Utility Consumption List

105 N. Sandusky St., Mt. Vernon, OH 43050

Utility Consumption List (See Note 13)

Rolls-Royce Document Number: GED00329287 TRENT 60 WLE Gas Turbine Package - Trent 60 WLE Dual Fuel (ONPG) M.A587 Dammam Port Rev.

Date

0

13-Jun-14

1

26-Aug-14

2

28-Aug-14

3

25-Sep-14

4

1-Apr-15

Prepared by

Checked by

Rebecca Conway

Kathy Zhang

ECO 68481.61- Updated Table A for Ventilation System, VDF-MCC, and WSAC system.

Kathy Zhang

Rebecca Conway

Certified As Built

ECO 68481.62 - Revised 75WF/88WF, 75WI13/88WI1-3, 75IFW/88IFW, 75CPW1-3/88CPW1-3 and 75SRM/88SRM.

Kathy Zhang

John Stanley

Certified As Built Certified As Built

ECO 68481.65 - Revised water injection pump motor 88WI1/88WI2/88WI3 VFD rating to 90kW. ECO 68481.79 - Update Instrument Airflows - adding standard, removing ISI purge

Kathy Zhang

John Stanley

David Vics

John Stanley

Issue Certified As Built Certified As Built

ECO No. / Description ECO 68481.41 - Initial Release

Page 1 of 14

GED00329287, Rev 04

105 N. Sandusky St., Mt. Vernon, OH 43050

Date: 04-01-2015

Project: M.A587

Sheet: 1 of 13

Document: GED00329287 Utility Consumption List

Rev: 4

Engineer: Rebecca Conway, Kathy Zhang

Project Lead Engineer John Stanley

Auxiliary Power, Lube Oils, Fluids, and Air Requirements - Table A - Details of auxiliary loads.

- Table E Lube Oil Operating Requirements & Properties

- Table B - Not used.

- Table F1 Coolant Operating Requirements & Properties

- Table C - Not used.

- Table F2 Water Wash Operating Requirements & Properties

- Table D1 Gas Fuel Quality Requirements

- Table F3 Demineralized Water Operating Requirements & Properties

- Table D2 Liquid Fuel Quality Requirements

- Table G Instrument Air Operating Requirements & Properties

- Table D3 Water Quality Requirements

Power Load Table A Tag No.

Conn. No.

System/Component

95EVGT1

E257

95EVGT2

E260

95EVGT3

E263

88EVGT1

E256

Fan - GT Enclosure Ventilation #1 - See Note 15

88EVGT2

E259

Fan - GT Enclosure Ventilation #2 - See Note 15

88EVGT3

E262

Fan - GT Enclosure Ventilation #3 - See Note 15

Qty.

Power Ea.(kW) Normal Operation

Power Total (kW) Nornal Operation

3

0.05 (per heater)

0.15

Duty in Normal Operation Condition

Black Start See Note 21

Intermittent

N

Intermittent

N

Intermittent

N

Continuous

Y

Phase

Voltage

Hz

1

120VAC

60Hz

3

480VAC

60Hz

GT-Ventilation System (GED00162919) Anti-Con Heaters GT enclosure - Vent. Fans

3

74.6 (per motor)

223.8

Continuous

Y

Stand-By

N

95EVGTSH

E264

G/T Enclosure Space heater. See Note 3 & 6

1

7.5

7.5

Intermittent

N

3

480VAC

60Hz

97EVGTL1 - 4

E253

GT Enclosure - High Pressure Sodium Lamp

4

0.1

0.4

Intermittent

N

1

120VAC

60Hz

97EVGTEL1 - 2

E252

G/T Well Glass Light Fitting (emergency) 4 hours back up by UPS. See Note 24

2

0.1 (per light)

0.2

Intermittent

N

88IFS

E201

Fan - Secondary Air Duct (ASC) - See Note 25

1

55

55

Continuous

Y

3

480VAC

60Hz

95IFS

E203

Anti-Con Heater ASC Fan

1

0.08

1

Intermittent

N

1

120VAC

60Hz

97IFL1 - 2

E203

Internal Filter Access Lighting (Normal)

