Biowatt officially pre-approved by Isometric. ×

dMRV

Green Hydrogen

High yield, ideal for industrial
decarbonization and fuel markets

Sustainable Aviation Fuel(SAF)

Optimized Fischer-Tropsch
process with lower cost per liter

Green Methanol

Direct syngas-to-methanol route
for fuel and chemicals

Green Ammonia

Efficient Haber-Bosch synthesis
with minimal pre-treatment.

Oxy-enriched Gasification System (oxygen + Steam)

SMART

DESIGN

Completely compact design
and simple operation.

SMART

ENERGY

Local clean energies that
can be used without waste.

SMART

ECONOMY

Quick and simple Installation
reduce investment cost.

SMART

INSTALLATION

Its frame design facilitates
simple loading and transporta-
tion, necessitating minimal or
no on-site civil construction.

Smart Biowatt

Our Oxy-enriched Gasification System is designed for high-efficiency syngas production withminimal nitrogen dilution. By replacing air with pure oxygen, the process generates syngas rich inhydrogen and carbon monoxide, perfectly suited for large-scale Green Hydrogen, SAF, Ammoniaand Methanol production plants.

Technology Process

Biomass Feeding -Uniform, continuous feed.
Syngas Formation -High concentration of H and CO.
Utilization-High-grade syngas for green fuel production.

Gasification Reaction -Oxygen + steam provide higher reaction temperature.
Gas Purification -Advanced cleaning systems ensure syngas meets synthesis specs.
The high hydrogen content makes this system the preferred choice for green fuels.

Key Features

High-purity syngas with CO+H₂ >70%

Reduced CO₂ footprint compared to air-blown systems

Scalable to industrial capacity

Optimized for downstream chemical conversion

Industrial Demonstration Plant (China)

Oxy-enriched system producing syngas for hydrogen, ammonia, methanol and SAF synthesis, achieving >70% CO+H₂

Applications

Green Hydrogen

High yield, ideal for industrial
decarbonization and fuel markets

Sustainable Aviation

Fuel(SAF) Optimized Fischer-Tropsch
process with lower cost per liter

Green Ammonia

Efficient Haber-Bosch synthesis
with minimal pre-treatment.

Green Methanol

Direct syngas-to-methanol route
for fuel and chemicals

SAF production near airport

Hydrogen export projects

Fertilizer in agriculture regions

Methanol for shipping and chemical industries

Technical Advantages

Our company is committed to developing advanced waste-to-energy technology toprovide clean energy to society ,sustainable energy solutions.

Projects →

Smart Design: Completely compact design and simple operation.

All components are pre-installed, investors can achieve fast returns. This not only simplifies installation, but also allows for very quick start-up, so you can benefit immediately. The system offers great flexibility because it provides a modular design and the ability to trigger biomass power plants for maximum performance.

Smart Energy: Combined Heat and Power

CHP, also known as combined heat and power, is an efficient, clean, and reliable way to generate electricity and thermal energy from a single fuel source. Cogeneration can significantly improve a facility's operating efficiency and reduce energy costs.

Elevate Your Safety with Advanced
Automation Control Solutions

Feed-React-Power generation-Heating and Application, fully automated control, easy to operate. Installed with fault alarm system, interconnection interlock, and remote control system.