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Carbon dioxide refrigeration with heat recovery for supermarkets

Colombo, I. / Maidment, G. G. / Chaer, I. / Missenden, J. M.

This paper describes the outcomes of a research project that investigates sustainable heating and cooling solutions for retail applications using a carbon dioxide (CO2) natural refrigerant (R744) for food refrigeration. The paper presents the findings from an applied research study on a booster CO2 (R744) system with high and medium temperature heat recovery. The paper includes a description of the conceptual design and a computer model along with its validation based on some experimental results. The energy consumption and carbon emission reduction are investigated using this novel system based on an existing supermarket as a case study.

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Carbon dioxide refrigeration with heat recovery for supermarkets

Colombo, I. / Maidment, G. G. / Chaer, I. / Missenden, J. M.

This paper describes the outcomes of a research project that investigates sustainable heating and cooling solutions for retail applications using a carbon dioxide (CO2) natural refrigerant (R744) for food refrigeration. The paper presents the findings from an applied research study on a booster CO2 (R744) system with high and medium temperature heat recovery. The paper includes a description of the conceptual design and a computer model along with its validation based on some experimental results. The energy consumption and carbon emission reduction are investigated using this novel system based on an existing supermarket as a case study.

Carbon dioxide refrigeration with heat recovery for supermarkets

Colombo, I. / Maidment, G. G. / Chaer, I. / Missenden, J. M.

This paper describes the outcomes of a research project that investigates sustainable heating and cooling solutions for retail applications using a carbon dioxide (CO2) natural refrigerant (R744) for food refrigeration. The paper presents the findings from an applied research study on a booster CO2 (R744) system with high and medium temperature heat recovery. The paper includes a description of the conceptual design and a computer model along with its validation based on some experimental results. The energy consumption and carbon emission reduction are investigated using this novel system based on an existing supermarket as a case study.

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Title:

Carbon dioxide refrigeration with heat recovery for supermarkets

Contributors:

Colombo, I. (author) / Maidment, G. G. (author) / Chaer, I. (author) / Missenden, J. M. (author)

Published in:

International journal of low-carbon technologies ; 9 ; 38-

Publication date:

2014-03-01

ISSN:

1748-1325 , 1748-1317

DOI:

https://doi.org/10.1093/ijlct/cts040

Type of media:

Article (Journal)

Type of material:

Electronic Resource

Language:

English

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