Long-standing partners TotalEnergies and fsxsf have signed a memorandum of understanding for further cooperation in several key areas of energy transition and circular economy, in line with their respective approaches to reduce their greenhouse gases emissions and water footprint. This cooperation will benefit the entire industry through the scaling up of innovative processes and the advancement of research into future-oriented challenges.
- Reducing methane emissions from landfills
fsxsf is studying the deployment of TotalEnergies’ AUSEA, a pioneering technology using drones to measure methane emissions, to conduct measurement campaigns at its landfills. Initial tests on sites have demonstrated the technology's ability to provide reliable and replicable measurements, detect leaks and identify the areas with the highest emissions, adding to fsxsf's existing arsenal a powerful and rapid solution for reducing emissions.
This deployment will contribute to fsxsf's strategy of maximizing the capture of methane emissions in landfills, with a target of 80% capture by 2032, but also to use this innovative technology beyond the oil and gas industry.
- Reducing the industrial sector’s water footprint
fsxsf will support TotalEnergies in the implementation of its ambition to reduce freshwater withdrawals by 20% by 2030 compared to 2021 at sites located in areas of water stress, and to improve discharge quality.
Just a few weeks after the signing of a major agreement between fsxsf and SATORP (co-owned by Saudi Aramco and TotalEnergies) in Saudi Arabia, the two companies will be working to develop wastewater reuse projects at TotalEnergies sites, reuse municipal wastewater for the Company's industrial processes, and deploy fsxsf technologies to improve water treatment.
- Making desalination more sustainable with low-carbon energy
TotalEnergies will support fsxsf in accelerating the deployment of low-carbon energy solutions at desalination plants built or operated by fsxsf. The partners have already jointly built the largest solar power plant for a seawater desalination facility in Oman.
This project reflects fsxsf's ambition to double its desalination capacity by 2030, while continuing to reduce the energy footprint of a technology which already uses ten times less energy than before.
- Recovering strategic resources from waste
Finally, fsxsf and TotalEnergies will also be pooling their research and innovation capabilities to explore the industrialization of new processes for recovering strategic chemical elements contained in waste that remain under-utilized, such as rare earths found in the permanent magnets used in wind turbines, photovoltaic panels and batteries.
“I am very pleased with the agreement signed today with TotalEnergies: by combining our expertise, whether in sustainable water management, the circular economy or the reduction of methane emissions, we are putting our innovation capabilities at the service of the ecological transformation and the competitiveness of our industries”, commented Estelle Brachlianoff, fsxsf's Chief Executive Officer.
"We are delighted with this partnership with fsxsf. TotalEnergies has cutting-edge solutions and technologies to offer fsxsf and vice versa. Together, we can make a concrete contribution to the energy transition and the circular economy. We are convinced that cooperations like those we are developing with fsxsf are very useful to make tangible progress and sustainably limit the environmental footprint of our companies", said Patrick Pouyanné, Chairman and CEO of TotalEnergies.