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Senior Design Project. UCLA ChemE 108a/b. Team 1 Final PFDs. Ammonia Processing Plant in Russia. 2012.
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V-101
Natural Gas Knock-Out Drum
1.22m D X 1.22m H
V-102
1st
Stage Air Knock-Out Drum
2.74m D X 2.74m H
V-103
2nd
Stage Air Knock-Out Drum
1.83m D X 1.83m H
V-104
3rd
Stage Air Knock-Out Drum
2.13m D X 2.13m H
C-103 C-104 C-105 C-106
C-101 C-102
R-102
880.3°C
R-103
450.2°C
R-104
159.1°C
Cooling
Water
Cooling
Water
Cooling
Water
Cooling
Water
Cooling
Water
C-101
1st
Stage Natural Gas Compressor
Power = 2,070.82 kW
C-102
2nd
Stage Natural Gas Compressor
Power = 2113.57 kW
C-103
1st
Stage Air Compressor
Power = 5,012.78 kW
C-104
2nd
Stage Air Compressor
Power =5,893.63 kW
C-105
3rd
Stage Air Compressor
Power = 5,554.90 kW
C-106
4th
Stage Air Compressor
Power = 4,533.60 kW
E-101
Natural Gas Compressor Intercooler
Duty = 7.52 GJ/hr
E-102
1st
Stage Air Compressor Intercooler
Duty = 15.12 GJ/hr
E-103
2nd
Stage Air Compressor Intercooler
Duty = 21.33 GJ/hr
E-104
3rd
Stage Air Compressor Intercooler
Duty = 20.29 GJ/hr
E-105
Steam Generation Exchanger
Duty = 356.20 GJ/hr
E-106
Shift Reactors Intercooler
Duty = 238.45 GJ/hr
E-107
2nd
Stage Air-Flue Gas Exchanger
Duty = 33.42 GJ/hr
E-108
Process Steam-Flue Gas Exchanger
Duty = 16.25 GJ/hr
E-109
2nd
Stage Natural Gas-Flue Gas Exchanger
Duty =27.28 GJ/hr
E-110
1st
Stage Air-Flue Gas Exchanger
Duty = 23.85 GJ/hr
E-111
1st
Stage Natural Gas-Flue Gas Exchanger
Duty = 20.20 GJ/hr
E-112
Exiting Flue Gas Cooler
Duty = 39.98 GJ/hr
R-101
Primary Reformer
1.76m D X 8m H
R-102
Secondary Reformer
3.15m D X 5m H
R-103
High Temperature Shift Reactor
4.89m D X 8m H
R-104
Low Temperature Shift Reactor
1.14m D X 3m H
R-106
Desulfurization Swing Reactor 1
4.35m D X 5m H
R-107
Desulfurization Swing Reactor 2
4.35m D X 5m H
R-106
R-107
S-1016
S-1017
S-1018S-1020
S-1021
S-1022
S-1023 S-1024
S-1025
S-1026
S-1027 S-1028
S-1001
S-1002
S-1003
S-1004
S-1005
S-1006
S-1007
S-1008 S-1009
S-1029
S-1032
S-1033
S-1034 S-1035 S-1036 S-1037 S-1038
S-1047
S-1049
S-1050
S-1051
S-1052
S-1053
S-1054
S-1055
S-1061
S-1062
387.8°C 160.0°C
E-102 E-103V-102 V-104
E-101
E-104
V-101
V-103
R-101
760.0°C
Cooling
Water
S-1013
113.4°C
34.0 atmS-1011
S-1012S-1010
426.7°C
S-1014
426.7°C
S-1039
S-1040
S-1015
S-1029
145.5°C
34.0 atm
S-1030
S-1031
482.2°C
S-1059
S-1060
E-107
E-108
E-109
E-110
E-111
E-112
TIC
Natural Gas
42°C
8 atm
Process Air
26.7°C
1.0 atm
Process Steam
373.3°C
40.8 atmBFW
90.5°C
95.3 atm
Steam (Utilities)
507.8°C
95.3 atm
To Section 2
159.1°C
32.8 atm
Fuel Gas
42.0°C
40.8 atm
Furnace Air
26.7°C
1atm
TIC TIC TIC
TIC
V-15
TIC
TIC
Flue Gas
93.3°C
0.272 atm
S-1041
S-1019
S-1042
S-1043
S-1044
S-1045
S-1046
S-1048
S-1056
S-1057
S-1058
S-1063
E-106E-105
AMMONIA PROCESSING PLANT
FEED PREPARATION
REFORMING
SHIFT REACTION
PROCESS FLOW DIAGRAM
SECTION 1 – FEED PREP AND REFORMING
APPROVED BY: CRYSTAL LIN, PM
PLANT LOCATION – REPUBLIC OF TATARSTAN, RUSSIA
MY CHEMICAL ROMANCE SOLUTION INC.
