Deregallera Limited is an advanced research and development facility based in Caerphilly, Wales that specialises in energy technologies and usage. The company applied to Innovate UK for grant funding of £497,560 to carry out feasibility studies, with London South Bank University and the University of South Wales as participants, to develop a feasibility demonstrator system, for extending the life of batteries used in the systems of electric vehicles.
The background to the project is that growing adoption of electric vehicles in the automotive industry has led to a surge in demand for high output batteries. The power profile of typical electric vehicle use is harmful to the electrochemical process of any battery. Hybridisation of high power-density supercapacitors with high energy density batteries has been shown to dramatically prolong battery life, by shielding the battery from the majority of small charge/discharge cycles.
The application was successful and the project received £397,769 by way of funding.
Stopford Projects Limited applied to Innovate UK for grant funding for a collaborative R&D project which seeks to fast-track the testing, scale-up and design of a novel mobile microwave induced plasma (MIP) gasification. technology, to enable the safe and sustainable disposal of COVID-19 related waste. The background to the project is the growing amount of clinical waste from hospitals and new temporary medical/healthcare facilities that have been erected globally to deal with COVID-19.
The innovative solution has been proposed to provide healthcare trusts and hazardous waste management companies as an alternative to offsite incineration, enabling waste to be treated safely and sustainably onsite whilst reducing the costs associated with waste disposal. The project will focus on the rapid testing and scale-up of Stopford’s highly efficient modular MIP gasification technology to enable viable onsite management of COVID-19 clinical waste at a scale of 1000 tpa.
Enabling the destruction of COVID-19 clinical waste onsite, will present both healthcare trusts and hazardous waste management companies with an opportunity to alleviate capacity issues and safety issues relating to the disposal of clinical waste, whilst also enabling an opportunity to reduce grid-based issues energy demand through the generation of low-carbon energy. As such this project presents the global health care sector with a novel process to enhance the safety and sustainability of COVID-19 clinical waste disposal whilst reducing operational costs and carbon emissions.
The project received an offer of £131,114 by way of funding.
Catagen Limited, a company that specialises in reducing environmental emissions, applied to Innovate UK for grant funding for a collaborative R&D project that aims to enable automotive manufacturers to manufacture cleaner vehicles.
Catagen Limited say that the effects of COVID-19 on the automotive industry is that vehicle manufacturers are cutting jobs and reducing budgets for new vehicle development. Work is being carried out to reduce the development costs of new vehicles whilst improving vehicle emissions.
Catagen aims to address this need by using their proprietary toolset to develop a new full drive cycle WLTC (Worldwide harmonized Light vehicles Test Cycles) test that provides automotive manufacturers with a more accurate data set using a test that is more repeatable, at a reduced cost and in a shorter timeframe, leading to better even cleaner new vehicles being developed. Catagen hopes that this project can improve the UK’s competitiveness in this international market and in doing so, they can make further positive changes to the way in which vehicles are developed, de-carbonising the process and improving air quality for the benefit of all.
The project has received £174,360 by way of funding.
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