Methane Gas Turbines

Description: safe way, ensuring the disposal of all methane gas without requiring the use of pilot oil burners. The Alfa Laval GCU is considered to offer the smallest footprint on-board and the lowest maintenance cost on the market today. These factors combined with proven technology and simplicity

• Combustion Fuel: Natural Gas

Description: and efficient solutions. Fuel is conditioned to meet requirements for specific engine or turbine manufacturers. The gas quality requirements specified as the MN (methane number), CAT MN, WI (Wobbe Index), WKI (Waukesha Knock Index), heating value (Btu/scf), or total inerts (CO2

• Configuration: In-line
• Industry Use: Hydrocarbon Processing (Oil & Gas)
• Maximum Pressure: 1000 psi
• Maximum Temperature: 6.94 to 69400 SCFM

Description: Safe to Hazardous Locations Onshore and Offshore Installations Turn-key Project Management TYPICAL APPLICATIONS Air Separation Alternate Fuel Chemical Process Plants Gas Gathering Gas Lift Gas Turbine Fuel

• Applications: Gas Boosting, Gas Transmission / Delivery, Fuel Gas / Power Generation, Gas Generation / PSA, Oil / Vapor Recovery, Other
• Compressor Technology: Reciprocating Piston
• Discharge / Operating Pressure: 10000 psi
• Flow Capacity: 24290 SCFM

Description: : H2 purity analysis on turbine generator purge gas Petrochemical plant: H2 purity analysis on H2 / HC recycle gas streams, redesulfurization, and tail gas treatment processes Air separation plant: Bulk gas purity monitoring and welding / diving / cal gas

• Application: Process Gas
• Electrical Outputs: Analog Current
• Instrument Type: Analyzer
• Mounting Type: Fixed

Description: Benefits Up to 26,000 ACFM (44,174 M3/hr) Up to 15,000 hp (11,185 kW) Over 3,000 in operation in process applications Over 800 on hydrocarbon service Over 300 gas turbine driven Onshore and offshore Built by York® for 50 years

• Compressor Technology: Centrifugal
• Features: Multistage Compressor, More Than 3 Stages
• Flow Capacity: 2600 SCFM
• Gases: Ammonia, Carbon Dioxide (CO2), Natural Gas / Methane, Other

Description: when moderate capacities and speeds are required. They are more suitable than reciprocating compressors in applications that demand a pulsation-free and vibration-free gas flow. Periflow® technology offers exceptional levels of availability, easy operation, and straightforward integration

• Applications: Gas Boosting, Gas Generation / PSA, Oil Refining / Chemical Processing, Oil / Vapor Recovery, Process Gas Feeding / Injection
• Compressor Technology: Centrifugal
• Discharge / Operating Pressure: 2901 psi
• Gases: Ammonia, Corrosive / Sour Gas, Carbon Dioxide (CO2), Hydrocarbon Gas, Natural Gas / Methane, Nitrogen (N2)

Description: Hydrogen Sulfide, H2S, a highly corrosive gas, commonly found in natural gas, can cause corrosion in gas engines or turbines (if used as fuel) and gas transmission lines. H2S has to be removed before the gas can be used as fuel or sent to the gas

• Configuration: In-line
• Industry Use: Hydrocarbon Processing (Oil & Gas)
• Maximum Pressure: 1000 psi
• Maximum Temperature: 6.94 to 69400 SCFM

Description: B: Hydrogen, Butadiene, Ethylene, Oxide, Propylene Oxide, and Acrolein Group C: Ethylene, Cyclopropane, Ethyl Ether Group D: Acetone, Ammonia, Benzene, Butane, Ethanol, Gasoline, Hexane, Methane, Methanol, Naphtha, Natural Gas, Propane, and Toluene Hazard Zone

• Liquid Volumetric Flow Rate: 0.0022 to 320 GPM
• Electrical Output: Frequency
• End Fittings: Flanged, Threaded
• Mounting Type: In-line