2

0.032 (per light)

0.064

Intermittent

N

1

120VAC

60Hz

0.072

Intermittent

N

1

120VAC

60Hz

24VDC

GT - Combustion System Air System (GED00181951)

97IFEL1 - 2

E203

Internal Filter Access Lighting (Emergency)

2

0.036 (per light)

97IFEL3

E203

External Filter Access Lighting (Emergency)

1

0.036 (per light)

0.036

Intermittent

N

1

120VAC

60Hz

E1

E202

Filter House Control Panel Anti Condensation Heater

1

0.1

0.1

Intermittent

N

1

120VAC

60Hz

E202

Filter House Control Panel Pulse Solenoid Enclosure Heaters

8

0.1 (per heater)

0.8

Intermittent

N

1

120VAC

60Hz

Anti-Con Heater Water Injection Pump Motor

3

Refer to MCC VFD Section

Heat Trace Water Injection Forwarding - See Note 6

1

26.2 watts / m (Approx. 10 m)

0.262

Intermittent

N

1

120VAC

60Hz

Motor - Pump - WLE / Water Injection - See Note 5 & 14

3

Refer to MCC VFD Section

Water Injection Metering System (GED00162923) 95WI1

E235

95WI2

E237

95WI3

E239

95WIH

E233

75WID1 / 88WI1

E234

75WID2 / 88WI2

E236

75WID3 / 88WI3

E238

88EVWI

E247

WIJ Enclosure Ventilation Fan Motor

1

1.5

1.5

Continuous

N

3

460VAC

60Hz

95EVWI

E249

WIJ Enclosure Ventilation Fan Motor Anti-Condensation Heater

1

0.05

0.05

Intermittent

N

1

120VAC

60Hz

97EVWI

E255

WIJ Enclosure - Fluorescent Lamp

2

0.032

0.064

Intermittent

N

1

120VAC

60Hz

Page 2 of 14

GED00329287, Rev 04

Power Load Table A Tag No.

Conn. No.

95FPLEGTH

E292

System/Component

Qty.

Power Ea.(kW) Normal Operation

Power Total (kW) Nornal Operation

Duty

Black Start

Phase

Voltage

Hz

1

1.8

1.8

Intermittent

N

1

120VAC

60Hz

2

7.5 (per motor)

15

3

480VAC

60Hz

0.04 (per heater)

0.08

1

120VAC

60Hz

243 (VFD) 215 (Motor)

458

3

380-690VAC (VFD)

60Hz

Fire & Gas System (GED00162924) CO2 Skid Enclosure Heater. See Note 6 GT Lube Oil System (GED00162916) 88QGH1

E240

Pump Motor- Hydraulic Control Oil

88QGH2

E241

Pump Motor - Hydraulic Control Oil

95QGH1

E242

Anti-Con Heater Pump Motor 1 - Hydraulic Cont. Oil

95QGH2

E243

Anti-Con Heater Pump Motor 2 - Hydraulic Cont. Oil

75SRM / 88SRM

E230

Electric Start Motor (Engine) See Notes 14, 18, 27

2

1

Continuous

Y

Stand-By

N

Intermittent

N

Continuous

Y

Intermittent

Y

95SRM

E330

Anti-Cond Heater Electric Start VFD Panel.

