Design Criteria 1

60-F5222SJ010101 DETAILED DESIGN STAGE

PROJECT NAME PHASE II 2x300MW PUTTALAM COAL POWER PROJECT

DETAIL DESIGN DESCRIPTION AND VOLUME LIST

NORTHWEST ELECTRIC POWER DESIGN INSTITUTE

12/2011 XIAN

PROJECT

PHASE II 2X300MW PUTTALAM COAL POWER PROJECT OWNER

CEYLON ELECTRICITY BOARD

POYRY ENERGY LTD

EPC CONTRACTOR

CHINA NATIONAL MACHINERY & EQUIPMENT

IMPORT & EXPORT CORPORATION

SUBCONTRACTOR

NORTHWEST ELECTRIC POWER

DESIGN INSTITUTE

Document No. : F5222S-J0101-01 Rev : 1

Document Title :

DETAIL DESIGN DESCRIPTION AND VOLUME LIST

DOCUMENT STATUS AP

Date Revision Designed by Checked by Reviewed by Approved by

12/2011 0

04/2012 1

TABLE OF CONTENTS

1.0 GENERAL .......................................................................................... 1

2.0 DESIGN BASIS .................................................................................. 1

3.0 BASIC TECHNICAL DATA ............................................................. 1

4.0 DESIGN CRITERION ....................................................................... 5

5.0 NWEPDI NUMBERING SYSTEM ................................................... 9

PHASE II 2x300MW PUTTALAM COAL POWER PROJECT

1

1.0 General

The Puttalam Coal Power Plant is located near the village of Panaiyadi on the

Kalpitiya Peninsula, approximately 12 km west of the city of Puttalam. The Project is

a coal fired Power Station in stages with an ultimate planned capacity of 900 MW. The

scope of the phase II covers the installation of the first condensing turbo generator and

coal fired Units with a capacity of 2x300 MW, along with the associated power

transmission system, site infrastructure and auxiliary systems. The project also

includes coal supply facilities as well as coal storage and ash disposal.

2.0 Design basis

2.1 EPC contract between CMEC and CEB.

2.2 Basic design documentation confirmed by CEB

2.3 Technical agreement of main equipment and auxiliary equipment

3.0 Basic technical data

3.1 Fuelimported bituminous coal Coal quality and ash content analysis

NAME SYMBOL UNIT DESIGN

COAL

CHECK

COAL 1

CHECK

COAL 2

High calorific value as

received basis Qv.ar MJ/kg 26.4 25.3 24.7

Industrial analysis

Total moisture content as

received basis Mt % 12.0 16.0 19.0

Moisture content as air

dried basis Mad % 6.0

Ash content as received

basis Aar % 11.0 15.0 10.1

Volatile matter content as

received basis Var % 27.0 25.0 24.9

Elementary analysis

Carbon content as

received basis Car % 65.0 60.0 60.5

Hydrogen content as

received basis Har % 3.8 3.6 3.4

Oxygen content as

received basis Oar % 6.2 3.0 5.1

Nitrogen content as

received basis Nar % 1.5 1.7 1.4

Sulphur content as

received basis Star % 0.5 0.7 0.5

Grindability factor

HGI 50 42 50


2

NAME SYMBOL UNIT DESIGN

COAL

CHECK

COAL 1

CHECK

COAL 2

Ash deformation

temperature DT

Ash softening temperature ST 1250 1170 1250 Ash melting temperature FT 1325 1300 1325

