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Supplier: DEKKER Vacuum Technologies
Description: MTH0203KA VmaxMTH for coal-bed methane gas recovery The VmaxMTH systems are air-cooled (no cooling water required) and are particularly suitable to operate as a vacuum compressor that will not overheat. Maximum differential pressure capability is 18-30 psi depending on system model. These systems
- Mechanical Pump Type: Liquid Ring
- Lubrication Style: Other
- Pump Type / Technology: Liquid Ring
- Lubrication: Other
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Supplier: DEKKER Vacuum Technologies
Description: MTH1203KA VmaxMTH for coal-bed methane gas recovery The VmaxMTH systems are air-cooled (no cooling water required) and are particularly suitable to operate as a vacuum compressor that will not overheat. Maximum differential pressure capability is 18-30 psi depending on system model. These systems
- Mechanical Pump Type: Liquid Ring
- Lubrication Style: Other
- Pump Type / Technology: Liquid Ring
- Lubrication: Other
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Supplier: DEKKER Vacuum Technologies
Description: MTH0153KA VmaxMTH for coal-bed methane gas recovery The VmaxMTH systems are air-cooled (no cooling water required) and are particularly suitable to operate as a vacuum compressor that will not overheat. Maximum differential pressure capability is 18-30 psi depending on system model. These systems
- Mechanical Pump Type: Liquid Ring
- Lubrication Style: Other
- Pump Type / Technology: Liquid Ring
- Lubrication: Other
-
Supplier: DEKKER Vacuum Technologies
Description: MTH0503KA VmaxMTH for coal-bed methane gas recovery The VmaxMTH systems are air-cooled (no cooling water required) and are particularly suitable to operate as a vacuum compressor that will not overheat. Maximum differential pressure capability is 18-30 psi depending on system model. These systems
- Mechanical Pump Type: Liquid Ring
- Lubrication Style: Other
- Pump Type / Technology: Liquid Ring
- Lubrication: Other
-
Supplier: DEKKER Vacuum Technologies
Description: MTH0303PA VmaxMTH for coal-bed methane gas recovery The VmaxMTH systems are air-cooled (no cooling water required) and are particularly suitable to operate as a vacuum compressor that will not overheat. Maximum differential pressure capability is 18-30 psi depending on system model. These systems
- Pump Type / Technology: Liquid Ring
- Lubrication: Other
- Mechanical Pump Type: Liquid Ring
- Lubrication Style: Other
-
Supplier: Eco-Tec, Inc.
Description: ally in the Landfill Methane Outreach Program (LMOP), a governmental organization actively involved in reducing greenhouse gases and utilizing alternative fuels Methane gas is derived through anaerobic digestion processes used by many food processors, landfills, waste treatment facilities
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Featured Products for Methane Gas Recovery Top
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DEKKER Vacuum Technologies
VmaxMTH vacuum systems for methane gas recovery
Dekker Vacuum Technologies, Inc. offers Vmax-MTH oil-sealed vacuum pump/compressor systems for coal-bed methane gas recovery in capacities from 120 - 2000 MSCFD (Mega Standard Cubic Feet per Day). Vmax-MTH advantages: All Vmax systems feature our high-efficiency TiTan liquid ring vacuum pumps/compressors manufactured to ISO9001 quality control standards. Systems are air-cooled, requiring no cooling-water. The DEKKER patented DX-5 and DX-7 air/oil separator designs feature five stages... (read more)
Browse Gas Compressors and Gas Compressor Systems Datasheets for DEKKER Vacuum Technologies -
Eco-Tec, Inc.
Biogas Purification
The BgPur ™ is designed to reduce sulfur dioxide emissions, equipment corrosion, and fouling by removing hydrogen sulfide (H2S) from biogas. Eco-Tec's patented H2S purification system offers cost savings, and greater energy recovery for use in multiple applications. Eco-Tec is an industry ally in the Landfill Methane Outreach Program (LMOP), a governmental organization actively involved in reducing greenhouse gases and utilizing alternative fuels. Methane gas is derived through anaerobic... (read more)
Browse Gas Dryers, Filters, and Purifiers Datasheets for Eco-Tec, Inc. -
Blackmer
Blackmer® NG Series Natural Gas Compressor Lines
Blackmer ® NG Series Natural Gas Vapor Recovery Compressors are single-stage, oil-free reciprocating gas compressors that are designed to handle wellhead operations in continuous duty or remote unmanned locations. They are ideal for enhancing oil-and-gas production in the areas of tank-battery vapor recovery, wellhead vapor control, wellhead annulus reduction and pressure boosting. What sets the NG Series compressors apart from other competitive models is a full compartment distance piece... (read more)
Browse Gas Compressors and Gas Compressor Systems Datasheets for Blackmer -
Haskel International, Inc.
Inert Gas Booster Systems
Haskel's ability to incorporate and interface electronic controls into systems provides precise compression and control of gases. Applications for these systems range from A/C system testing to aircraft jacking, blow molding to breather systems, CFC recovery to cryostat testing.... and many more. CHARGING SYSTEMS. Charging systems provide a fast, efficient and economicalmethod of charging, or "topping up" gas pressures. Charging units ensure that the optimum use is made of commercially bottled... (read more)
Browse Gas Compressors and Gas Compressor Systems Datasheets for Haskel International, Inc. -
Control Instruments Corp.