1

1

1

Intermittent

N

1

120VAC

60Hz

95QGT

E209

Gas Turbing Oil Reservoir Heater See Note 3

1

5

5

Intermittent

N

3

480VAC

60Hz

88QM

E277

AC Gen Mineral Lube Oil (GED00212216) Pump - AC Gen Lube Oil Motor

1

3.7

3.7

Intermittent

Y

3

460VAC

60Hz

95QM

E279

Anti-Con Heater Pump - AC Gen Lube Oil Motor

1

0.026

0.026

Intermittent

N

1

120VAC

60Hz

88QJ

E283

Pump - AC Gen Jacking Oil Motor

1

5.5

5.5

Intermittent

Y

3

460VAC

60Hz

95QJ

E284

Anti-Con Heater Pump - Jacking Oil Motor

1

0.035

0.035

Intermittent

N

1

120VAC

60Hz

88QMD

E220

AC Gen Blower Motor

1

1.5

1.5

Continuous

Y

3

480VAC

60Hz

95QMD

E286

Anti-Con Heater Pump - AC Gen Blower Motor

1

0.035

0.035

Intermittent

N

1

120VAC

60Hz

88QME

E280

AC Gen Lube Oil DC Motor (1 hr. UPS Backup) - See Note 4

1

0.37

0.37

Continuous

N

95QMT

E273

AC Gen Lube Oil Tank Heater- See Note 3

1

5.1

5.1

Intermittent

N

3

480VAC

60Hz

95GNS

E289

AC Gen Stator Anti-Cond Heater -See Note 19, 26

1

5.4

5.4

Intermittent

N

3

480VAC

60Hz

95GNE

E289

Heater AC Gen Exciter -See Note 19, 26

1

0.114

0.114

Continuous

N

3

480VAC

60Hz

95GNN

E289

Anti-Cond Heater Generator Neutral Cubicle -See Note 19,26 - Feeder breaker

1

0.5484

0.5484

Intermittent

N

3

480VAC

60Hz

95GNL

E289

Anti-Cond Heater Generator Line Cubicle -See Note 19,26 - Feeder breaker

1

0.5484

0.5484

Intermittent

N

3

480VAC

60Hz

2

Refer to MCC VFD Section

2

Refer to MCC VFD Section

4

Refer to MCC VFD Section

1

1.8

1.8

Intermittent

N

1

120VAC

60Hz

24VDC

AC Gen Instrumentation (GED00323699)

ISI system (GED00162921) See Note 12 75CPWD1 / 88CPW1

E294

Wet Compression Pump Motor No. 1 - See Note 14 & 16

75CPWD3 / 88CPW3

E296

Wet Compression Pump Motor No. 3 - See Note 14 & 16

75CPWD2 / 88CPW2

E298

Wet Compression Pump Motor No. 2 - See Note 14 & 16

75IFWD / 88IFW

E288

Inlet Fogging Pump Motor - See Note 14 & 16

95CPW1

E294A

Anti-Condensation Heater - Wet Compression Pump Motor No. 1

95CPW2

E296A

Anti-Condensation Heater - Wet Compression Pump Motor No. 2

95CPW3

E298A

Anti-Condensation Heater - Wet Compression Pump Motor No. 3

95IFW

E288A

Anti-Condensation Heater - Inlet Fogging Pump Motor

95CPW

E285

Demineralized Water Supply Trace Heating - See Note 6

Page 3 of 14

GED00329287, Rev 04

Power Load Table A Qty.

Power Ea.(kW) Normal Operation

Power Total (kW) Nornal Operation

Duty

Black Start

Phase

Voltage

Hz

Heat Trace Water Flush - See Note 6

1

26.2 watts / m (Approx. 3 m)

0.0786

Intermittent

N

1

120VAC

60Hz

E221

Anti-Cond heater- HP Liquid Fuel Pump Motor

1

0.26

0.26

Intermittent

N

1

120VAC

60Hz

E220

Pump - Liquid Fuel Pump Motor

1

110

110

Continuous

Y

3

460VAC

60Hz

Tag No.

Conn. No.