SiO2 % 61.0 58.0 61.0

AI2O3 % 25.0 21.6 25.0

Fe2O3 % 4.0 8.0 4.0

CaO % 3.5 5.0 3.5

K2O % 0.6 0.8 0.6

TiO2 % 1.3 1.3 1.3

Na2O % 0.3 1.2 0.3

MgO % 0.7 0.5 0.7

SO3 % 2.7 2.7 2.7

MnO2 %

Specific resistance of ash 1012

3.2 Ignition and combustion supporting oil

Type of oilLight diesel oil Kinematic viscosity(37.8) : 1.5~5.0 centistokes

Ash content: 0.02%

Sulphur content: 1.0%

Flash point: >60

Calorific value: 10500 kcal/kg

3.3 Cooling water quality

Recycled water source: sea water

Open cycle cooling water: Recycled water

Closed cycle cooling water: Demineralized water

3.4 Ambient conditions

Average atmospheric temperature: 27.5 Highest atmospheric temperature: 34 Lowest atmospheric temperature: 21 Average relative humidity: 75%

Design atmospheric pressure: 100.57kpa

Average annual rainfall: 1200mm

Highest wind speed: 47.2m/s

Average wind speed:4.17m/s

Seismic intensity: Grade 7

Design seismic intensity: 7(MSK-64)

Average temperature of sea water: 28


3

Highest temperature of sea water: 31 Lowest temperature of sea water: 11.2 Design temperature of sea water: 31 3.5 Main equipment technical data

3.5.1 Boiler

Boiler supplied by HBC: subcritical parameter, natural circulation, all steel structural, balance

draft, dry slagging, hypaethral placement above operating floor, imported bituminous coal

fuel.

Boiler model: HG-1025/17.3-YM

Thermal parameter 300MW

Superheated

steam

BMCR t/h 1025

Steam pressure (BMCR) Mpa(g) 17.3

Steam temperature (BMCR) 541

Reheated

steam

Steam pressure (BMCR) Mpa (g) 3.99/3.79

Steam temperature (BMCR) 337.8/541

Feed water temp.(BMCR 282.1

3.5.2 Turbine

Turbine supplied by HTC: subcritical parameter, two-cylinder and two drainages, medium

reheat, condensing turbine.

Turbine model: N300-16.7/538/538

Turbine main thermal parameter as follows:

CP: constant pressure

CP: constant pressure

HPB: high pressure heater broken

MS: main steam

RS: reheated steam

Temp.: temperature


4

THA TRL VWO TMCR 75% 50% 40% 30%

HPB CP SP CP SP CP SP CP SP

Power output MW 300 300 331.537 315.965 225 225 150 150 120 120 90 90 300

Heat consumption

kJ/kW.h 7898.1 8002.7 7879.6 7889.8 8050.6 7953.6 8442.1 8401.8 8753.7 8723.5 9154.3 9125.8 8172.2

MS pressure MPa(a) 16.7 16.7 13.49 16.7 9.8 16.7 7.85 16.7 5.85 16.7

RS pressure MPa(a) 3.349 3.443 3.746 3.459 2.488 2.435 1.698 1.678 1.4 1.384 1.09 1.08 3.48

MS temperature 538 531.7 531.6 523.5 523.3 514 513.8 538

RS temperature 538 511.1 510.7 492.8 492.5 473.7 473.4 538

RS flow rate t/h 759.76 780.75 851.21 784.95 561.92 553.35 387.68 386.11 322.4 321.41 253.49 252.25 779.34

Back pressure kPa(a) 7.0 9.7 7.0 6.55 6.55 7.0

Exhaust flow rate t/h 583.17 598.02 645.54 600.49 444.67 437.76 317.36 314.38 268.24 265.34 214.84 211.56 618.74

Supply water rate % 0 3.8 0 0 0 0 0 0 0 0 0 0 0

Final feed water temp. 39.4 45.6 39.4 39.4 39.4 39.4 39.4 39.4 39.4 39.4 38.2 38.2 39.4

Generator power MW 300 300 331.537 315.965 225 225 150 150 120 120 90 90 300


5

3.5.3 Generator

Generator supplied by HEC.

