Gas Vapor Recovery Systems

Description: FCC overhead gas Gas-to-liquid fuel production H2 PSA purge gas H2:CO ratio adjustment in syngas Hydro-cracker purge Methanol production SYSTEM PERFORMANCE Feed gas pressures up to 1,000 psig (69 barg) 90%-99% Hydrogen Recovery Purities to 99.9%

Description: growing crystals to make silicon wafers used in the technology industry. GENERON® Helium Recovery Systems help achieve high helium recovery and purity. The customized helium recovery membrane® systems are manufactured in our ISO 9000 Certified facility in Houston,

Description: gas (20,000 times more potent than CO2). GENERON® membranes allow SF6 to be retained at high pressure (close to feed pressure) while permeating out the unwanted air. GENERON's® SF6 Recovery systems help cut the SF6 emissions by > 90% with a projected payback time of less than a

Description: pressures up to 1,000 psig (69 barg) > 60 vol % CO2 in feed < 2% CO2 content in product >98% recovery of hydrocarbon gas > 90% removal of CO2 Flow rates from 0.01 to 100 MMscfd APPLICATIONS Pipeline gas applications Biogas or digester gas Enhanced oil recovery

Description: conditions and enhance safety Outlet process gas valves and inlet liquid nitrogen (LIN) valves for continuous operation of multiple units. We support all steps in the project management cycle, from planning to installation and start up. We also offer gas supply and after sales support.

Description: conditions and enhance safety Outlet process gas valves and inlet liquid nitrogen (LIN) valves for continuous operation of multiple units. We support all steps in the project management cycle, from planning to installation and start up. We also offer gas supply and after sales support.

Description: conditions and enhance safety Outlet process gas valves and inlet liquid nitrogen (LIN) valves for continuous operation of multiple units. We support all steps in the project management cycle, from planning to installation and start up. We also offer gas supply and after sales support.

Description: An Ideal Zero-Discharge Wastewater Reclamation System Reduce your wastewater hauling and disposal costs substantially while improving your process quality by extracting dissolved contaminants and recycling up to 98% of process water. The Proceco Éco-Smart mechanical vapor-recompression

Description: The 973-SF6 is an advanced SF6 gas analyzer for the measurement of humidity, SF6 purity and SO2 concentration in SF6 gas insulated switchgears (GIS) and other high voltage equipment. With its internal gas containment and recovery system, the 973-SF6 provides a high

• Operating Temperature: 14 to 104 F
• Instrument Type: Analyzer
• Display: Digital
• Mounting Type: Portable

Description: directly in % volume SF6. Both the humidity and purity measurements utilize accurate and reliable condensation techniques. Gas Recovery The 973-SF6 is equipped with a gas recovery system that stores the sampled gas during the measurement process in its

• Operating Temperature: 14 to 104 F
• Operating Humidity: 0 to 98 %
• Measurement Type: %Volume
• Instrument Type: Analyzer

Description: chilling, wellhead compression, gas gathering, and vapor recovery. With 38 models ranging from 71 CFM to 5067 CFM, our gas compressors are available for almost every industrial refrigeration need. Features and Benefits Stepless Capacity Control Variable Volume Ratio

• Flow Capacity: 71 to 5,067 SCFM
• Applications: Oil / Vapor Recovery, Refrigeration / Gas Drying
• Features: Other

Description: designs. Applications PanaFlow gas flow meters can be used in applications such as: Biogas Natural gas production Vent gas Waste gas Shale gas Coal-seam gas wellhead Vapor recovery Fuel gas

• Pipe Diameter: 2 to 16 inch
• Velocity Flow Rate: 0.4921259842519685 to 249.34383202099738 ft/sec
• Operating Temperature: -40 to 140 F
• Media Temperature: -40 to 302 F

Description: / corrosive gases and vapors. Highlights Flow Rate (max.): 34 l/min Ultimate Vacuum (max.): 6 mbar (abs.) Ideal for extremely aggressive/corrosive gases and vapors High level of vapor and condensate compatibility Integrated gas ballast valve Integrated rotational speed

• Ultimate Operating Vacuum: 4.50170294683844 torr
• Pumping Speed: 1.20056497175141 CFM
• Application: Chemical / Corrosive Gas, General Purpose / Industrial

Description: This oxygen gas analyzer is ideal for applications such as: flare safety control, combustion control, chlorination and oxychlorination, process control, ESP filter production, vent headers, inertization and vapor recovery. Immediate, In Situ Measurement The GPro 500 oxygen

• Accuracy: 2 % FS
• Operating Pressure Range: 11.603016 to 72.51885 psi
• Mounting: In-Line (Insertion)

Description: analyzer is ideal for applications such as: flare safety control, combustion control, chlorination and oxychlorination, process control, ESP filter production, vent headers, inertization and vapor recovery. Immediate, In Situ Measurement The GPro 500 oxygen gas analyzer is