LOS ANGELES, CALIFORNIA
SCALE PROJECT NUMBER DRAWING NUMBER REV
NONE 01-2012 108A-PANG-108B 7
DATE 06-06-2012 CLIENT – HP CHEMICAL SHEET 1 OF 1
D 201D 202
V 201
E 201
E 202
P 201
S-2000
From Shift Reaction
230.56 °C
31 atm
S-2001
S-2002
Cooling Water
S-2013
S-2014
S-2004
S-2003
S-2006
To Section 3
23.8°C
27.2 atm
S-2005
Recycled MDEA Solution
23.88 °C
1 atm
S-2007
S-2008
S-2010
S-2011
S-2012
T 201
S-2009
1
50
1
50
30
49
2
49
2
LC
LP
STEAM
HP
STEAM
Cooling Water
LC
TC
TC
TC
TC
E 204
E 205
E 203
Removed
CO2
64.5 °C
2 atm
97.11°C
27.7 atm
83.7 °C
2 atm
82.2 °C
27.4 atm
LC
V 202
LC
D 201
CO2 Absorption
Column
D=4.82 m,
H=48.5m
D 202
CO2 Stripping
Column
V201
H2O Removal
Flash Drum
D = 1.01 m ,
H= 3.02 m
V202
MDEA Stripper
Condenser Accumulator
E 201
Second Stage
Intercooler
7.27 GJ/hr
E 202
First Stage
Intercooler
256.71 GJ/hr
E 203
CO2 Stripper
Condenser
46.23 GJ/hr
E 204
CO2 Stripper
High Pressure Reboiler
335.63 GJ/hr
E205
CO2 Stripper
Low Pressure Reboiler
51.79 GJ/hr
T 201
CO2 Stripper
Feed Expander
13,386.25 kW
P201
MDEA Recycle
Pump
1,637.46 kW
AMMONIA PROCESSING PLANT
CO2 REMOVAL
PROCESS FLOW DIAGRAM
SECTION 2 – REMOVAL AND RECOVERY
APPROVED BY: CRYSTAL LIN, PM
PLANT LOCATION – REPUBLIC OF TATARSTAN, RUSSIA
MY CHEMICAL ROMANCE SOLUTION INC.
LOS ANGELES, CALIFORNIA
SCALE PROJECT NUMBER DRAWING NUMBER REV
NONE 01-2012 108A-PANG-108B 3
DATE 06-06-2012 CLIENT – HP CHEMICAL SHEET 1 OF 2
D 203D 204
E 206
P 202
S-2100
From Purge Stream
2 °C
166 atm
Cooling Water
S-2101
Waste Gas
112 °C
166 atm
S-2102
Recycled H2O
123 °C
166 atm
S-2103
S-2104
27°C
166 atm
S-2105
S-2106
1
10
1
8
4
9
2
7
2
LC
HP
STEAM
Cooling Water
LC
TC
TC
E 207
Recovered
NH3
98 °C
2 atm
80 °C
2 atm2 °C
166 atm
LC
V 203
D 203
NH3 Absorption
Column
D 204
NH3 Stripping
Column
V203
NH3 Stripper
Condenser Accumulator
E 206
Ammonia Recovery Fisrt Heat Exchanger
0.383 GJ/hr
E 203
NH3 Stripper Condenser
4.47 GJ/hr
E 204
NH3 Stripper
Reboiler
7.22 GJ/hr
P201
H2O Recycle
Pump
25.31 kW
E 208
S-2107
S-2108
S-2109
AMMONIA PROCESSING PLANT
NH3 RECOVERY
PROCESS FLOW DIAGRAM
SECTION 2 – REMOVAL AND RECOVERY
APPROVED BY: CRYSTAL LIN, PM
PLANT LOCATION – REPUBLIC OF TATARSTAN, RUSSIA
MY CHEMICAL ROMANCE SOLUTION INC.
