Air Liquide further develops biomethane capacities in the US
Published by Poppy Clements,
Assistant Editor
Hydrocarbon Engineering,
These production units will produce biogas from manure feedstock in an anaerobic digester for a total production capacity of 74 GWh, and return the digested waste for the farms’ needs, promoting circular economy in waste management. Using Air Liquide’s proprietary gas separation membrane technology, the biogas will then be purified into RNG and injected into the natural gas grid.
Air Liquide has developed competencies throughout the whole biomethane value chain, starting with biogas production from waste, to its purification into biomethane to be injected into gas grids or compression/liquefaction with storage and transportation to customers. Air Liquide currently has 26 biomethane operational production units in the world for a yearly production capacity of about 1.8 TWh.
Armelle Levieux, member of Air Liquide’s Executive Committee and Vice President of Innovation: “With these two new biomethane production units, Air Liquide is reinforcing its presence in the US RNG production market. These investments in the US are in line with the priorities of our strategic plan ADVANCE for 2025, which inseparably links growth and a sustainable future. Biomethane is part of the portfolio of solutions developed by Air Liquide to support the decarbonisation of its customers in the industry and transport sectors.”
Read the article online at: https://www.hydrocarbonengineering.com/gas-processing/11042024/air-liquide-further-develops-biomethane-capacities-in-the-us/
You might also like
Hydrocarbon Engineering Podcast
Mike Logue, Owens Corning Global Business Director – Mechanical Insulation, delves into factors that can support the performance, safety and longevity of insulating systems installed in hydrocarbon processing environments, including cryogenic facilities.
Duqm refinery enhances sulfur processing with IPCO technology
Duqm Refinery has installed three IPCO SG20 drum granulators to process sulfur efficiently and meet SUDIC standards. The advanced system offers high capacity, reduced emissions, and consistent product quality, addressing common challenges in traditional drum granulation with innovative features and simplified, continuous operation.
