At Southern Energy Renewables, our advanced biomass gasification technology transforms organic waste into sustainable aviation fuel (SAF) and other clean fuels through a proven, scalable process. Our modular systems are engineered for rapid deployment, making clean fuel production both economically viable and environmentally impactful.

Process Flow

Biomass Input

Organic materials like crop waste, forest residues, or municipal solid waste are collected as feedstock.

Gasification

The biomass is heated in a low-oxygen environment to break it down into gases.

Synthesis/ Upgrading

This process yields synthesis gas (syngas), a mix of hydrogen, carbon monoxide, and CO₂.

Syngas Production

Syngas is converted into methanol which is then converted into liquid hydrocarbons using chemical catalysts.

Final Products

The result is refined into SAF and other fuels like methanol or diesel.

Benefits

Advanced Gasification Technology

Solves the problems many gasification technologies have failed to solve such as tar build up, alkali issues, and many others. One of the most recent examples being Fulcrum Bioenergy.

Proven Commercial Readiness

3,000+ operational hours at process demonstration unit confirm reliable performance, processing multiple biomass feedstocks into clean syngas, validating large-scale commercial readiness

Scalable Modular Design

Each phase of the SAF production process—from syngas generation to methanol synthesis and final methanol-to-jet conversion—is engineered for modularity and scalability.

Versatile Feedstock & Outputs

Gasifier processes crop residue, forest waste, municipal waste, producing renewable natural gas, methanol, SAF, ammonia, adapting to regional biomass availability