LOS ANGELES, CALIFORNIA
SCALE PROJECT NUMBER DRAWING NUMBER REV
NONE 01-2012 108A-PANG-108B 3
DATE 06-06-2012 CLIENT – HP CHEMICAL SHEET 2 OF 2
65.6 C
27 atm
315.6 C
26.9 atm
E305E306
E307
D301
E304
V302-2
R301
E301
E303
R301
MethanatIon
Reactor
V301
Water
Knockout
Drum
V302-1
Molecular
Sieve Dryer
No.1
D301
Cryogenic Distillation
Column
E301
Methanator Pre-heat
Exchanger
Duty= 99.7 GJ/hr
E302
Methanation Effluent
Water Cooler
Duty= 9.84 GJ/hr
E306
Second Cold Box
Heat Exchanger
Duty= 73.3 GJ/hr
E307
Cryogenic Distillation
Condenser
Duty=9.15 GJ/hr
E308
Methanator Effluent
Air Cooler
Duty= 15.5 GJ/hr
352.2 C
25.8 atm
N2, Argon, CH4
N2,H2, Argon
E308
E303
MethanatIon Effluent
1st
Level Refrigerant
Cooler
Duty= 9.56 GJ/hr
V302-1
V302-2
Molecular
Sieve Dryer
No.2
V303
V303
Distillation Column
Condensate Tank
Air
19.0 C
1 atm
Water
20 C
1 atm
102.4 C
25.6 atm
H2O
E302
1st
Level Liq. NH3
10.0 C
6.1 atm
2nd
Level Liq. NH3
-4.0 C
4.1 atm 6.0 C
24.1 atm
-181.6 C
23.3 atm
-182.1 C
1.1 atm
-173.3 C
23.4 atm
-174.7 C
23.5 atm
E304
MethanatIon Effluent
2nd
Level Refrigerant
Cooler
Duty=3.71 GJ/hr
E305
First Cold Box
Heat Exchanger
Duty= 0.26 GJ/hr
V301
P301
Bottoms Pump
Power= 664.5 kW
CH4, H2,
N2, Argon
H2, N2,
Argon
P301
5.5 C
25.1 atm
-195.6 C
1 atm
3.7 C
1.1 atm
3.7 C
23.3 atm
Process StreamS3001
TIC TICTIC
S3002
S3003
PIC
LIC
Syngas To Compressor
Waste Gas
S3004
S3005 S3006 S3007
37.8 C
25.4 atm
15.0 C
25.2 atm
S3008
5.5 C
25.1 atm
S3011
S3014
S3015
S3016
S3018
S3020
S3029
S3024
AMMONIA PROCESSING PLANT
CRYOGENIC PURIFICATION
PROCESS FLOW DIAGRAM
SECTION 3 – CRYOGENIC PURIFICATION
APPROVED BY: CRYSTAL LIN, PM
PLANT LOCATION – REPUBLIC OF TATARSTAN, RUSSIA
MY CHEMICAL ROMANCE SOLUTIONS INC.
