2.5MPa LNG Liquefaction LNG Processing Plant 480000 Nm3/D
Project Introduction:
According to the requirements of the owner, SASPG provide the owner with a natural gas liquefaction plant with a capacity of 20,000 Nm3/h. The whole plant includes pretreatment system, liquefaction system and related auxiliary system.
- Capacity
| |
| 1 NG Incoming Capacity | 48×104Nm3/d |
| 2 NG Incoming Pressure | 2.5MPa |
| 3 NG Incoming Temperature | 50℃ |
| 4 Operation Flexibility | 50~110% |
| 5 Annually Operation Hours | 8000 hours |
| 6 Design Working life | 20 years |
- LNG Specifications
| |
| 1 Output | 169t/d(518m3/d) |
| 2 Temperature | -161℃ |
| 3 Storage Pressure | 15KPa |
| 4 Main Composition | CH4+CnHm: ≥99%; Other: ≤1% |
- Others(exhaust)
| |
| 1 Flow | 10700Nm3/h |
| 2 Temp. | 30℃ |
| 3 Pressure | ~1.15MPa |
| 4 Main Composition | H2: 29.43%; N2: 36%; CO: 34.39%. |
SASPG Introduction:
Since the 1970s, SASPG has developed natural gas (associated gas) liquefaction and separation technology, specializing in the purification and separation of natural gas, coalbed methane, coal-to-gas, coke oven gas and various chemical tail gases; and independent process package design for liquefaction projects , complete equipment supply, EPC, commissioning/start-up supervision, operator training. The company has obtained Class B qualification for chemical engineering design.
The 500,000Nm3/d associated gas separation plant made by SASPG was awarded the Second Prize for Scientific and Technological Achievements and China National Quality Golden Prize.
Since 1998 , SASPG has exported to Southeast Asia 2 sets of natural gas liquefaction/separation plants with capacity of 45 x 1 O'Nm'/d, 28 x 10'Nm'/d respectively, to Europe one set of natural gas de-nitrification and liquefaction plant with capacity of 100Vd. SASPG has undertaken the research for 2,600,000 T/year LNG localization project issued by the China National Energy Bureau and supplied several sets of 10 x 10'Nm3/d-30 x 10'Nm3/d LNG plants and dozen sets of 50 x 10'Nm3/d-2 00 x 10'Nm3/d LNG plants.