• Form Factor: Lab / Benchtop

Description: Kinney® Engineered Dry Screw vacuum systems incorporate Kinney Dry Screw vacuum pumps into complete vacuum systems with vacuum boosters, custom controls and accessories to combine high pumping speed with deep vacuum levels. Flows range to 10000 CFM (17000 m³/h) with vacuum levels to 10

• Ultimate Operating Vacuum: 0.013 torr
• Pumping Speed: 1,600 to 10,000 CFM
• Application: Analytical / Scientific, Chemical / Corrosive Gas, Food Processing, General Purpose / Industrial, Manufacturing Processing, Packaging, Pharmaceutical / Sanitary, Power Generation, Semiconductor Manufacturing
• Configuration: Combination / Multi-Technology Pump

Description: Kinney® Engineered Dry Screw vacuum systems incorporate Kinney Dry Screw vacuum pumps into complete vacuum systems with vacuum boosters, custom controls and accessories to combine high pumping speed with deep vacuum levels. Flows range to 10000 CFM (17000 m³/h) with vacuum levels to 10

• Ultimate Operating Vacuum: 0.013 torr
• Pumping Speed: 10,000 CFM
• Application: Analytical / Scientific, Chemical / Corrosive Gas, General Purpose / Industrial, Manufacturing Processing, Packaging, Pharmaceutical / Sanitary, Semiconductor Manufacturing
• Configuration: Combination / Multi-Technology Pump

Description: ACRP Liquid Ring Vacuum Systems are self-contained with recirculating liquid, liquid to air heat exchanger and instrumentation. ACRP Liquid Ring Vacuum Systems are fully assembled with all required system piping, and are fully tested prior to shipment. Flow ranges to 1000 CFM

• Ultimate Operating Vacuum: 29.5 torr
• Pumping Speed: 20 to 1,000 CFM
• Application: Chemical / Corrosive Gas, Food Processing, General Purpose / Industrial, Manufacturing Processing, Packaging, Pharmaceutical / Sanitary, Semiconductor Manufacturing
• Mechanical: Liquid Ring

Description: and diaphragm materials selected among steel, irons and alloys grades according gas profile. Piping design, instruments and components definition for optimized fluid flows. Optional features By-pass system Gas filtration Back pressure valve Control cabinets, DCS.

• Discharge / Operating Pressure: 43,511.31 psi
• Horse Power: 13.4022038490282 to 1,742.28650037367 HP
• Gases Handled: Corrosive / Sour Gas, Helium, Hydrocarbon Gas, Natural Gas / Methane, Nitrogen (N₂)
• Compressor Technology: Diaphragm

Description: • Ideal for liquid and vapor refrigerant recovery, water sampling/treatment, and volatile chemicals • Oil-free and leak-proof • Only one moving part and two check valves • Compact and quiet (60 db for liquids) With the variable speed rate controller, pumps feature multiple control

• Maximum Discharge Flow: 0.0174353553 GPM
• Maximum Discharge Pressure: 130 psi
• Power Source: AC Powered
• Pump Type: Metering Pumps

Description: And Chemical Delivery System Fluid Chemical Delivery Module And Chemical Delivery System chemical delivery module (CDM) and chemical delivery system (CDS) chemical delivery module (CDM) and chemical delivery system (CDS) In modern semiconductor and chemical manufacturing,

• Body Material: Stainless Steel

Description: regulates the effective pumping speed at the vacuum connection, the vacuum manometer offers an analog vacuum display. The waste vapor condenser at the outlet (EK) is highly efficient and compact. The condenser enables near-100-percent solvent recovery, efficient recycling and active

• Ultimate Operating Vacuum: 5.25198677131152 torr
• Pumping Speed: 1.176 CFM
• Motor Power: 0.241239669282508 HP
• Features: AC Single Phase, Gas Ballast, Integral Trap(s), OEM Controller / Control Panel, Vacuum Gauge

Description: This 2 mbar chemistry vacuum system has a wide range of applications like evacuation, evaporation and pumping of gases and vapors. This system is suitable for the demands of high boiling solvents and often replaces rotary vane pumps. Typical applications are rotary evaporators

• Ultimate Operating Vacuum: 1.50056764894615 torr
• Pumping Speed: 0.7644 CFM
• Motor Power: 0.107217630792226 HP
• Features: AC Single Phase, Gas Ballast, Integral Trap(s)

Description: The PC 201 NT chemistry pumping unit has a wide range of applications, such as evacuation, evaporation and pumping of gases and vapors in chemical, biological and pharmaceutical laboratories. Typical applications are rotary evaporators, vacuum concentrators and vacuum drying ovens with high