95WFH

E224

95FL1 88FL1

System/Component

Liquid Fuel Metering System (GED00162921)

Refer to MCC VFD Section Refer to MCC VFD Section

95WF

E224

Anti-Cond heater-Water Flush Pump Motor

1

75WFD/88WF

E225

Pump - Water Flush - (5 minutes to Gas)

1

90WSAC

E299

Power Supply to Wet Surface Air Cooler System

1

166.28

166.28

Continuous

Y

3

480VAC

60Hz

90UCP1A

E661

Unit Control Panel (GED00237475) See Note 20 Power Supply to Unit Control System (4 hr. UPS Backup)

1

2.07

2.07

Continuous

Y

1

120VAC

60Hz

90UCP1B

E661

Power Supply to Unit Control System (Commercial)

1

3.2

3.2

Continuous

Y

1

120VAC

60Hz

90UCP3

E661

Power Supply to UCP for Fire and Gas (with 24hr UPS Backup)

1

1.15

1.15

Continuous

Y

1

120VAC

60Hz

90VFD

E300

Continuous

N

3

480VAC

60HZ

75WID1 / 88WI1

E234

Continuous

N

75WID2 / 88WI2

E236

Continuous

N

3

460VAC

60Hz

75WID3 / 88WI3

E238

Continuous

N

95WI1

E235

Intermittent

N

95WI2

E237

Intermittent

N

1

120VAC

60Hz

95WI3

E239

Intermittent

N

75CPWD1 / 88CPW1

E294

Wet Compression Pump Motor No. 1 - See Note 14 & 16

75CPWD3 / 88CPW3

E296

Wet Compression Pump Motor No. 3 - See Note 14 & 16

3

460VAC

60Hz

75CPWD2 / 88CPW2

E298

Wet Compression Pump Motor No. 2 - See Note 14 & 16

75IFWD / 88IFW

E288

Inlet Fogging Pump Motor - See Note 14 & 16

3

460VAC

60Hz

1

120VAC

60Hz

Wet Surface Air Cooler (GED00327945) See Note 8

MCC VFD (GED00334581) See Note 7 Power Supply too MCC VFD Cabinet Motor - Pump - WLE / Water Injection - See Note 5 & 14

Anti-Con Heater Water Injection Pump Motor

95CPW1

E294A

Anti-Condensation Heater - Wet Compression Pump Motor No. 1

95CPW2

E296A

Anti-Condensation Heater - Wet Compression Pump Motor No. 2

95CPW3

E298A

Anti-Condensation Heater - Wet Compression Pump Motor No. 3

95IFW

E288A

Anti-Condensation Heater - Inlet Fogging Pump Motor

75WFD/88WF 95WF

1

665.09

665.09

3

90 (VFD) 45 (Motor)

Included in Power Supply 90VFD

3

0.1 (per heater)

Included in Power Supply 90VFD

2

30 (VFD) 15 (Motor)

Included in Power Supply 90VFD

Intermittent

N

Intermittent

N

2

30 (VFD) 18.7 (Motor)

Included in Power Supply 90VFD

Intermittent

N

4

0.12 (per heater)

Included in Power Supply 90VFD

Included in Power Supply 90VFD Included in Power Supply 90VFD

E225

Pump - Water Flush - (5 minutes to Gas)

1

8.4 (VFD) 2.2 (Motor)

E224

Anti-Cond heater-Water Flush Pump Motor

1

0.05

Page 4 of 14

Intermittent

N

Intermittent

N

Intermittent

N

Intermittent

N

Intermittent

N

Intermittent

N

3

460VAC

60Hz

Intermittent

N

1

120VAC

60Hz

GED00329287, Rev 04

Gas Fuel Quality Requirements - Table D1

Operating Requirements

Pressure (kPag) & Temperature (ºC)

Usage

Pressure: Maximum: Derived corresponding to ANSI Class 600 SS316L temperature or 6205 kPag (900 psig) whichever is lower. Gas Fuel See Note-22

Project Specific,See Note A,F,G,H

Temperature: Maximum:Derived corresponding to ANSI Class 600 SS316L pressure or 150° C (302° F) whichever is lower.

Where more than one gas fuel is to be used, where limits are outside these requirements, or where other fuel constituents are present, e.g. hydrogen (H 2), mercury (Hg), acetylene (C2H2), methanol (C2H3OH), ethanol (C3H5OH), benzene (C6H6), toluene (C7H8), heptane (C7H16)… , dodecane (C12H26)… , heptadecane (C17H36) and so on, refer to Rolls-Royce.