LOS ANGELES, CALIFORNIA
SCALE PROJECT NUMBER DRAWING NUMBER REV
NONE 01-2012 108A-PANG-108B 6
DATE 06-09-2012 CLIENT – HP CHEMICAL SHEET 1 OF 1
E-4001 E-4002 E-4003
S4001
S4002 S4003
S4004
C-4001C-4002
S4005
FIC-4001 LIC-4001 LIC-4002
V-18 V-16V-21
4.2C° 23.5atm
2°C, 45.5atm76.3°C, 86.1atm
E-4004 E-4005 E-4006
S4006
S4007
C-4003
S4008
C-4004
FIC-4002 LIC-4003
LIC
-40
04
V-24 V-23 V-22
2°C, 86.1atm
S4009
R-4001 R-4002
E-4009
E-4008
E-4010 E-4007
S4010
S4011
S4012
S4013
S4015
S4014
V-30I-31
287.7°C.98.7atm
310.3°C,98.3atm
385.0°C,179.6atm 476.7°C,178.9atm 418.3°C,178.8atm
E-4011
S4018
E-4012
S4019
E-4013
S4020
E-4014
S4025
S4023
S4022
V-34
V-33 V-32
S4021
V-31
S4024V-35
FIC-4003 LIC-4005 LIC-4006
FIC-4004
FIC-4005
Coolant waterRefrigerant NH3 Level 1
Refrigerant NH3 Level 2
191.2°C, 178.5atm
23.8°C,1atm
33.8°C,0.80atm
-9.0°C, 4.0atm
37.8°C,178.4atm 10.0°C,178.2atm
-33.3°C,1atm
-37.8°C,0.8atm
2°C,178.1atm
2°C,166.1atm
2°C, 166.1atm
S4016
246.1°C,179.8atm
S4009
S4017
-2.3°C,3.8atm
67.2°C, 180.0atm
2°C, 166.1atm
271.1°C,178.6atm
421.6°C,179.2atm
385°C,179.6atm531.7°C,179.4atm
67.2°C, 180atm
287.7°C, 98.7atm
81.7C°, 45.5atm
V-4001
Flash Drum
V-4001
Flash Drum for
Seperation
Compressor
ID C-4001 C-4002 C-4003 C-4004
Description 1st Compresser 2nd Comrpessor 3rd Compressor 4th Compressor
for synthesis gas for synthesis gas for synthesis gas for synthesis gas
KW 12845.81 12523.96 13001.23 8201.36
Heat Exchanger
ID E-4001 E-4002 E-4003 E-4004 E-4005 E-4006 E-4007
Description first Second Third first Second Third HX for
Intercooler Intercooler Intercooler Intercooler Intercooler Intercooler feed stream
C-4001 C-4001 C-4001 C-4002 C-4002 C-4002
Duty [GJ/hr] 16.0 6.6 2.6 14.5 5.3 5.3 223.1
ID E-4008 E4009 E-4010 E-4011 E-4012 E-4013 E-4014
Description 1st HX 2nd HX HX for HX for
for mixed gas for mixed gas Steam heat Recycle HX HX for Refrigerent Refrigerent
before 1st reactor after 1st reactor Exchanger Coolant water Level 1 Level 2
Duty [GJ/hr] 170.938462 6.693264 70.708466 45.594416 224.73113 80.245074 18.53569
Reactor
ID R-4001 R-4002
Description First reactor for Second reactor for
synthesis gas synthesis gas
Height[m] 12 7
Diameter[m] 3.5 3.5
Ammonia Production
Coolant water
Coolant water
Refrigerant NH3 Level 1
Refrigerant NH3 Level 1
Refrigerant NH3 Level 2
Refrigerant NH3 Level 2
From Section 3
AMMONIA PROCESSING PLANT
COMPRESSION AND SYNTHESIS
PROCESS FLOW DIAGRAM
SECTION 4 – COMPRESSION & SYNTHESIS
APPROVED BY: CRYSTAL LIN, PM
PLANT LOCATION – REPUBLIC OF TATARSTAN, RUSSIA
MY CHEMICAL ROMANCE SOLUTIONS INC.
