/Unit [Btu/Hr]
(
3.41214
Total Heat Release [Btu/Hr]
41,286.89
)
Note a : taken from existing data (see Carrier Calculation R-1820-004129-013) 41,286.89 : Total Appliance Sensible [Btu/hr.ft2.0F] Total CFM Of Infiltration Infiltration Sensible [Btu/hr] Infiltration Latent [Btu/hr] People Sensible [Btu/hr] People Latent [Btu/hr]
: : : : :
TOTAL COOLING LOAD FOR : ROOM LOAD
COOLING LOAD 1. 2. 3. 4.
18.150 559.02 2,910.78 344 532
Sensible [Btu/hr] Latent [Btu/hr] Safety Factor (10%) TOTAL [Btu/hr]
Appliances Sensible[Btu/hr] Appliances Latent [Btu/hr] Lamp Sensible [Btu/hr]
: : :
Total Heat [Btu/hr]
:
Laboratory VENTILATION + MAKE-UP AIR
53,407.54 3,442.78 5,685.03 62,535.35
: : : :
38,238.80 192,524.54 23,076.33 253,839.67
41,287 0 1,865.68 47,498.37
TOTAL 91,646.34 195,967.32 28,761.37 316,375.03
ATTACHMENTS Calculation Outside Humidity Ratio at 103 deg. F : w = 0.62198 x (Pws) / (P - Pws) (Refer to ASHRAE Fundamentals Handbook, Chapter 6 - Psychrometrics, Equation 21) 1.016152 7.0061 psia) Pws : (Saturated Water = kPa Saturation Vapor Press at 103 oF Barometric Pressure Humidity Ratio with
at Area RH
(
14.7
psia)
90%
P
:
w :
101.3529 kPa 0.0416
lb/lb
Calculation Inside Humidity Ratio at 75 deg. F : w = 0.62198 x (Pws) / (P - Pws) (Refer to ASHRAE Fundamentals Handbook, Chapter 6 - Psychrometrics, Equation 21) 0.43 2.9647 psia) Pws : (Saturated Water = kPa Saturation Vapor Press at 75 oF Barometric Pressure Humidity Ratio with
at Area RH
( 45%
14.7
psia)
P
:
w :
101.3529 kPa 0.0084 lb/lb
This document is property of Eni Muara Bakau B.V. It shall neither be shown to Third Parties not used for purposes other than those for which it has been sent.
34 of 35
Company Document Identification
ENI MUARA BAKAU B.V
Revision Index
2201801BMCHS0458
Rev. Number
Validity Status
PRELIMINARY HVAC COOLING LOAD (TOPSIDE BUILDING)
01
CD-FE
COOLING LOAD CALCULATION FOR LABORATORY (103.500)
U (Door)
Lamp
amount
each lamp
Watt
Total wattage
12
0
Total Wattage (as per HVAC Design Philosophy); 12 w/m2
0.46
Steel
Laboratory
633.24
Door Dimension Length
:
6.8 ft
Height
:
5.3 ft
Item
Tag Number
Note: this data will be finalize during detail engineering
Equipment
Sensible Heat
Computer
6000
Electric Kettle
1000
Gas Cooker
600
Refrigeration
1000
Strilizer
3500
12100.00
Remark
W
This document is property of Eni Muara Bakau B.V. It shall neither be shown to Third Parties not used for purposes other than those for which it has been sent.
35 of 35
View more...
Comments
