Applied biotechnology
Enzymes, bioengineered yeasts, and lipid-processing expertise form the technical foundation for our SAF feedstock platform.
About UMeWorld
Biotechnology for flight.
Built to scale.
We develop feedstock, fermentation, and commercialization strategies for sustainable aviation fuel and lower-carbon energy.
Biotechnology, built for scale.
UMeWorld is building a biotechnology-enabled platform for sustainable aviation fuel. Our work combines proprietary enzymes, bioengineered yeasts, and industrial biotechnology to convert waste-derived lipid and renewable-carbon streams into consistent, higher-value fuel intermediates.
Our enzymatic platform is designed to upgrade challenging waste lipids under mild operating conditions. In parallel, bioengineered yeasts and microbial oil development broaden the renewable feedstock base needed to support long-term SAF expansion.
From science to infrastructure.
Our work joins established biotechnology with the engineering and execution required for commercial-scale deployment.
Enzymatic precision
Targeted biocatalysis enables selective upgrading under mild temperature and pressure conditions.
SAF feedstock
Waste-derived lipid streams become higher-purity intermediates engineered for HEFA compatibility.
FEED contractor selection
Initial FGE NexantECA findings support advancing Project Verdant into contractor selection, while the final feasibility report is anticipated in the coming weeks.
Our flagship development
A planned Renewable Aviation Fuels Hub in Malaysia.
Phase 1 targets approximately 200,000 MTPA of SAF production using proven HEFA technology while establishing UMeWorld’s proprietary microbial oil platform for future feedstock diversification and expansion potential of up to approximately 400,000 MTPA.
Explore Project Verdant