Gas fuel properties (where standard conditions; 15°C (59˚F) and 101.325kPa (14.696psia), apply to the fuel gas)

Units

Limits

Lower Calorific, or Heating, Value (LCV or LHV)

kJ/ m3 (Btu/SCF) kJ/kg (Btu/lb)

29 000 (780) minimum 34 000 (14 600) minimum

Wobbe Index {LCV / (√SG)}

kJ/ m3 (Btu/SCF)

34 500 (925) minimum 51 000 (1 370) maximum

%

(+/-) 5 maximum

Wobbe Index variation to an agreed datum (Minimum and maximum limits must also apply) Gas fuel constituents

Units

Limits

Methane (CH4)

65 minimum

Ethane (C2H6)

13.0 maximum

Propane (C3H8)

7.0 maximum

Butane (C4H10)

4.0 maximum

% Volume

Pentane (C5H12)

0.80 maximum 0.30 maximum

Hexane (C6H14)

Inert gases, including carbon dioxide (CO2) and nitrogen (N2) Any form of sulphur, including hydrogen sulphide (H2S) and sulphur dioxide (SO2) See Notes B and C Fuel contaminants / corrosive constituents Oil – Concentration Oil - Droplet size

Consult Rolls-Royce for project specific inert gas limits All sulphur entering the gas turbine will affect unit life and will result in SOx emissions “sulphur-in = sulphur out”. Consult Rolls-Royce for expected unit life.

Units

Limits

ppm by weight 10-6m (microns)

2 maximum 0.5 maximum

No other liquids or hydrates are permissible – see Note D Particle size

10-6 (microns)

20 Absolute

Sodium plus potassium B, C and E

ppm by weight

0.6 maximum

Page 5 of 14

GED00329287, Rev 04

Liquid Fuel Quality Requirements Table D2

Pressure (kPag) and Temperature (°C)

Operating Requirements

Usage

Pressure 35 - 345 Distillate (Fuel Oil)

Min. 4.4 Kg/s Max. 5.2 Kg/s Also See Note H

Temperature Min: Above Cold Filter Plugging Point, 0°C, or '5 + Cloud Point', which ever is highest of the three. Max: 10 below flash point or 50°C, whichever is lowest.

Physical properties Paramount to Acceptability

Units

Minimum

Maximum

Test Method(s) (Latest Standards Apply)

Fuels falling outside of these limits must be referred to Rolls-Royce for Evaluation Aromatic Content

% Volume

5

40

ASTM-D1319 / IP156 - See notes I and J

Consult Rolls-Royce where either the total aromatic content is over 25% volume or where control of smoke emissions is a requirement. Additional testing may be required. Carbon Residue on 10% bottoms (Conradson or Ramsbottom)

% Weight

-

0.35

Fuel Temperature must be at least 5°C above the cloud point throughout the gas turbine fuel delivery system.

Cloud Point

ASTM-D189 / ASTM-D524 / ASTM-D4530 / IP13 / IP14 ASTM-D2500 / IP219

Distillation Data 10% volume recovery

250 (482) °C (°F)

90% volume recovery

-

Final Boiling Point

ASTM-D86 / IP123

385 (725)

Flash Point

Fuel Temperature must be at least 10°C below the flash point

Smoke Point Viscosity (Kinematics) See notes L

357 (675)

ASTM-D56 / ASTM-D93 / ASTM-D3828 / IP34 / IP170 - See Notes K

Mm

17

-

ASTM-D1322 / IP57

mm /s (centistokes)

1

11

ASTM-D445 / IP71

2

Page 6 of 14

GED00329287, Rev 04

Liquid Fuel Quality Requirements Table D2 (continued) Fuel Cleanliness Properties Paramount to Acceptability

Units

Maximum

Test Method(s) Latest standards apply (Rolls-Royce should be consulted and for advice on test methods.)

