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Greenlane Renewables proceeds with Californian dairy RNG project delivery

Canada-headed biogas upgrading technology supplier Greenlane Renewables Inc, (Greenlane) has announced that its wholly-owned subsidiary, Greenlane Biogas North America Ltd., will begin immediate order fulfillment against a US$2.6 million contract that was announced as part of the US$15.2 million in contract wins for a dairy farm cluster in California (CA) on June 29, 2020.

Greenlane Biogas North America Ltd is proceeding with the delivery of its Pressure Swing Adsorption (PSA) biogas upgrading system to a Californian RNG project as per the US$15.2 million deal announced June 2020 (photo courtesy Greenlane Renewables).

According to a statement, order fulfillment against the first contract began immediately upon signing in June 2020. The name of the supermajor involved in this project is not disclosed at this time.

The project will use Greenlane’s Pressure Swing Adsorption (PSA) biogas upgrading systems to create clean renewable natural gas (RNG) at a multi-location dairy farm cluster located in California through anaerobic digestion (AD) of the farm waste stream.

The RNG will be supplied as fuel for the US transportation sector.

Greenlane’s biogas upgrading systems have been a feature installation on a project delivering RNG to the transportation sector. The project showcases the importance of carbon-negative RNG generated from dairy farm waste as a transportation fuel available today in the fight against climate change, said Brad Douville, President, and CEO of Greenlane.

Greenlane’s ability to provide a portfolio of biogas upgrading technologies is attractive for companies looking to build a portfolio of RNG projects that inherently have differences in size, feedstock composition, and pipeline injection requirements, which always need an optimized solution with the best economics for each.

The company says that it is the only biogas upgrading company to offer multiple core technologies: water wash, PSA, and membrane separation, to remove trace impurities from the biogas stream and separate carbon dioxide (CO2) from the biogas to create biomethane (RNG), a clean, high-purity low-carbon fuel no matter the size, feedstock or application.

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