Northamptonshire

A waste wood gasification facility designed to convert approximately 60,000 tons of waste wood annually into clean renewable energy for approximately 17,000 homes in Northamptonshire, UK.

A £9.8 million initiative funded by the Advanced Propulsion Centre UK to develop and test heavy-duty hydrogen combustion engines for decarbonizing the haulage industry. The project focuses on refining fuel-injection systems, turbocharging technology, and monitoring systems for hydrogen engines.

Infrastructure investment

Turbocharger testing and development

Waste-to-energy plant development, construction, and operation

A process that converts waste wood into energy through gasification technology. The article notes this emerging technology is more efficient and significantly cleaner than traditional waste-to-energy incinerators.

Precision fuel-injection technology tailored to handle hydrogen's distinct properties as a lightweight fuel, ensuring safe and efficient combustion in heavy-duty engines.

Hydrogen produced from renewable electricity sources, considered a critical component for hydrogen's long-term credibility as a clean fuel.

A waste wood gasification facility designed to convert approximately 60,000 tons of waste wood annually into clean renewable energy for approximately 17,000 homes in Northamptonshire, UK.

A waste-to-energy facility at Tyseley operated by MWH Treatment, set to begin operation in early 2016.

A £9.8 million initiative funded by the Advanced Propulsion Centre UK to develop and test heavy-duty hydrogen combustion engines for decarbonizing the haulage industry. The project focuses on refining fuel-injection systems, turbocharging technology, and monitoring systems for hydrogen engines.

A modified internal combustion engine that burns hydrogen fuel directly instead of diesel. Designed for commercial trucks and eliminates the need for expensive fuel cell systems while maintaining zero-emission operation.

Precision fuel-injection technology tailored to handle hydrogen's distinct properties, ensuring safe and efficient combustion in heavy-duty hydrogen engines.