Generator main technical parameter as follows:

Name Unit Design value Test value Insure value

Generator model QFSN-300-2

Rated capacity SN MVA 353 353 353

Rated power PN MW 300 300 300

MAX output power Pmax MW 332 332 332

Rated power factor cosN 0.85 0.85

Stator rated voltage UN kV 20 20

Stator rated current IN A 10190 10190

Rated frequency fN Hz 50 50

Rated speed nN r/min 3000 3000

Rated voltage for excitation UfN (90) V 365

Rated current for excitation IfN A 2642 2500

Stator coil connection mode YY/Y

Full load efficiency % 99.019 99.02 98.9

4.0 Design criterion

This project is an expansion project (phase II). Phase II covers two units with a capacity of 2x300MW. The

total capacity of phase I and phase II will be 3x300MW.

4.1 Brief introduction of power plant main building

4.1.1

Phase II is on the right extension side of phase I

a) Longitudinal arrangement of steam turbine generator. Turbine towards fixed side.

b) Boiler house is all steel structural, hypaethral placement above operating floor (12.6m)

c) Turbine house is concrete structural

d) Central control building between unit2 and unit 3

4.1.2 Turbine house platform

a) Feed water pump, OCCW pump, main oil tank, main oil cooler, CCCW heat exchange

device, vacuum pumps etc. are on the ground floor (0m).

b) Ground floor (0m), middle floor (6.3m), operating floor (12.6m) in turbine house

c) Steam turbine generator on the operating floor.

4.1.3 Deaerator building (RC frame)

a) CCCW pump, condensate polishing unit on 0m floor of deaerator building


6

b) No.3 HP heater, No.6 LP heater, pipe drain flash tank etc. on 6.3m floor of deaerator

building.

c) No.1 no.2 HP heater, No.5 LP heater on 12.6m floor of deaerator building.

d) Deaerator, CCCW tank, continuous blowdown flash tank etc. on 22.5m floor of deaerator

building.

4.1.4 Bunker bay

a) Coal mill on 0m floor

b) Coal feeder on 12.6m floor

c) Coal conveyor belt on 37.8m floor

4.1.5 Boiler house

a) Hypaethral placement above operating floor (12.6m)

b) Concrete structure on operating floor (12.6m)

c) Primary air fan, seal air fan, slag conveyor, IBD tank etc. on 0m floor of boiler house.

d) Forced draft fan, precipitator, induced draft fan, chimney on end part of boiler house.

4.2 Combustion system, pulverizing system and auxiliary equipments

4.2.1 Coal consumption

Coal consumption is calculated on the basis of BMCR condition, design coal, 20 hours/day,

6000 hours/year.

Capacity

Name

One unit

Per hour coal consumptiont/h 110.4

Per day coal consumption t/d 2208

Per year coal consumptionkt/a 662.4

4.2.2 Pulverizing system and auxiliary equipments

a) Five coal mill on site per unit, one of them standby.

b) coal feeder seal air fan etc. auxiliary equipment assorted.

Coal mill Coal feeder

Manufacturer

Model HP863 CS67194.2024HP

Quantity/per boiler 5 5

Power outputT/h Basic output47.1

Output beyond wear life35.5

660

Motor speedr.p.m 982

Motor power kW 400 3

Motor voltage V 6000 380


7

4.2.3 air-flue gas system and auxiliary equipments

a) Balance draft

b) Junkers air preheater

c) Primary air system, secondary air system, air-flue gas system

4.2.3.1 Primary air system

a) Supply hot air and pressured cold air for coal mill.

b) Two 50% capacity primary air fan per unit

4.2.3.2 Secondary air system

a) Supply air for combustion

b) Two 50% capacity forced draft fan per unit

4.2.3.3 Air-flue gas system

a) Flue gas firstly flow out of boiler end heating surface, then air preheater, precipitator,

FGD, finally flow out of chimney into air.

