Enerwater

Completed

Energy Efficiency(Residential and commercial)
Not Energy Related

Applied Research and Development

PHYSICAL SCIENCES AND MATHEMATICS (Physics)
ENGINEERING AND TECHNOLOGY (Mechanical, Aeronautical and Manufacturing Engineering)

Not Cross-cutting

Project Contact
Müller UK & Ireland Group LLP

Collaborative Research & Development

Innovate UK

01 February 2015

31 January 2018

36 months

£689,788

West Midlands

Competition Call: 1401_CRD_SUST_LES - Localised energy systems. Activity Localised energy systems- a cross-sector approach

Project Contact, Müller UK & Ireland Group LLP

Project Contact, Waste Heat Recovery Ltd
Project Contact, Scotland's Rural College (SRUC)
Project Contact, Mackies Limited
Project Contact, Atlantic Water Company Limited

Project Contact, Edinburgh Napier University

This project will develop new methods to reclaim waste energy from different forms of refrigeration plants, and in parallel, use this energy to also assist in conditioning waste water to potable standard water. In both cases waste heat will be recycled to be used again in other localised manufacturing processes and water will be re-cycled . This will reduce costs in the food processing sector (including perishables). It will do this by reducing energy and water use costs as well as reducing the environmental footprint of the commodities produced. These novel technologies will have application in various processes in a diverse range of UK and international industriesThis project will develop new methods to reclaim waste energy from different forms of refrigeration plants, and in parallel, use this energy to also assist in conditioning waste water to potable standard water. In both cases waste heat will be recycled to be used again in other localised manufacturing processes and water will be re-cycled . This will reduce costs in the food processing sector (including perishables). It will do this by reducing energy and water use costs as well as reducing the environmental footprint of the commodities produced. These novel technologies will have application in various processes in a diverse range of UK and international industriesThis project will develop new methods to reclaim waste energy from different forms of refrigeration plants, and in parallel, use this energy to also assist in conditioning waste water to potable standard water. In both cases waste heat will be recycled to be used again in other localised manufacturing processes and water will be re-cycled . This will reduce costs in the food processing sector (including perishables). It will do this by reducing energy and water use costs as well as reducing the environmental footprint of the commodities produced. These novel technologies will have application in various processes in a diverse range of UK and international industriesThis project will develop new methods to reclaim waste energy from different forms of refrigeration plants, and in parallel, use this energy to also assist in conditioning waste water to potable standard water. In both cases waste heat will be recycled to be used again in other localised manufacturing processes and water will be re-cycled . This will reduce costs in the food processing sector (including perishables). It will do this by reducing energy and water use costs as well as reducing the environmental footprint of the commodities produced. These novel technologies will have application in various processes in a diverse range of UK and international industriesThis project will develop new methods to reclaim waste energy from different forms of refrigeration plants, and in parallel, use this energy to also assist in conditioning waste water to potable standard water. In both cases waste heat will be recycled to be used again in other localisedmanufacturing processes and water will be re-cycled . This will reduce costs in the food processing sector (including perishables). It will do this by reducing energy and water use costs as well as reducing the environmental footprint of the commodities produced. These novel technologies will have application in various processes in a diverse range of UK and international industriesThis project will develop new methods to reclaim waste energy from different forms of refrigeration plants, and in parallel, use this energy to also assist in conditioning waste water to potable standard water. In both cases waste heat will be recycled to be used again in other localised manufacturing processes and water will be re-cycled . This will reduce costs in the food processing sector (including perishables). It will do this by reducing energy and water use costs as well as reducing the environmental footprint of the commodities produced. These novel technologies will have application in various processes in a diverse range of UK and international industries

11/08/15