Our Technologies

High-temperature plasma arcs break down waste at molecular level, producing clean syngas with minimal emissions.

Plasma-driven pyrolysis for hazardous and biomedical waste, ensuring complete destruction of pathogens and toxics.

Thermal decomposition of organic waste in oxygen-free conditions, yielding bio-oil, syngas, and biochar.

Controlled partial oxidation of waste to produce syngas for energy and chemical synthesis.

Gasification of agricultural and forestry biomass into producer gas for heat and power.

Pyrolysis of biomass feedstocks for biochar, bio-oil, and wood-gas production.

Integrated systems converting waste to green hydrogen via syngas reforming and purification.

Catalytic synthesis of green methanol from waste-derived syngas.

Waste-to-power plants with syngas engines or turbines for electricity generation.

Syngas cleaning and conditioning systems removing tars, particulates, and contaminants.

Pyrolysis-based plants producing high-carbon biochar for soil amendment and carbon sequestration.

Fast pyrolysis plants producing bio-oil for heating, refining, or specialty chemicals.

Recovery and production of advanced carbon materials from waste streams.

Refuse Derived Fuel processing and energy recovery systems for MSW.

High-temperature thermal treatment systems for diverse waste streams.