4.2.3.4 Auxiliary equipments

a) Primary air fan: 2/per boiler

b) Forced draft fan: 2/per boiler

c) Induced draft fan: 2/per boiler

d) Air preheater: 2/per boiler

e) Precipitator: 2/per boiler

4.2.4 Ignition oil system

a) Two stage ignition system

b) Light diesel oil

c) Mechanical atomizing burner

4.3 Thermal system and auxiliary equipments

4.3.1 Main reheat & bypass steam system

Please see drawing F5222S-J0801-01 for system detail

4.3.2 Extraction steam system

The turbine has eight (8) pressure stages of non-regulating extraction steam. The No.1,2&3

extraction steam stages supply steam to three (3) HP heaters respectively. The No.4 extraction

steam stage supply steam to auxiliary steam header and deaerator. The No.5,6,7&8 extraction

steam stages supply steam to four (4) LP heaters respectively.

4.3.3 Auxiliary steam system

The Auxiliary Steam System (AS) is designed to provide steam for the following services

under various operating load condition of the thermal power plant.

a) Steam for deaerator preheating, load rejection and cutting off

b) Back-UP steam for turbine seal system

c) Steam for air preheater soot blowers

d) Steam for coal mill fire fighting

e) Steam for boiler heating

f) Steam for boiler system (standby connection)

4.3.4 Feed water system

The function of the boiler feed-water system is to deliver feed-water from the outlet of

deaerator feed-water tank to the inlet of boiler economizer inlet header. In the process of

handling the feed-water is heated by the extraction steam from the steam turbine to improve


8

the cycle efficiency.

The system also supplies the feed-water to the boiler super heater, attemperator to moderate

the superheated steam temperature. Besides, feed-water tapped from the feed-water pump

intermediate stage is sent to the two sides of attemperator before the steam repeaters to protect

the reheater from overheat.

The feed-water system also supplies feed-water to turbine HP. By-pass system, acting as

attemperator water to reduce the main steam temperature.

4.3.5 Condensate water system

The main function of the system is that pumping the condensate from hot well to the deaerator,

controlling, heating, deaerating of the condensate and taking other necessary actions in

delivering in order to ensure the safe and operation, increase the efficiency of heat circulation.

Two condensate pumps (one operation and one standby) each with 100% capacity, 3 LP

heaters and one gland seal condenser are equipped in the system. There are several of

desuperheater spray and miscellaneous water upstream of gland seal condenser. The control

valve controlling the water level of deaerator, recirculating piping of min. condensate flow are

equipped downstream of the gland steam condenser. In addition there is a control valve

controlling the make-up water entering into the hot well, one condensate storage tank and one

condensate transfer pump completed in the system to guarantee the operation water level in

the condenser.

4.3.6 HP heater drain & vent system

Please see drawing F5222S-J1301-01 for detail

4.3.7 LP heater drain & vent system


4.3.8 Cooling water system

Please see drawing F5222S-J1801-01, J1901-01, and J2001-01 for detail.

4.3.9 Condenser vacuum system

Please see drawing F5222S-J1501-01 for detail.

4.3.10 Turbine lube oil conditioning & storage system

Please see drawing F5222S-J2101-01 for detail.

4.3.11 Boiler drain & blowdown system



9

5.0 NWEPDI numbering system

5.1 General regulation:

60 - F 522 2 s X XX XX - XX

SUB-BOOK (DRAWING) CODE

BOOK CODE

VOLUME CODE DEPARTMENT CODE DESIGN STAGE PROJECT STAGE PROJECT CODE

PROJECT SORT REPRESENT NWEPDI

For this project:

