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Metal Hydride Heat Pump System Tender, United Kingdom - 28375580

UNIVERSITY OF SOUTH WALES has floated a tender for Metal Hydride Heat Pump System. The project location is United Kingdom and the tender is closing on 26 Nov 2018. The tender notice number is NOV273867, while the TOT Ref Number is 28375580. Bidders can have further information about the Tender and can request the complete Tender document by Registering on the site.

Procurement Summary

Country : United Kingdom

Summary : Metal Hydride Heat Pump System

Deadline : 26 Nov 2018

Other Information

Notice Type : Tender

TOT Ref.No.: 28375580

Document Ref. No. : NOV273867

Competition : ICB

Financier : Self Financed

Purchaser Ownership : -

Tender Value : Refer Document

Purchaser's Detail

Purchaser : UNIVERSITY OF SOUTH WALES
Official Name : University of South Wales
Postal Address : Procurement, University of South Wales, Finance Dept, Llantwit Road,
Town : Pontypridd
Postal Code : CF37 1DL
Country : UK
For the attention of : Tina Struebig
Telephone : +44 1443482383
E-Mail : procurement@southwales.ac.uk
Fax : +44 1443482384
Internet Address (URL) :
Electronic access to information : www.sell2wales.gov.wales

United Kingdom
Email :procurement@southwales.ac.uk

Tender Details

Title: Metal Hydride Heat Pump System

Published by: University of South Wales

Publication Date: 12/11/2018

Deadline Date: 26/11/2018

Deadline Time: 12:00

Notice Type: Contract Notice

Has Documents: Yes

Has ESPD: No

Abstract: A test rig of metal hydride heat pump system is required to recover waste heat from a 20 kW Fuel Cell unit and produce 5kW cooling for space air conditioning. The metal hydride heat pump system can be also applied to other heat sources such as industrial waste heat and renewable energy. Initial research undertaken as part of FLEXIS programme at the University of South Wales has optimized waste management processing of fuel cell for space heating and cooling supported by lab-based analytics. Future projects will look to scale-up the laboratory systems and put the systems into actual applications including heating and cooling for automobiles and buildings with waste heat recovery.