WASTE MANAGEMENT TECHNOLOGIES
1. Municipal Solid Waste (MSW)
Pre Treatment "Turning Trash into Treasure!’’ Unsegregated waste sorted by smart tech. Dry to Refuse-Derived Fuel, wet to Bio-CNG. Zero landfill — total resource recovery!
3. Energy Efficiency Through Heat Recovery
"Power from Waste Heat!’’ Harness excess heat with ORC turbines. Generate captive power, slash energy costs. Smart, sustainable, and emission-free!
5. Green Hydrogen Production via Electrolysis
"Clean Hydrogen, Infinite Possibilities!’’ Use waste heat for renewable electrolysis. 500 kg/day of green hydrogen from 1 MW Alkaline Electrolyser — clean fuel, clean future. Feed industries, fuel vehicles, decarbonize fast!
2. Refuse-Derived Fuel (RDF) Gasification
"Fuel the Future with Waste!’’ High-calorific RDF gasified to clean Syngas. Green Methanol — your liquid hydrogen carrier. Cut emissions, drive circular economies!
4. HyORC Engine for Heavy Transport "Heavy Transport, Hydrogen Powered!’’ 800 km range, 250 kW punch, 15-year life. ORC meets hydrogen for super-efficient trucking. Zero fossil, maximum performance!
6. Biochar Production from Biomass/Municipal Solid Waste The organic waste-based gasification system uses biogenic part of the municipal waste, producing high-quality biochar, syngas, and bio-oil.
7. Carbon Capture and Utilization & Sequestration(CCUS)
The primary objective is to mitigate greenhouse gas (GHG) emissions and enable hard-to-abate sectors to progress toward carbon neutrality and national net-zero commitments.
INTERNATIONAL TECHNOLOGIES
The KOYA Nuclear Energy SMR is a state-of-the-art Generation IV Pebble Bed High Temperature Small Modular Reactor designed to provide safe, flexible, and efficient nuclear power for electricity and heat production. With Farmdo India it leverages TRISO fuel technology, renowned for its robust safety features and high-temperature resilience, making it ideal for a wide range of applications.
Farmdo, in collaboration with IIT Guwahati and NESFI, is pioneering a sustainable solar waste recycling process that ensures end-of-life solar panels are efficiently managed.The process involves systematic collection, dismantling, and advanced mechanical and thermal treatments to separate glass, aluminum, silicon, and precious metals.