Project Sort is F which means power generation

Project Code is 522

Project Stage is 2

Design Stage: S represents engineering design

Department Code: J represents Mechanical Department

D represents Electrical Department

H represents Chemical Department

K represents I&C Department

T represents Civil & Architecture Department

S represents Water Supply & Hydraulic Structure Department

N represents HVAC Department

Z represents General layout Department

C represents Ash Handling Department

M represents Coal Handling Department


10

5.2 Volume list

No. Volume no. Name of volume

Mechanical part

1 F5222S-J0101 DETAIL DESIGN DESCRIPTION AND VOLUME LIST

2 F5222S-J0102 EQUIPMENT LIST

3 F5222S-J0103 MATERIAL LIST

4 F5222S-J0106 KKS CODE DESCRIPTION & EQUIPMENT LIST FOR THERMO-MECHANICAL PART

5 F5222S-J0201 GENERAL ARRANGEMENT OF MAIN HOUSE

6 F5222S-J0301 ERECTION DRAWING OF AUX.EQUIPMENT IN TURBINE HOUSE

7 F5222S-J0302 ERECTION DRAWING OF AUX.EQUIPMENT IN BOILER HOUSE

8 F5222S-J0303 ERECTION DRAWING OF PLATFORM & LADDER IN TURBINE HOUSE

9 F5222S-J0304 ERECTION DRAWING OF PLATFORM AND LADDER FOR IN BOILER HOUSE

10 F5222S-J0305 ERECTION DRAWING OF MAINTENANCE & HOISTING FACILITY IN TURBINE HOUSE

11 F5222S-J0306 ERECTION DRAWING OF MAINTENANCE & HOISTING FACILITY IN BOILER HOUSE

12 F5222S-J0401 P&ID COAL PULVERIZING SYSTEM

13 F5222S-J0404 ERECTION DRAWING OF PULVERIZED COAL PIPE

14 F5222S-J0501 P&ID AIR AND FLUE GAS SYSTEM

15 F5222S-J0502 ERECTION DRAWING OF COLD PRIMARY AIR DUCT

16 F5222S-J0503 ERECTION DRAWING OF HOT PRIMARY AIR DUCT

17 F5222S-J0504 ERECTION DRAWING OF SECONDARY COLD AIR DUCT

18 F5222S-J0505 ERCTION DRAWING OF BOILER SECOND HOT AIR DUCT

19 F5222S-J0506 ERECTION DRAWING OF SEAL AIR DUCT OF COAL MILL AND COAL FEEDER

20 F5222S-J0507 ERECTION DRAWING OF FLAME DETECTOR COOLING AIR DUCT

21 F5222S-J0508 ERECTION DRAWING OF FLUE DUCT

22 F5222S-J0601 P&ID BOILER DRAIN AND BLOWDOWN SYSTEM

23 F5222S-J0602 ERECTION DRAWING OF BOILER DRAIN AND VENT PIPE

24 F5222S-J0603 ERECTION DRAWING OF BOILER EMERGENCY DRAIN WATER PIPE

25 F5222S-J0604 ERECTION DRAWING OF BOILER BLOWDOWN PIPE


11

26 F5222S-J0607 ERECTION DRAWING OF PIPE RELATE TO CONTINUOUS BLOWDOWN FLASH TANK

27 F5222S-J0608 ERECTION DRAWING OF INTERMITTENT BLOWDOWN TANK PIPE

28 F5222S-J0801 P&ID MAIN REHEAT&BYPASS STEAM SYSTEM

29 F5222S-J0802 ERECTION DRAWING OF MAIN STEAM PIPE

30 F5222S-J0803 ERECTION DRAWING OF HOT REHEAT STEAM PIPE

31 F5222S-J0804 ERECTION DRAWING OF COLD REHEAT STEAM PIPE

