Air Liquide doubles its biomethane production capacity

Since the beginning of 2018, Air Liquide has commissioned three new biomethane production units, in the United States, in France, and in the United Kingdom. With these units, Air Liquide has doubled its biomethane production capacity, which now stands at 60 MW, the equivalent of 500 GWh for a full year of production. Over the course of the last four years, the Group has decided around 100 million euros in investments in biomethane production. Today, the Group operates 10 production units around the world, designed to purify biogas in order to transform it into biomethane and inject it into the natural gas network.

Thethree new biomethane production unitscommissioned by Air Liquide are located in the United States (Walnut, Mississippi), in France (Cestas, near Bordeaux), and in the United Kingdom (Northwick, near Birmingham).

The new biomethane production unit in the United States is located in the Northeast Mississippi Landfill (NEML) site. This is the first large-scale unit built by Air Liquide in the United States. It purifies the biogas that results fromhousehold waste treatment sitesand transforms it into biomethane.

In Europe, the units purify the biogas fromfarm wasteand transform it into biomethane. Part of this biomethane is used for trucks fueled by bio-NGV (Natural Gas for Vehicles), a clean non-fossil fuel with no fine particulates emissions.

Air Liquide has developed technologies and expertise that coverthe entire biomethane value chain：净化沼气，将其转化为生物甲烷气，与当地参与者合作注入天然气网络，液化，分配由bio NGV提供燃料的清洁车队。

François Darchis, Senior Vice President, member of the Air Liquide Executive Committee supervising innovation, commented:“The commissioning of these new biomethane production units, whether in the United States or in Europe, illustrates the strong growth in new markets related to the energy transition. In transforming the biogas produced by waste into biomethane using its patented separation and purification technologies, Air Liquide contributes to reducing greenhouse gas emissions and improving air quality.”