LOS ANGELES, CALIFORNIA
SCALE PROJECT NUMBER DRAWING NUMBER REV
NONE 01-2012 108A-PANG-108B 5
DATE 06-09-2012 CLIENT – HP CHEMICAL SHEET 1 OF 1
T-521
T-528
T-529
T-522
T-523
T-524
T-525
T-526
T-527
E-521
E-522
E-523
P-521
E-527
E-528
E-529
E-526
E-525
E-524
E-521
Removal Reboiler
Duty: 218 kJ/hr
E-522
1st
Recovery Reboiler
Duty: 247 kJ/hr
E-523
2nd
Recovery Reboiler
Duty: 105 kJ/hr
E-524
Flue Gas Heater
Duty: 525 kJ/hr
E-525
1st
Synthesis Heater
Duty: 45 kJ/hr
E-526
2nd
Synthesis Heater
Duty: 227 kJ/hr
E-527
3rd
Synthesis Heater
Duty: 58 kJ/hr
E-528
4th
Synthesis Heater
Duty: 44 kJ/hr
E-529
5th
Synthesis Heater
Duty: 171 kJ/hr
T-521
1st
Pre-Cryo Comp Turbine
Work: 15853 kW
T-522
2nd
Pre-Cryo Comp Turbine
Work: 5132 kW
T-523
4th
Syn Comp Turbine
Work: 60 kW
T-524
Recovery Pump Turbine
Work: 25 kW
T-525
1st
Syn Comp Turbine
Work: 9.21 kW
T-526
2nd
Syn Comp Turbine
Work: 9.47 kW
T-527
3rd
Syn Comp Turbine
Work: 10 kW
T-528
Removal Pump Turbine
Work: 1673 kW
T-529
Steam System Pump Turbine
Work: 1257 kW
P-521
Steam System Pump
Work: 1257 kW
S-5201
T: 482 C
P: 95 ATM
S-5202
T: 374 C
P: 41 ATM
S-5204
T: 152 C
P: 3.7 ATM
S-5203
T: 374 C
P: 41 ATM
S-5205
T: 152 C
P: 95 ATM
S-5206
T: 10 C
P: 1 ATM
To Section 1
AMMONIA PROCESSING PLANT
STEAM SYSTEM
PROCESS FLOW DIAGRAM
SECTION 5 - UTILITIES
APPROVED BY: CRYSTAL LIN, PM
PLANT LOCATION – REPUBLIC OF TATARSTAN, RUSSIA
MY CHEMICAL ROMANCE SOLUTIONS INC.
LOS ANGELES, CALIFORNIA
SCALE PROJECT NUMBER DRAWING NUMBER REV
NONE 01-2012 108A-PANG-108B 6
DATE 06-09-2012 CLIENT – HP CHEMICAL SHEET 3 OF 3
E-501
V-501
V-502
C-502 C-501
C-503
E-502 E-503
S-5001
S-5002 S-5003 S-5004 S-5005
S-5006
S-5007
S-5008
S-5009
S-5010
S-5011
S-5012
S-5013
S-5015
S-5016
TIC
I-1
Cold Water
Used Cold Water
17 atm
93.3 C
17 atm
65.5 C
41 atm
166 C
41 atm
87.8 C
40 atm
78.8 C
6 atm
10 C
6 atm
10 C
3.4 atm
-5.6 C
3.4 atm
-5.6 C
S-5021
3.4 atm
-5.6 C
6 atm
35.6 C
6 atm
13.3 C
C-501
Primary Compressor
8292 kW
C-502
Compressor 2
6432 kW
C-503
Compressor 3
234.5 kW
E-501
Condensor
144 GJ/hr
E-502
Interstage Cooler
1785 m2
11.4 GJ/hr
E-503
Precooler
1011 m2
33.6 GJ/hr
V-501
Primary Knockout Drum
1.2 m-D x 6.7 m-H
V-502
Secondary Knockout Drum
0.6 m-D x 6.7 m-H
E-303b
E-408
E-409b
E-410b
E-303a
E-407
E-409a
E-410a
S-5025
6 atm
10 C
6 atm
10 C
E-303a
9.5 GJ/hr
E-407
68.8 GJ/hr
E-409a
7.9 GJ/hr
E-409b
3.9 GJ/hr
E-408
27.4 GJ/hr
E-410a
7.9 GJ/hr
E-303b
3.8 GJ/hr
E-410b
4.0 GJ/hr
437 kg-mol/hr
3162 kg-mol/hr
370 kg-mol/hr
370 kg-mol/hr
1835 kg-mol/hr
6169 kg-mol/hr
8900 kg-mol/hr
2731 kg-mol/hr
108 kg-mol/hr
1727 kg-mol/hr
168 kg-mol/hr
176 kg-mol/hr
174 kg-mol/hr
1209 kg-mol/hr
1727 kg-mol/hr
AMMONIA PROCESSING PLANT
REFRIGERATION SYSTEM
PROCESS FLOW DIAGRAM
SECTION 5 - UTILITIES
APPROVED BY: CRYSTAL LIN, PM
PLANT LOCATION – REPUBLIC OF TATARSTAN, RUSSIA
MY CHEMICAL ROMANCE SOLUTION INC.