CalorVal Minimizes Quantity of Assist Gas
A company specializing in manufacturing flares, burners, thermal oxidizers and vapor recovery systems for the refining, petrochemical, and chemical industries had a customer where the flare had to handle different waste streams and combinations of waste streams, all with unique compositions ranging from pure methane to waste streams up to 60% steam or even a waste stream with 50% ammonia and 50% steam mixture. For these cases the flare design system had to be flexible and have... (read more)
Browse Gas Instruments Datasheets for Control Instruments Corp. -
Sierra Monitor Corporation
IR Combustibles
factory communications links. Modbus RTU serial interface - easy interface to the worlds most common industiral protocol from the company that provided the first hazardous gas detection system with Modbus interface. Configurable for non-Methane gases - easily adaptable to customer specific applications. Remote sensor configuration option - to meet specific application requirements. Optional integral control relay pack - when higher amperage control relays are needed, but still integral... (read more)
Browse Gas Sensors Datasheets for Sierra Monitor Corporation
Conduct Research Top
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Biogas Thermal Mass Flow Meter Improves Operation of S.P.M. Feed Company's Methane Recovery System (.pdf)
In all biogas recovery systems, measuring the flow rate of methane and other mixed gases is required to ensure effective and efficient operation of the digester process and effective operation of the gas turbine equipment that uses the biogas from the digester process to produce electric power
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Greenhouse Gas Flow Monitoring (.pdf)
(CO ) underground. 2. for the purposes of geologic sequestration for enhanced oil and. g Sulfur Oxides. g Methane. gas recovery. g Nitrogen Oxide. Figure 1: Flue Gas Monitoring. Fluid Components International LLC g www.fluidcomponents.com g Page 2. Greenhouse Gas Flow Monitoring. By Allen Kugi
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Sustainable Application of Reciprocating Gas Engines Operating on Coal Mine Methane Gas (.pdf)
of coal mine greenhouse gases. Sequestering coal mine methane (CMM) as an alternative fuel for reciprocating gas engine. generator sets is a mature and proven technology for greenhouse gas mitigation. Prior to. commissioning CMM-fueled power systems, the methane gas composition must be evaluated
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Biogas Thermal Mass Flow Meter Improves Operation of S.P.M. Feed Company's Methane Recovery System (.pdf)
to the low flow vapor recovery. agricultural operations is a major source of methane-rich biogas. from the digester process. when harvested as fuel gas. Rather than emit greenhouse. g Temperature compensation for correct readings. gases into the environment, modern farm operations invest. in varying
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Vapor Recovery in Natural Gas (.pdf)
Recovering methane gas vapors from tank batteries is not a new application for most owners and operators of oil-and-gas production companies and crude-oil storagetank facilities. However, the economics for justifying the installation of Vapor Recovery Units (VRUs) on tank-batteries vary
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OPTIMIZATION OF NATURAL GAS GATHERING SYSTEMS AND GAS PLANTS
: Plant Profit without New Gas for Variations in Reflux Split. The new gas stream is leaner containing 7.2 GPM compared to the 10.8 GPM. existing gas stream. Figure 5 shows ethane recovery fluctuations with reflux splits from. 10-35%. The plant will operate at better recoveries with the addition
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Natural Gas Disciplines and Case Study
amounts of water,. and varying concentrations of hydrogen sulfide (H2S). These three components combine to form a. corrosive gas that has a tendency to condense and form a corrosive liquid. The gas also contains a. variety of hydrocarbons such as; methane, ethane, propane, butane, benzene and others, al
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Lubricant Viscosity Control for Gas Compressors
refineries in applications ranging from vapor recovery to gas processing operations. Screw and scroll compressors make up a significant portion of this equipment. Screw compressors use two reciprocal screws to compress gases. Gas is fed into the compressor by suction and moved through the threads
Engineering Web Search: Methane Gas Recovery Top
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Natural gas - Wikipedia, the free encyclopedia
Natural gas is a naturally occurring hydrocarbon gas mixture consisting primarily of methane, with other hydrocarbons, carbon dioxide, nitrogen and
- Natural-gas processing - Wikipedia, the free encyclopedia
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NETL: Methane Hydrates - Hydrate Newsletter
Oil & Natural Gas Supply Deepwater Technology Enhanced Oil Recovery Gas Hydrates Natural Gas Resources Contacts
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DOE - National Energy Technology Laboratory: Home Page
Oil & Natural Gas Supply Deepwater Technology Enhanced Oil Recovery Gas Hydrates Natural Gas Resources Contacts
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Basic Information | LMOP | US EPA
The U.S. EPA's Landfill Methane Outreach Program (LMOP) is a voluntary assistance program that helps to reduce methane emissions from landfills by
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Innovative Technologies for the Oil & Gas Industry: Product...
8 4 Gas STAR Partners & Endorsers 110 Program Partners across all four sectors Recommended technologies and practices come directly from partner
- ATSDR - Landfill Gas Primer - Chapter 5: Landfill Gas Control...
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GCEP Non-CO<sub>2</sub> Greenhouse Gas Emissions - GCEP
research ideas in reducing methane and nitrous-oxide emissions from four main areas: agricultural soil management, livestock, waste, and natural gas.