Sulzer to provide tech for SEDC’s SAF plant in Malaysia
Malaysian state of Sarawak’s upcoming Sustainable Aviation Fuel (SAF) pilot plant is being set up SEDC Energy (SEDCE) that is collaborating with Swiss firm Sulzer Chemtech to deploy its proprietary BioFlux technology. The facility will convert locally sourced HEFA (Hydroprocessed Esters and Fatty Acids) feedstocks – including algae oil, palm oil mill effluent (POME), animal fats and used cooking oil (UCO) – into SAF.
Sulzer will support SEDCE throughout the project, including process design engineering, detailed design, and modular plant supply. Once construction is complete, it will also deliver commissioning, and startup services. Sulzer’s involvement marks a key milestone in advancing sustainable aviation across Southeast Asia.
The project supports SEDCE’s initiatives to strengthen Sarawak’s global standing in emerging energy sectors and the downstream oil and gas industry. SEDCE is spearheading the development of this comprehensive new energy ecosystem to foster a greener, more sustainable future for the state.
BioFlux technology, developed by Duke Technologies LLC in the US and globally licensed by Sulzer Chemtech, features a proprietary liquid-full reactor design that optimises hydrogen availability and eliminates the need for a vapor recycle loop. This unique configuration, combined with advanced catalyst innovations, enhances yield, extends catalyst life, and significantly reduces production costs.
“Our partnership with Sulzer Chemtech represents a major step toward realising the vision of a sustainable energy future in Sarawak,” said Robert Hardin, CEO for SEDCE. “With advanced technologies like BioFlux, we are tapping into the potential of our local resources to produce world-class sustainable aviation fuel.”
Ilja Mikenberg, Global Head Process Solutions at Sulzer Chemtech added: “We are proud to support SEDCE on this landmark SAF project. Our BioFlux technology offers a high-performance, low-emissions solution that aligns with both environmental goals and long-term operational efficiency.”
