Hydrogen Gas Dryer

Description: (pressure swing adsorption) can be used to achieve purities up to 99.99%. TYPICAL APPLICATIONS Biomass-to-Liquid (BTL) biofuels production CO purification FCC overhead gas Gas-to-liquid fuel production H2:CO ratio adjustment in syngas Hydro-cracker purge gas System Performance

• Maximum Temperature: 6.94 to 69,400 SCFM
• Maximum Pressure: 1,000 psi
• Application / Industry: Hydrocarbon Processing (Oil & Gas)
• Features: Other

Description: We specialize in building compressed air dryers customized for biogas, hydrogen, syngas, landfill, digester, and wastewater treatment applications. Our drying systems are designed to handle discharge pressures as high as 6000 PSIG. We build and integrate cartridge

• Type: Gas Dryer

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

• Maximum Temperature: 6.94 to 69,400 SCFM
• Maximum Pressure: 1,000 psi
• Application / Industry: Hydrocarbon Processing (Oil & Gas)
• Type: In-line

Description: PRISM SE membrane separators are primarily used in process gas applications involving hydrogen or carbon monoxide separations. These robust separators are often found in petrochemical plants, refineries, and ammonia plants. A selectively permeable membrane wall separates desired gases

• Application / Industry: Aerospace / Defense
• Type: Gas Dryer, In-line
• Features: Other
• Filter Medium Material: Synthetic Fiber

Description: Overview DEA Series incorporates our down-flow drying process and state-of-the-art design features unequaled in industry. Using approximately 2% process gas for purge, the DEA is the most energy efficient dryer on the market. The key to the DEA's energy efficiency is the unique

• Dryer Technology: Desiccant

Description: We specialize in building compressed air dryers customized for biogas, hydrogen, syngas, landfill, digester, and wastewater treatment applications. Our drying systems are designed to handle discharge pressures as high as 6000 PSIG. We build and integrate cartridge

• Maximum Temperature: 5 to 1,030 SCFM
• Maximum Pressure: 232.06032 psi

Description: transmitters or hygrometers Optional displays Applications: Compressed air dryers Pneumatics Plastic moulding Instrument air Hydrogen coolants Breathing air Pure feed gases Heat treatment gases Inert gases

• Operating Temperature: 5 to 140 F
• Features: Self Calibration

Description: alarm outputs Choice of AC or DC Power Supply Sample block and cable included Traceable 13-point calibration certificateApplications: Compressed air dryers Membrane dryers Desiccant dryers Breathing air safety and quality Hydrogen cooled electricity generators Inert and

• Dew Point Range: 68 F
• Operating Temperature: 32 to 122 F
• Variables Measured: Dew Point, Moisture Content
• Form Factor: Meter / Indicator

Description: maintenance with sensor exchange program 316 Stainless steel sensor and sample blocks KF40 Glove Box flange MiniDIN 43650, M12 electrical connectors Oxygen service cleaned Applications: Compressed air Class 1 to Class 6 dryers Breathing air quality and safety Moisture in Hydrogen

• Dew Point Range: 68 F
• Operating Temperature: -40 to 140 F
• Variables Measured: Dew Point
• Form Factor: Transmitter

Description: sensor and sample blocks 5/8” UNF, 3/4” UNF, G 1/2” process connections MiniDIN 43650, M12 electrical connectors Oxygen Service cleaned Associated Oxygen Sensor Industry 4.0 Data Monitoring SystemApplications: Compressed air Class 1 to Class 6 dryers Breathing air quality and safety Moisture

• Dew Point Range: 68 F
• Operating Temperature: -40 to 140 F
• Variables Measured: Dew Point, Moisture Content
• Form Factor: Meter / Indicator