University of Rochester

A project to convert unrecyclable plastic waste into hydrogen energy using thermal decomposition in a glass kiln heated to 1,000 Celsius. The hydrogen can be used to heat homes and power vehicles, while greenhouse gases produced are captured and piped to a power plant for electricity generation.

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

A substance used in fuel cells, often platinum, that speeds up the electrochemical reaction without being consumed in the process.

Electrochemical devices that convert hydrogen and oxygen into electricity to power electric motors in aircraft.

Cheshire

United Kingdom

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 carbon capture and storage project that captures CO2 from industrial sources and stores it in depleted gas fields in Liverpool Bay, while producing hydrogen for heating, transport, and power generation.

A project to convert unrecyclable plastic waste into hydrogen energy using thermal decomposition in a glass kiln heated to 1,000 Celsius. The hydrogen can be used to heat homes and power vehicles, while greenhouse gases produced are captured and piped to a power plant for electricity generation.

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 technology system using a glass kiln heated to 1,000 Celsius to thermally decompose unrecyclable plastic waste into hydrogen gas and other gases. The hydrogen can be used for heating and power generation, while greenhouse gas emissions are captured for electricity production.