• Ultimate Operating Vacuum: 1.12542573670961 torr
• Pumping Speed: 1.9992 CFM
• Motor Power: 0.335055096225705 HP
• Features: AC Single Phase, Gas Ballast, Integral Trap(s), OEM Controller / Control Panel, Vacuum Gauge

Description: availability: The moderate running speed provides increased reliability. Simplicity: No requirement for complex lubrication systems, and the smooth gas flow removes any need for expensive anti-surge systems. Precise flow control: The use of a variable speed electric drive or

• Discharge / Operating Pressure: 2,900.754 psi
• Horse Power: 1,340.22038490282 HP
• Gases Handled: Ammonia, Carbon Dioxide (CO₂), Corrosive / Sour Gas, Hydrocarbon Gas, Natural Gas / Methane, Nitrogen (N₂)
• Compressor Technology: Centrifugal

Description: and particles from entering the pump. The highly efficient and insulated exhaust vapor condenser has a very compact design. It provides near-100-percent recovery of solvents. The demand-responsive motor speed control leads to an unrivalled lifetime of the diaphragms. See our PC 3001

• Ultimate Operating Vacuum: 1.50056764894615 torr
• Pumping Speed: 0.9996 CFM
• Motor Power: 0.214435261584451 HP
• Features: AC Single Phase, Gas Ballast, Integral Trap(s), OEM Controller / Control Panel, Vacuum Gauge

Description: Deaeration Extruders Central Vacuum Systems Filtration Solvent Distillation/Vapor Recovery Sterilization Autoclaves Degasifiers Evaporators Features: No contact between operating components in the casing Flat power curve over entire vacuum range prevents motor overload Reduced

• Pumping Speed: 200 to 300 CFM
• Motor Power: 20 HP
• Mechanical: Axial Blower
• Application: Chemical / Corrosive Gas, General Purpose / Industrial, Pharmaceutical / Sanitary

Description: Very high final vacuum level Gas ballast available, can tolerate water vapor Effective damping and recovery system prevents oil mist and reduces sound level Innovative sealing system prevents oil recirculation at standstill under vacuum Compact design and low

• Pumping Speed: 4.7 to 8.2 CFM
• Operating Temperature: 149 to 167 F
• Features: Direct Drive
• Configuration: Individual Vacuum Pump

Description: • Ideal for liquid and vapor refrigerant recovery, water sampling/treatment, and volatile chemicals • Oil-free and leak-proof • Only one moving part and two check valves • Compact and quiet (60 db for liquids) With the variable speed rate controller, pumps feature multiple control

• Maximum Discharge Flow: 0.0174353553 GPM
• Maximum Discharge Pressure: 130 psi
• Power Source: AC Powered
• Pump Type: Metering Pumps

Description: • Ideal for liquid and vapor refrigerant recovery, water sampling/treatment, and volatile chemicals • Oil-free and leak-proof • Only one moving part and two check valves • Compact and quiet (60 db for liquids) With the variable speed rate controller, pumps feature multiple control

• Maximum Discharge Flow: 0.0174353553 GPM
• Maximum Discharge Pressure: 130 psi
• Power Source: AC Powered
• Pump Type: Metering Pumps

Description: awareness of a fundamental difference between soil gas sampling for the purpose of soil gas surveys versus sub-slab or vapor intrusion investigations or both. Specifically, the purpose of a soil gas survey is to provide quick and inexpensive data to the investigator that

Description: stand-alone compressors, to complete compressed air systems including compressor sequencers, remote monitoring, air treatment and other ancillary equipment.

• Gases Handled: Air / Plant Air, Hydrocarbon Gas, Natural Gas / Methane
• Compressor Technology: Centrifugal, Diaphragm, Rotary Lobe, Rotary Screw
• Applications: Gas Transmission / Delivery, Oil / Vapor Recovery, Oil Refining / Chemical Processing, Process Gas Feeding / Injection, Vessel / Cylinder Filling
• Lubrication Style: Oil-free

Description: unnecessary. As a result, the pumped medium does not come in contact with the bearings. This ensures clean vacuum generation and allows the full recovery of pumped gases. The direct gas path between inlet and outlet prevents dead spaces and ensures there are no process deposits inside

• Ultimate Operating Vacuum: 0.00750063755419 torr
• Pumping Speed: 58.8 to 97.02 CFM
• Operating Temperature: 32 to 104 F
• Motor Power: 3.88663911621818 HP

Description: variety of applications such as vapor compression systems for military vehicles, commercial aircraft, electronics cooling, fuel cell, power generation, waste heat recovery, and general industries. Evaporators and condensers can be utilized separately or combined in a closed loop

• Application: Automotive/Vehicular

Description: variety of applications such as vapor compression systems for military vehicles, commercial aircraft, electronics cooling, fuel cell, power generation, waste heat recovery, and general industries. Evaporators and condensers can be utilized separately or combined in a closed loop

• Features: Other