ThermoDeg converts hazardous and plastic waste into electricity and thermal energy, helping fight climate change and waste pollution.
ThermoDeg’s proprietary reactor is a cutting-edge modular technology that transforms plastic and organic waste into high-value energy resources. Our mission is to tackle global plastic pollution and carbon emissions by enabling clean, decentralized energy systems powered by local waste
The ThermoDeg reactor is an advanced, modular waste-to-energy system converting plastic and organic waste into valuable energy. Our mission is to reduce global plastic pollution and carbon emissions while enabling clean, decentralized energy generation from local waste streams.
ThermoDeg’s proprietary thermal reactor breaks down hydrocarbons at high temperatures without combustion or oxygen. The process generates clean, high-energy synthesis gas or liquid fuel, which can be used for heat or electricity production. Designed as a closed-loop and emissions-free system, ThermoDeg technology can be tailored to match local energy and waste conditions.
ThermoDeg can serve communities, factories, and islands through local, independent energy systems. It's also suitable for tackling marine waste and landfill reduction, offering a sustainable, scalable waste-to-energy solution.
Henkel has signed a letter of intent to install a ThermoDeg mini power plant at its Tata facility, aiming to generate 6,500 MWh of electricity and 25,700 MJ of thermal energy annually by processing 2,000 tons of plastic waste.
Inside the ThermoDeg reactor, waste is broken down at 400–480°C through steam-assisted pyrolysis in a sealed, oxygen-free environment. Part of the resulting synthesis gas is reused to power the system itself, while the remaining energy is harnessed as electricity or thermal output.
A single ThermoDeg reactor can supply an entire community’s annual energy demand while significantly reducing plastic waste. With zero emissions, low operating costs, and a fast return on investment, it’s the ideal solution for decentralized, flexible, and sustainable clean energy — where efficiency and environmental impact truly matter.
