Funded Projects

Through this project, FeTu have proven the compressor technology at the Thermal Propulsion System Efficiency Spoke (University of Bath) to TRL 6; with pilot sites secured for testing in 2020 and a wide variety of commercial interests in Automotive, Refrigeration and Power Generation.

This project developed an electric motor and controller capable of solving turbo lag and working continuously to enhance engine torque, which allows engine downsizing and reducing CO₂ emissions.

This project will help to create a strategy for commercialising the heat exchanger within the automotive sector, and a proven manufacturing method for heat sinks along with samples for testing and promotion.

This project supported the development of a proof of concept, from technical drawings and calculations, to develop a highly efficient mechanical transfer propulsion system.

This project sought to characterise a new material technology that could not only act as a filter media in air cabin filtration systems, but also in vehicle after treatment exhaust systems.