32 F5222S-J0805 ERECTION DRAWING OFHP BYPASS STEAM PIPE

33 F5222S-J0806 ERECTION DRAWING OF LP BYPASS STEAM PIPE

34 F5222S-J0808 ERECTION DRAWING OF STEAM SUPPLY PIPE FROM MAIN STEAM & COLD REHEAT PIPE TO GLAND SEAL

35 F5222S-J0809 ERECTION DRAWING OF HP CASING COOLING STEAM PIPE

36 F5222S-J0901 P&ID EXTRACTION STEAM SYSTEM

37 F5222S-J0902 ERECTION DRAWING OF NO.1 EXTRACTION STEAM PIPE






43 F5222S-J1001 P&ID AUXILIARY STEAM SYSTEM

44 F5222S-J1002 ERECTION DRAWING OF AUXILIARY STEAM PIPE

45 F5222S-J1003 ERECTION DRAWING OF THE AUXILIARY STEAM INNER STEAM SOURCE PIPE

46 F5222S-J1004 ERECTION DRAWING OF AUX. STEAM IN TURBINE HOUSE

47 F5222S-J1005 ERECTION DRAWING OF AUXILIARY STEAM PIPE FOR BOILER HOUSE

48 F5222S-J1008 ERECTION DRAWING OF THE AUXILARY DRAINS AND VENT PIPE

49 F5222S-J1101 P&ID FEED WATER SYSTEM

50 F5222S-J1102 ERECTION DRAWING OF LP FEED WATER PIPE

51 F5222S-J1103 ERECTION DRAWING OF IP FEED WATER PIPE

52 F5222S-J1104 ERECTION DRAWING OF HP FEED WATER PIPE

53 F5222S-J1105 ERECTION DRAWING OF FEED WATER RECYCLE PIPE

54 F5222S-J1106 ERECTION DRAWING OF FEED WATER ATTEMPERATING WATER PIPE


12

55 F5222S-J1107 ERECTION DRAWING OF FEED WATER MISCELLANEOUS PIPE

56 F5222S-J1201 P&ID CONDENSATE SYSTEM

57 F5222S-J1202 ERECTION DRAWINGS OF CONDENSATE PIPE

58 F5222S-J1205 ERECTION DRAWING OF PIPE RELATED TO CONDENSATE STORAGE TANK

59 F5222S-J1206 ERECTION DRAWINGS OF DEAERATOR FILL & BOILER FILL PIPE

60 F5222S-J1207 ERECTION DRAWING OF CONDENSATE DESUPERHEATING PIPE

61 F5222S-J1208 ERECTION DRAWING OF CONDENSATE DISCHARGE WATER PIPE

62 F5222S-J1209 ERECTION DRAWINGS OF CONDENSATE MISCELLANEOUS WATER PIPE

63 F5222S-J1301 P&ID HP HEATER DRAINS & VENTS SYSTEM

64 F5222S-J1302 ERECTION DRAWING OF HP HEATER DRAIN PIPE

65 F5222S-J1303 ERECTION DRAWING OF DEAERATOR DRAIN & OVERFLOW PIPE

66 F5222S-J1304 ERECTION DRAWING OF HP HEATER&DEAERATOR VENT PIPE

67 F5222S-J1305 P&ID LP HEATER DRAINS & VENTS SYSTEM

68 F5222S-J1306 ERECTION DRAWING OF LP HEATER DRAIN PIPE

69 F5222S-J1307 ERECTION DRAWING OF LP HEATER VENT PIPE

70 F5222S-J1308 ERECTION DRAWINGS OF HIGH & NON-PRESSURE DISCHARGE WATER PIPE

71 F5222S-J1401 P&ID OF TURBINE GLAND STEAM SYSTEM

72 F5222S-J1402 ERECTION DRAWINGS OF TURBINE MAIN BODY DRAIN PIPE

73 F5222S-J1403 ERECTION DRAWINGS OF TURBINE SEALS GLAND-SUPPLY STEAM PIPE

74 F5222S-J1404 ERECTION DRAWINGS OF TURBINE SEALS AND VALVE LEAK-OFF PIPE

75 F5222S-J1405 ERECTION DRAWING OF THE GLAND STEAM CONDENSER DRAIN AND VENT PIPE

