New Travel Decarbonisation Tech Emerges from UK Universities
The UK's transport sector is responsible for the most greenhouse gas emissions.
The new facility will become a hub for clean energy innovation.
University projects are making their way from the labs to the market for real-world use.
A new research centre called the Zero Carbon Innovation Centre (ZCIC) has been opened in the East Midlands, with locations at the University of Nottingham and Loughborough University to develop technology that decarbonises travel.
The goal is to develop sustainable transport technologies, with an emphasis on expanding electric heavy goods vehicles (HGVs), hydrogen-powered ships, and low-emission planes. These modes of transportation are poised to replace the ones that run on fossil fuels, which are a major source of greenhouse gas emissions in the UK.
The centre has been established to bridge the gap between research and real-world use. Oftentimes, ideas floated in academics do not become mainstream, but ZCIC works differently, with scientists and engineers working in special rooms to turn their work into practical technologies.
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To complete the project, they have financial backing from public organisations, private companies, and universities, with over £75 million in funding.
Researchers have already started work on new inventions inside the facility, but some details with respect to what they are doing are kept confidential owing to commercial sensitivity.
According to reports, powerful electric machines are being developed that can run ships or aircraft and will be ready within 10 to 20 years. These machines are compact, use clean fuels like hydrogen, and can be used for long-distance transport.
The announcement has also drawn reprimand from some quarters. Critics say we focus too much on developing new technologies instead of using existing ones and changing lifestyles. However, researchers at the centre share a different perspective. They believe that developing affordable and recyclable green tech is the need of the hour.
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They have also given some examples to bear out their statements. For instance, a 3D-printed battery-electrolyser stores solar power and converts extra energy into green hydrogen. This was just a student project a few years ago, but now universities are sending their units to Malawi, the Ivory Coast, and Zambia to expand clean cooking with hydrogen fuel.
The ZCIC centre is part of building a "zero carbon cluster" in the East Midlands, which includes facilities like a hydrogen propulsion lab set to open in 2026. The cluster brings together academics and industry to float ideas, test them, and share knowledge to commercialise the technologies.
The East Midlands Freeport, whose vision is to transform the region through economic growth, has invested £6 million in the centre. Its goal is to attract businesses and, subsequently, generate jobs in sectors that are hard to decarbonise, such as airports, freight, and old power plants. They say ZCIC has the power to bring a sustainable transformation and clean up these sectors.
Finally, the centre will also provide a fillip to the local economy by building skills and supporting small and medium-sized businesses. It will create a wide spectrum of jobs, from high-level researchers to workshop mechanics, making the region a hub for clean energy innovation.
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Source: BBC