Fuels falling outside of these limits must be referred to Rolls-Royce for Evaluation Ash

% Weight

0.01

ASTM-D482 / IP4 See Note N

Trace metals - see Notes O, P, and Q Calcium

0.5

Lead

0.5

ASTM-D3605

ppm by weight Sodium plus Potassium

0.6

Vanadium

0.5 Rolls-Royce should be consulted to agree any proposal fuel treatments All sulphur entering the gas turbine will affect unit life and will result in SOx emissions "sulphur-in = sulphur-out". Consult Rolls-Royce for expected unit life.

Sulphur See Notes O, P, and Q

Free water and sediment

% Weight

1.0

ASTM-D129 / ASTM-D1266 / ASTM-D1552 / ASTM-D4294 / IP61 / IP336 See Notes R and S

% Volume

0.05

ASTM-D1796 / ASTM-D2709 See Note T

mg/liter

ASTM-D2276 / ASTM-D5452

Particulates

3.0 g/m3

Particle Size

ASTM-D6217 / IP415

10-6 m (microns)

2 micron nominal

Rolls-Royce must be consulted if any other contaminants are present, e.g. arsenic, cadmium, chromium, copper, lead, manganese, mercury, nickel, selenium, zinc, or any other constituent(s) not mentioned above.

Page 7 of 14

GED00329287, Rev 04

Water Quality Requirements - Table D3

Acceptable water shall be prepared and controlled in accordance with ASTM-D1193 as Type IIIA or Type IVA and shall meet the requirements specified below - see Notes 1A and 2A Appearance

Clear and colourless

Water Temperature

Conditions shall be such that no ice or steam forms

Units

Minimum

Maximum

Test Methods(s) See Note 3A

pH

6.0

8.0

ASTM-D5128 OR ASTM-D5464

Conductivity at 25°C - see Notes 4A, 5A, 6A, 8A, 9A, 10A, and 11A

µS/cm

-

1.0

ASTM-D5391

Silica - see Note 12A

wppm

-

0.05

ASTM-D859 OR ASTM-D4517

Calcium plus Magnesium - see Notes 13A and 12A

wppm

-

0.08

Sodium - see Notes 13A and 12A

wppm

-

0.1

Potassium - see Notes 13A and 12A

wppm

-

0.1

Total metals (to include sodium, potassium, calcium, and magnesium) - see Notes 14A and 12A

wppm

-

0.3

ASTM-D3919 PLUS ASTM-D4190

Chlorides - see Note 12A

wppm

-

0.2

ASTM-D4327

Total sulphates, sulphides, and phosphates - see Note 12A

wppm

-

1.0

ASTM-D4327 PLUS ASTM-D4658

Parameter

Acidity - see Notes 4A, 5A, 6A, and 7A

µm

Filtration - see Notes 4A, 11A, and 15A

ASTM-D3919

10 nominal 40 absolute

Consult Rolls-Royce if any other constituents/contaminants are present. Refer to Note 14A.

Page 8 of 14

GED00329287, Rev 04

Lube Oils

Table E

Operating Requirements

Pressure (kPag)

Temperature (ºC)

Usage

Remarks Reservoir Capacity: 646 Liters R-R Approved Oils: BPTO 2197 Mobil Jet Oil II

Synthetic Lube Oil (TRENT) See Note 23

Supply pressure at engine 50 - 65° C (122 - 149° F) normal operation interface L20 for ISA day 15° C (59° F) start-up 1805 kPag

Mobil Jet 254 LO consumption = 0.2 l/hr. (0.05 gph)

Replenish Interval: ~ 6 months (Depending on oil condition, periodic oil analysis is recommended) Additional oil is needed for initial fill of piping and cooler Nominal capacity: 2173 liters (574 gallons) R-R Approved Oils: ISO VG 32/46 Mineral (A/C Generator) Main Lube Oil See Note 23

Oil inlet pressure 130 - 150 kPa (1.3 - 1.5 bar)

45-55°C normal operation

LO consumption = 0.003 l/hr. (0.0008 gph) Replenish Interval: ~ 6 months (Depending on oil condition, periodic oil analysis is recommended) Additional oil is needed for initial fill of piping and cooler

