Cheshire

A smaller hydrogen heating pilot project planned for a village near Ellesmere Port in Cheshire.

An industrial-scale facility to convert waste plastic into hydrogen and electricity using Distributed Modular Gasification technology. The facility will span 54 acres and cost £7 million.

A previously approved facility by Peel NRE in Cheshire, utilizing similar waste-to-hydrogen technology.

Waste-to-hydrogen technology

Real estate and infrastructure development

Education and Research

A technology used in conjunction with steam methane reforming to reduce emissions from hydrogen production.

Hydrogen produced through sustainable conversion of organic matter, with biomass sourced from land unsuitable for food production.

A flexible combustion system designed to switch seamlessly between refinery off-gases, natural gas blends, and 100% hydrogen fuel.

A commercial, full-scale waste-to-energy facility using REnescience enzyme technology to convert untreated municipal solid waste into biogas and renewable power while extracting recyclable materials.

A facility that will convert non-recyclable waste plastic into hydrogen gas, intended for use as a zero-emission fuel for vehicles. It will also feature a co-located hydrogen refueling station.

Exploration and potential development of deep geothermal energy resources in Crewe, United Kingdom, to provide a clean and sustainable power source.

Boilers designed to run on natural gas and capable of converting to 100% hydrogen after an engineer visit.

A waste-to-hydrogen conversion technology that heats plastic waste to extremely high temperatures to remove carbon and convert solid material into syngas, which is then modulated to generate road-fuel-quality hydrogen.

A flexible combustion system installed at Stanlow Refinery capable of operating on refinery off-gases, natural gas blends, and 100% hydrogen, with advanced sensors and real-time control systems for seamless fuel switching.