76 F5222S-J1406 ERECTION DRAWING OF PIPE RELATED TO TURBINE START UP

77 F5222S-J1501 P&ID AIR EVACUATION SYSTEM

78 F5222S-J1502 ERECTION DRAWING OF CONDENSER VACUUM PIPES

79 F5222S-J1503 ERECTION DRAWING OF CONDENSER WATER BOX VACUUM PIPES

80 F5222S-J1505 ERECTION DRAWING OF CONDENSER DRAIN FLASH TANK RELATED PIPE

81 F5222S-J1801 P&ID CIRCULATING WATER SYSTEM

82 F5222S-J1802 ERECTION DRAWING OF CIRCULATING WATER PIPE

83 F5222S-J1803 ERECTION DRAWING OF CONDENSER BALL CLEANING PIPE


13

84 F5222S-J1901 P&ID OCCW SYSTEM

85 F5222S-J1903 ERECTION DRAWING OF OCCW PIPE IN TURBINE HOUSE

86 F5222S-J2001 P&ID CLOSED COOLING WATER SYSTEM

87 F5222S-J2002 ERECTION DRAWING OF CLOSED CIRCULATING COOLING WATER PIPE IN BOILER HOUSE

88 F5222S-J2003 ERECTION DRAWING OF CCCW PIPE IN TURBINE HOUSE

89 F5222S-J2101 ERECTION DRAWING OF P&ID TURBINE LUBE OIL CONDITIONING &STORAGE SYSTEM

90 F5222S-J2102 ERECTION DRAWING OF LUBE OIL CONDITIONING PIPE

91 F5222S-J2103 ERECTION DRAWING OFLUBE OIL STORAGE TANK PIPE

92 F5222S-J2104 ERECTION DRAWING OF LUBE OIL TANK EXHAUST PIPE

93 F5222S-J2105 ERECTION DRAWING OF LUBE OIL TANK EMERGENCY OIL DISCHARGE PIPE

94 F5222S-J2201 ERECTION DRAWING OF TURBINE LUBE OIL PIPE

95 F5222S-J2202 ERECTION DRAWING OF GENERATOR LUBE & SEAL OIL PIPE

96 F5222S-J2203 ERECTION DRAWING OF GENERATOR H &CO2 PIPES

97 F5222S-J2204 ERECTION DRAWING OF GENERATOR STATOR COOLING WATER PIPE

98 F5222S-J2205 ERECTION DRAWING OF GENERATOR COOLING AIR DUCT

99 F5222S-J2301 P&ID COMPRESSED AIR SYSTEM

100 F5222S-J2302 ERECTION DRAWING OF INSTRUMENT COMPRESSED AIR PIPE

101 F5222S-J2303 ERECTION DRAWING OF SERVICE COMPRESSED AIR PIPE

102 F5222S-J2304 ERECTION DRAWING OF AIR COMPRESSOR ROOM EQUIPMENT AND PIPE

103 F5222S-J2305 ERECTION DRAWING OF COMPRESSED AIR PIPES IN PLANT AERA

104 F5222S-J2401 ERECTION DRAWING OF AIR PREHEATER WASHING WATER PIPES

105 F5222S-J2501 FLOW DIAGRAM OF NITROGEN SYSTEM

106 F5222S-J2607 ERECTION DRAWING OF FUEL OIL AND COMPRESSED AIR PIPES IN PLANT AERA

107 F5222S-J2608 BOILER IGNTTING OIL SYSTEM FLOW DIAGRAM

108 F5222S-J2609 ERECTION DRAWING OF BOILER IGNITING OIL PIPE

109 F5222S-J2612 LAYOUT OF EQUIPMENT AND PIPE MGO FOR JETTY

110 F5222S-J2801 ERECTION DESCRIPTION OF INSULATION AND MATERIAL LIST

111 F5222S-J2802 ERECTION DESCRIPTION AND STRUCTURE DRAWING OF INSULATION

112 F5222S-J2901 G.A DRAWING OF DIESEL GENERATOR ROOM


14

113 F5222S-J3201 WORKING DRAWING OF CASE

Design Criteria 1

Documents

Transcript of Design Criteria 1