Renewable Natural Gas
Renewable Natural Gas (RNG) consists of multiple names: bio-methane, swamp gas, landfill gas, and digester gas. This gaseous discharge is a product of anaerobic digestion which is the decomposition of waste material without the presence of oxygen. In addition, this product, when processed to purity standards, can be used as renewable gas and can be used as a fuel for plant heaters, power generators, and natural gas vehicles.
Captured RNG from an anaerobic process reduces emissions to the atmosphere and is used as a green energy fuel. RNG production is a result of anaerobic digestion whereby the solids are converted to methane and carbon dioxide gas. Municipalities around the globe are significantly reducing their operating costs and improving efficiency by harnessing a byproduct of the anaerobic process. They are turning to biogas co-generation as a alternate energy source.
The biogas can be processed into a high quality fuel for vehicle and power generation.
Scrubbers are needed for the removal of Hydrogen Sulfide and sulfur species, moisture, Siloxanes, and carbon dioxide in some applications.
To confirm the quality of the cleaned biogas, the Mustang® Biogas Sampling System will sample the gas prior to and after the gas cleaning process. This begins at the sample probe located in the raw gas pipeline. The sample tubing and the sample conditioning panel are electrically heated to slightly above the sample dew point to prevent loss of any gas components. Analyzing prior to and after the gas cleaning will help determine the performance of the cleaning process and also determine the scheduling of the filter media cleaning and or replacements.
Learn about processing waste from agricultural operations to generate Renewable Natural Gas (RNG) on locations in North Carolina. Enjoy the breathtaking views while taking a tour of a functioning Biogas facility and digester systems with Gus Simmons, Director of Bioenergy, Cavanaugh & Associates and Mark Maloney, Founder/CEO, Optima Bio – Pig.Energy.com.
The Mustang Biogas Sample Conditioning System is designed to yield a gas sample suitable for analysis from a stile process that ultimately yields a renewable energy source in the form of clean, dry biogas. The system enables control of an unpredictable process through the measurement of moisture, hydrogen sulfide, oxygen, total sulfur, and diluents while simultaneously protecting the integrity of each analyzer.
Wastewater treatment plants typically produce methane-rich gas from the anaerobic decomposition of waste solids, sludge, or biosolids in the municipal wastewater. Constituents of Concern (COCs) such as metals, sulfur compounds, and siloxanes may be present in the gas because these materials are present in waste streams. With processing to increase the methane content, reduce water, and remove COCs, wastewater treatment plants are able to produce RNG that meets tariff requirements for injection into natural gas pipelines. Continuous monitoring thereafter and periodic onsite sampling before injection into the natural gas pipeline insures a reliable future supply.
The final gas quality is measured at the interconnect between the RNG plant and Southwest Gas’ natural gas pipeline. The continuous monitoring begins by extracting an RNG sample through a probe housed in the Pony Heated Probe Enclosure. The extracted gas is transferred via the patented Mustang® Heat Trace Tube Bundle to a Mustang P53® Sample Conditioning System which maintains the temperature of the sample well above the hydrocarbon dew point. The representative sample is distributed using a Musang Modular Sample Control Panel to various analyzer within a Mustang Sampling industrialized building . The RNG feed is typically monitored continuously for CH4, CO2, H2S, nitrogen, and oxygen to make sure it meets the tariff parameters set by Southwest Gas. Safety mechanisms at the interconnect allow the pipeline to reject any RNG not meeting standards into the natural gas pipeline.
Southwest Gas, Arizona’s biggest gas utility, has linked its system to Pima County’s Tres Rios Wastewater Reclamation Facility in Marana, a renewable natural gas (RNG) plant. Pima County for many years has used raw biogas to fully power the engines used at the Tres Rios sewer plant.
The process from gathering waste to producing a renewable source of methane can be broken down into the major steps of gathering, decomposition (anaerobic digestion), collection, cleaning, and injection (or alternate use as an energy source).
The Mustang® Liquid Sample Pump (MLSP®) is a pneumatically driven device that allows the user to increase liquid sample pressure...
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The Pony® Sample Conditioning System (PSCS®) is ideal for sampling wet or dry natural gas when a compact solution mounted...
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The Mustang® Biogas Sample Conditioning System is designed to maintain a representative sample of low pressure feed gas, during biogas...
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The Mustang Portable Heated Sample Conditioning System is designed for spot or portable gas sampling. System installs into a pressurized pipeline through...
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The Mustang P53® Sample Conditioning System is an integral component to provide an Analytically Accurate® solution for natural gas sampling...
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The Mustang Certicollar® Mounting Brackets act as a companion to the Mustang Pony® Probe Enclosure, fitting over various types of...
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The Mustang® Corrosion Coupon Holder secures a corrosion test coupon in the flowing gas by using an orifice fitting. The...
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The Mustang TrueProbe sample extractor extracts a wet natural gas sample where it contacts a cylindrical cross-flow membrane filter. A...
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The internationally registered and patent pending Mustang Certidaptor® Mounting Bracket is a uniquely configured probe housing element particularly suitable as...
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The Mustang Certiprobe® threaded sample extractor is a sample probe conforming to the requirements of ASME B31.3-214. The threaded Mustang...
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The Pony Heated Probe Enclosure is an integral patented component of the Mustang® Sample Conditioning System (MSCS®) designed to provide...
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West Virginia
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