Topsoe selected to deliver technology for renewable fuels project in Texas

Topsoe has signed licensing and engineering agreements with Santa Maria to develop a project focusing on the production of renewable fuels from various renewable feedstocks.
The proposed project, located in East Texas, plans to produce a combination of renewable diesel and SAF at a production capacity of 3,000 bbl/d.
The project will contribute to reduce emissions in the long-distance transportation and aviation sectors.
The need for a rapid scale up of SAF production is important. Aviation, according to World Energy Outlook 2023, accounts for over 2% of all energy-related emissions, and today SAF constitutes less than 0.01% of fuel used for aviation.
Topsoe will provide its HydroFlex™ process layout integrated with the company’s H2bridge™ technology to further reduce the carbon intensity of the renewable jet and diesel produced from the plant.
Henrik Rasmussen, managing director, The Americas, Topsoe, said: “We are thrilled to be partnering with Santa Maria on this project. Our shared commitment to support the renewable fuels market makes this collaboration a natural fit, and we look forward to seeing the positive impacts this project will bring.”
Pat Sanchez, Founder and CEO, Santa Maria Renewable Resources, said: “Topsoe offers the optimal package of technical services for us to develop our renewable fuels project. The Topsoe team understands our value proposition and was very responsive towards deploying their proven technology in our integrated circular economy project.”
With HydroFlex™, customers can convert various fat, oils and greases into drop-in renewable jet and diesel that meets all globally accepted specifications for these fuels. Topsoe’s HydroFlex™ can be deployed in both grassroots units and revamps for co-processing or stand-alone applications.
The H2bridge™ technology replaces external fossil feedstocks for production of hydrogen by processing the waste propane and off gases from the HydroFlex™ process and converting it into green hydrogen that is then consumed in the same process (i.e. HydroFlex™). This patented process integration provides the customers with improved carbon intensity score.