Feasibility study to explore France’s first bio-LNG production unit for shipping
EveRé, operator of a household waste treatment plant in France, CMA CGM Group, a shipping and logistics company, Elengy, a subsidiary of ENGIE, and TotalEnergies, a global multi-energy company, have joined forces to study the feasibility of creating France’s first liquefied biomethane (bio-LNG) production unit for the shipping industry.
Produced by converting the biodegradable part of household waste from the Marseille Provence region, bio-LNG would enable the decarbonisation of shipping services departing from the Grand Port Maritime in Marseille and would be used primarily for CMA CGM’s LNG-powered vessels.
Bio-LNG, combined with the dual-fuel gas engine technology developed by CMA CGM, reduces greenhouse gas (GHG) emissions, including CO2, by at least 67%, relative to well-to-wake very-low-sulphur fuel oil. Based on a tank-to-wake measurement (at vessel level), the GHG emissions are reduced by 88%.
LNG allows for a 99% reduction in sulphur oxide emissions, a 91% reduction in fine particles emissions, and a 92% reduction in nitrogen oxide emissions. By the end of 2024, 44 of CMA CGM’s vessels will be powered by LNG.
The project fits perfectly into the local ecosystem, said the companies, benefiting from the existing infrastructure at the Grand Port Maritime, including EveRé’s waste methanisation unit, Elengy’s LNG terminals, which will be used for the storage and delivery of the bio-LNG, TotalEnergies’ bunker vessel, which will be located at the port as of January 2022, and CMA CGM’s fleet of LNG-powered vessels.
The feasibility study has been launched within the framework of this large-scale project, which corresponds with the national drive to promote bio-LNG as defined in France’s Mobility Orientation law.
GreenValue GmbH has advised Balance Erneuerbare Energien on the acquisition of a biogas plant portfolio spanning Saxony, Saxony-Anhalt, and Mecklenburg-Western Pomerania — with a combined thermal input capacity of 46 MW.
Ireland is backing five research teams with €2.6 million to tackle some of the biggest challenges in renewable gas — from biomethane production using macroalgae to AI-powered digital twins of gas infrastructure.
We use cookies to enhance your browsing experience and enable essential functions on our website. Some cookies are categorised as "Necessary" are automatically stored on your browser as they are crucial for the basic operation of the site - they can no be adjusted using these tools. Additionally, we use third-party cookies to help us analyse your usage of the website. These cookies are stored in your browser only with your prior consent. You have the option to enable or disable some or all of these cookies.
Statistical or analytical cookies are used to gain insights into how visitors interact with the website. These cookies collect data on metrics like visitor count, bounce rate, traffic sources, and more, helping us understand and improve site performance.
Advertisement cookies deliver personalised ads based on the pages you previously visited and help analyse the effectiveness of ad campaigns.