Thermally-Accelerated Anaerobic Digestion (TAD) technology uses a novel fractionation process that extracts Hydrogen (3–4%), Methane (12–14%), and bio-Tar (2–4%) by weight from bio-waste, converting it into smokeless bio-coal (25–28%).
This advanced fractionation process delivers an exceptional 50% mass-to-fuel conversion efficiency, making TAD 5–7 times more efficient than any biomass-to-fuel conversion technology currently available globally.
The entire system is self-sustaining — the electricity required to run the process is generated from the valuable by-products recovered during the cycle.
3–4% Clean Hydrogen Output
50% Mass-to-Fuel Conversion Efficiency
5–7× More Efficient Than Conventional Biomass Systems
Fully Self-Powered Process
Our biogas systems convert organic waste into methane using anaerobic digestion, significantly reducing greenhouse gases and environmental pollution.
The process generates valuable byproducts such as biofertilizer and supports sustainability goals including reforestation and improved sanitation.
High-energy pyrolysis action breaks long carbon-hydrogen chains, transforming organic compounds rapidly into ash.
We supply Brewery- and Distillery-based CO₂ Recovery Plants delivering 99.99% purity in compliance with ISBT standards. Our plants are engineered for multiple industrial applications and are available in various capacities as per client requirements.
Industries we serve include beverages, chemicals, pharmaceuticals, food & industrial processing with Food-Grade CO₂.