Indirect refrigeration systems with natural refrigerants.: Carbon dioxide as primary and/or secondary refrigerant.

Hans Jørgen Høgaard Knudsen; Kim Gardø Christensen; Per Henrik Jensen

Indirect refrigeration systems with natural refrigerants. Carbon dioxide as primary and/or secondary refrigerant.

Hans Jørgen Høgaard Knudsen, Kim Gardø Christensen, Per Henrik Jensen

Danish Technological Institute

Research output: Book/Report › Report › Research › peer-review

Abstract

Heat transfer for boiling and condensing carbon dioxide has been investigated.Heat transfer for carbon dioxide evaporating inside pipe has been measured and compared with Shah's correlation. The measured heat transfer coefficient is much higher than the value determined with the correlation.A shell-and-tube heat exchanger with carbon dioxide on the shell side and flow ice inside the tubes has been used to investigate the heat transfer for condensing carbon dioxide.At leats is mentioned results obtained with a frozen food display case using carbone dioxide as refrigerant.

Original language	Danish

Number of pages	75
Publication status	Published - 1998

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Cite this

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title = "Indirect refrigeration systems with natural refrigerants.: Carbon dioxide as primary and/or secondary refrigerant.",

abstract = "Heat transfer for boiling and condensing carbon dioxide has been investigated.Heat transfer for carbon dioxide evaporating inside pipe has been measured and compared with Shah's correlation. The measured heat transfer coefficient is much higher than the value determined with the correlation.A shell-and-tube heat exchanger with carbon dioxide on the shell side and flow ice inside the tubes has been used to investigate the heat transfer for condensing carbon dioxide.At leats is mentioned results obtained with a frozen food display case using carbone dioxide as refrigerant.",

author = "Knudsen, {Hans J{\o}rgen H{\o}gaard} and Christensen, {Kim Gard{\o}} and Jensen, {Per Henrik}",

year = "1998",

language = "Dansk",

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TY - RPRT

T1 - Indirect refrigeration systems with natural refrigerants.

T2 - Carbon dioxide as primary and/or secondary refrigerant.

AU - Knudsen, Hans Jørgen Høgaard

AU - Christensen, Kim Gardø

AU - Jensen, Per Henrik

PY - 1998

Y1 - 1998

N2 - Heat transfer for boiling and condensing carbon dioxide has been investigated.Heat transfer for carbon dioxide evaporating inside pipe has been measured and compared with Shah's correlation. The measured heat transfer coefficient is much higher than the value determined with the correlation.A shell-and-tube heat exchanger with carbon dioxide on the shell side and flow ice inside the tubes has been used to investigate the heat transfer for condensing carbon dioxide.At leats is mentioned results obtained with a frozen food display case using carbone dioxide as refrigerant.

AB - Heat transfer for boiling and condensing carbon dioxide has been investigated.Heat transfer for carbon dioxide evaporating inside pipe has been measured and compared with Shah's correlation. The measured heat transfer coefficient is much higher than the value determined with the correlation.A shell-and-tube heat exchanger with carbon dioxide on the shell side and flow ice inside the tubes has been used to investigate the heat transfer for condensing carbon dioxide.At leats is mentioned results obtained with a frozen food display case using carbone dioxide as refrigerant.

M3 - Rapport

BT - Indirect refrigeration systems with natural refrigerants.

ER -