Page 9 of 14

GED00329287, Rev 04

Water

Table F

Coolant Table F1 Operating Requirements

WCAC, Lube Oil, & L5 See Note 23

P30 Cooler See Note 23

AC Gen Lube Oil Heat Exchanger

Pressure (kPag) Customer shall maintain a minimum differential pressure of 170 kPa between the GT Skid edge supply and return connections. Maximum supply pressure at GT skid edge shall not exceed 1000 kPag. Coolant supply pressure shall not exceed 900 kPag. Maximum pressure drop in the coolant line is 30 kPa at the required coolant flow rate. Maximum supply pressure is 10.3 bar (150psi). Allowable pressure drop between supply and return is 0.48 bar.

Temperature (ºC)

Usage

Maximum coolant temperature shall not exceed 45°C

Heat Load

Flow required to maintain the minimum Heat load differential pressure is 520 kW (Refer Note Y) 668 lpm (Refer Note X)

Maximum coolant temperature shall not exceed 50°C

Flow of 300 +/- 20 lpm shall be maintained.

Heat load 265 kW (Refer Note Y)

Maximum coolant temperature shall not exceed 51.3°C

256.2 lpm

Heat load 95 kW

Temperature (ºC)

Usage

Remarks

Coolant shall be composed of either ethylene glycol / water mixture or fresh water only. Water must conform to GER0144 standards. Coolant composition shall be determined by customer to assure that coolant does not freeze at site minimum ambient. The coolant shall not contain more than 60% ethylene glycol under any circumstance. Chloride content shall not exceed 50ppm by weight (50mg/Kg). Filtration of supply water to the exchanger shall be better than 0.5mm ( 500 micron) absolute (Beta ratio = 200). See Note U,V,W.

Water Wash Table F2 Operating Requirements

Pressure (kPag)

Remarks Water

TRENT Wash - Crank/Soak Wash Cycle (one each wash)

N/A

5 to 40°C

41 liters (each cycle) 80% Water 20% Cleaning fluid

De-mineralized total dissolved solids < 10 ppm acidity 5 < pH < 8 silica < 3 ppm conductivity < 11x10-6 mhos/cm (Siemens/cm) Cleaning fluids

Rinse Cycle (two each wash)

N/A

5 to 40°C

41 liters (each cycle) 100% Water

Pressure (kPag)

Temperature (ºC)

Usage

Ardrox 6345 Ardrox 6367 RMC G21 Techniclean GT (ZOK27) Techniclean GT2 (Castrol ICD 177) Castrol ICD 177 pre-mixed Fyrewash F3 Turbo K JAD-MA 109C ProtoKlenz GT

Demineralized WaterTable F3 Operating Requirements

Remarks Water

Water injection - See Note 23

Min. 200 Max. 600

Total matter Min. 45 lpm Max. 341 lpm

5 to 40°C

ISI - Wet Compression/ Inlet Fogging

Min. 280 Max. 320

5 to 40°C

Min. 5.71 lpm Max. 182 lpm

Water Flush

Min. 0 Max. 400

5 to 40°C

4.0 lpm

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< 2 ppm

Dissolved matter

< 0.5 ppm

Total sodium + potassium

< 0.2 ppm

GED00329287, Rev 04

Instrument Air Table G Operating Requirements

Instrument Air

Pressure (kPag)

Temperature (ºC)

Min. 550 Max. 830

10 to 40°C

Remarks

Air quality: (i) The medium supplied must be free of contamination caused by dust dirt or metallic particles and not contain any other toxic, corrosive or combustible ingredients; (ii) All particulate matter must not to exceed 10µm (micron) particle size. The total concentration of particulate matter not to exceed 0.05 mg/m³ of the medium; (iii) The total content of sodium and potassium to the medium expressed as chloride not to exceed 0.001 ppm, by weight; (iv) Oil mist to be less than 0.5 mg/m3 (v) Temperature 10°C to 40°C (vi) Shop air shall be relatively dry and shall have a Dew point of