Sustainable Speed Quest: Hydrogen-Powered Car Made from Waste Aims for Land Speed Record
Key Ideas
  • Warwick Manufacturing Group students build a hydrogen-powered car fueled by sewage to attempt a land speed record using spare parts from Ginetta and sustainable materials.
  • The car aims to break various land speed records while showcasing sustainable concepts and providing students with hands-on experience for future careers.
  • Collaboration between universities, businesses, and students highlights the potential of hydrogen as a fuel for racing cars and the importance of recovering value from waste streams in a net-zero economy.
  • Sponsors like Severn Trent Water support innovative technologies like the Waste2Race project, emphasizing environmental impacts and the circular economy.
A team of students at Warwick Manufacturing Group (WMG) at The University of Warwick has built a hydrogen-powered car fueled by sewage in an attempt to break a land speed record. The car, named Waste2Race Le Mans Prototype race car (LMP3), is constructed from spare parts sourced from Ginetta, incorporating sustainable materials like recycled carbon fiber and a wing mirror made from beetroot waste. The project, aimed at showcasing sustainable concepts, involves students gaining hands-on experience for future careers. The car is set to attempt various land speed records, emphasizing the potential of hydrogen as a racing car fuel. Collaborations between universities, businesses, and students are highlighted as crucial in pushing the boundaries of innovation. Sponsors like Severn Trent Water are proud to support technologies that have positive environmental impacts, promoting the development of circular economies. The Waste2Race project also demonstrates the significance of recovering value from waste streams, with a focus on producing fuels with Microbial Electrolysis Cells. This initiative aligns with the goals of creating a net-zero economy and delivering value for society, industry, and agriculture.
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