Waste Management Business Investment Opportunities in Aberystwyth

Early-stage clean technology company developing proprietary zero-waste chemical recycling and biorefining solutions for municipal and organic waste streams. - Proprietary modular catalytic hydrothermal gasification platform converts municipal solid waste and organic feedstocks into renewable energy products including methane, hydrogen, formic acid, methanol, and other chemical intermediates. - Integrated process also recovers and upgrades recyclable plastics, metals, paper, cardboard, wood, and glass to market-ready specifications, supporting circular economy objectives. - Targets waste management companies, material recovery facilities, energy providers, transport fleets, and industrial customers seeking low-carbon fuels and sustainable feedstocks. - Operates a B2B business model through design-build-operate (DBO) contracts, modular technology sales, licensing agreements, and intellectual property royalties. - Additional revenue opportunities include renewable fuel sales, chemical product sales, waste processing fees, and renewable transport fuel incentive programs. - Built on more than two decades of research and development in sustainable process engineering and advanced waste conversion technologies. - Technology is designed to process diverse organic waste streams with the objective of achieving no solid, liquid, or gaseous emissions. - Management team combines 25–30 years of engineering, scientific, commercial, and business development experience, supported by leading academic experts in hydrothermal gasification and critical fluid technologies. - Planning a large-scale demonstration facility in North East Lincolnshire capable of processing approximately 30,000 tonnes of refuse-derived fuel annually. - Management projects the demonstration project could generate annual revenues of approximately GBP 52 million by year five of operations. - Pre-revenue company seeking investment to commercialize its technology platform and accelerate deployment across waste management and renewable energy markets.

Early-stage clean technology company developing proprietary zero-waste chemical recycling and biorefining solutions for municipal and organic waste streams. - Proprietary modular catalytic hydrothermal gasification platform converts municipal solid waste and organic feedstocks into renewable energy products including methane, hydrogen, formic acid, methanol, and other chemical intermediates. - Integrated process also recovers and upgrades recyclable plastics, metals, paper, cardboard, wood, and glass to market-ready specifications, supporting circular economy objectives. - Targets waste management companies, material recovery facilities, energy providers, transport fleets, and industrial customers seeking low-carbon fuels and sustainable feedstocks. - Operates a B2B business model through design-build-operate (DBO) contracts, modular technology sales, licensing agreements, and intellectual property royalties. - Additional revenue opportunities include renewable fuel sales, chemical product sales, waste processing fees, and renewable transport fuel incentive programs. - Built on more than two decades of research and development in sustainable process engineering and advanced waste conversion technologies. - Technology is designed to process diverse organic waste streams with the objective of achieving no solid, liquid, or gaseous emissions. - Management team combines 25–30 years of engineering, scientific, commercial, and business development experience, supported by leading academic experts in hydrothermal gasification and critical fluid technologies. - Planning a large-scale demonstration facility in North East Lincolnshire capable of processing approximately 30,000 tonnes of refuse-derived fuel annually. - Management projects the demonstration project could generate annual revenues of approximately GBP 52 million by year five of operations. - Pre-revenue company seeking investment to commercialize its technology platform and accelerate deployment across waste management and renewable energy markets.