We have a way to harness the energy in the rich resources society currently discards, removing carbon to help protect the planet. Today, most non-recyclable plastics and other wastes are burnt or buried, adding to environmental issues and atmospheric CO2. We provide a low-cost, sustainable alternative to landfill and incineration.
Our SG 100 advanced thermal cracking technology transforms waste into a clean synthesis gas (syngas) and biochar, which captures and removes carbon. And because it doesn’t burn waste, the process has no problematic emissions.
Our syngas is tar-free, certified as clean as natural gas, with market-leading ‘End of Waste’ certification from the UK Environment Agency (EA). It can be used to generate electricity, steam and heat, or processed via methanation into transportation fuels, chemical feedstock, and for grid injection. Coupled with electrolysis, the SG100 can generate over 650 tonnes a year of green hydrogen.
Comprising 10%-15% of the SG 100’s total output, biochar captures and removes carbon. It also has valuable uses in soil stabilisation and conditioning, as a fuel, in fertilizers and construction aggregates
Processing up to 48,000 tonnes of waste a year, our tennis court-size SG100 plant will on average generate up to 40,000 megawatt hours of power and remove up to 18,000 tonnes of CO2 equivalent.
As our SG100 technology qualifies as an energy producer under the Environment Agency’s Industrial Emissions Directive, plant planning and permitting takes months not years.
Now, as we commercialise our patent-protected process, our commitment is to provide partners and customers with great service, delivery and performance underpinned by great technology.