LOS ANGELES, CALIFORNIA
SCALE PROJECT NUMBER DRAWING NUMBER REV
NONE 01-2012 108A-PANG-108B 5
DATE 06-06-2012 CLIENT – HP CHEMICAL SHEET 1 OF 3
E-511
P-511
P-512
S-5103
S-5101
S-5104
Makeup Water
S-5105
P-513
S-5102
T-511
Quality
I-1
S-5109
W-511
W-511
Cooling Water Filter
20247 kg-mol/hr
E-511
Cooling Tower
90-W x 14.6-L x 10-H (m)
T-511
Chemical Additive Tank
3-D x 3-H (m)
P-511
Cooling Tower Feed Pump
450 kW
848927 kg-mol/hr
P-513
Filtration Pump
7.5 kW
20247 kg-mol/hr
P-512
Cooling Water Pump
1050 kW
848927 kg-mol/hr
S-5107
S-5108
E-101
E-102
E-103
E-104
E-106
E-112
E-204c
E-203
E-202c
E-201
E-302
E-501
E-409
E-409a
E-410a
E-411
E-406
S-5111
S-5106
S-5115S-5114
S-5113
S-5112
12053 kg-mol/hr
16996 kg-mol/hr
16162 kg-mol/hr
5990 kg-mol/hr
190011 kg-mol/hr
31838 kg-mol/hr273050 kg-mol/hr
3554 kg-mol/hr
346 kg-mol/hr
223453 kg-mol/hr
6588 kg-mol/hr
233941
kg-mol/hr
8308 kg-mol/hr
109306 kg-mol/hr
19580 kg-mol/hr
11616 kg-mol/hr
10334 kg-mol/hr
4529 kg-mol/hr
178262 kg-mol/hr
E-101
15.1 GJ/hr
E-102
21.2 GJ/hr
E-103
20.2 GJ/hr
E-104
7.6 GJ/hr
E-106
240 GJ/hr
E-112
40 GJ/hr
E-204C
4.5 GJ/hr
E-203
0.4 GJ/hr
E-202C
280 GJ/hr
E-201
8.3 GJ/hr
E-302
10.4 GJ/hr
E-409
24.5 GJ/hr
E-409a
14.4 GJ/hr
E-410a
13 GJ/hr
E-411
5.8 GJ/hr
E-406
224 GJ/hr
E-501
137 GJ/hr
224321 kg-mol/hr
848927 kg-mol/hr
3.4 atm
27 C
848927 kg-mol/hr
20247 kg-mol/hr
1 atm
27 C
1 atm
27 C
848927 kg-mol/hr
1 atm
43.3 C
848927 kg-mol/hr
1.5 atm
43.3 C
20247 kg-mol/hr
1.5 atm
27 C
AMMONIA PROCESSING PLANT
COOLING WATER SYSTEM
PROCESS FLOW DIAGRAM
SECTION 5 - UTILITIES
APPROVED BY: CRYSTAL LIN, PM
PLANT LOCATION – REPUBLIC OF TATARSTAN, RUSSIA
MY CHEMICAL ROMANCE SOLUTION INC.
LOS ANGELES, CALIFORNIA
SCALE PROJECT NUMBER DRAWING NUMBER REV
NONE 01-2012 108A-PANG-108B 5
DATE 06-06-2012 CLIENT – HP CHEMICAL SHEET 2 OF 3