Our Impact
Measurable environmental outcomes backed by transparent data — because sustainability claims should be verifiable, not aspirational.
Our Commitment
Plaskon operates under a zero-landfill commitment for all accepted material streams. Every ton processed is tracked from collection through final recovery, with quarterly impact reports delivered to every client.
Our sustainability framework aligns with the UN Sustainable Development Goals (SDGs 12, 13, and 15) and supports clients in meeting Scope 3 emissions reporting requirements.
Technology
Our R&D investments focus on recovering materials that conventional recycling cannot handle.
NIR spectroscopy, X-ray transmission, and eddy-current sensors work in concert to classify complex mixed streams in real time.
Our India facility hosts a pyrolysis pilot converting mixed plastics into feedstock oil — closing the loop on previously unrecyclable blends.
Partnerships
Goals
Increase the processing capacity of plastic recycling to 15-25 tons/day by 2027.
Establish & Expand a flagship compressed biogas (CBG) plant that converts organic waste into green fuel, utilizing high-yield anaerobic digestion and advanced carbon capture to achieve net-zero transport emissions.
Process 10-20 tons/day of Plastic Waste and achieve net-zero Scope 1 and 2 emissions across all facilities, verified by third-party auditors.
A premier plastic-to-oil plant will transform non-recyclable plastic annually into high-purity chemical feedstocks using advanced pyrolysis.
As global demand for AI chips, and electronic devices surges, the volume of discarded electronics is dramatically outpacing recycling infrastructure. Expanding proper e-waste recovery allows us to reclaim billions of dollars in precious metals like gold, copper, and silver while lowering the carbon footprint of future manufacturing.
A leading battery recycling plant will operate as a fully automated, hub capable of processing 10-20 tons/month of waste. It will achieve a 95%+ recovery rate of battery-grade lithium, nickel, and cobalt using advanced hydrometallurgy to fuel a closed-loop EV supply chain.