2001Journal of Nanjing UniversityRequires access

Performance of heat pipe for waste heat lithium-bromide refrigerator driven by exhaust gas of diesel engine

Su Jin

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Abstract

Heat pipe waste heat lithium bromide refrigerator can be driven by exhaust gas or chemical reaction waste heat directly to produce 65 ℃ hot water and 7 ℃ chilled water. It has high energy utilizing efficiency, because it is driven by exhaust gas or other waste heat. In this paper, the performance of lithium bromide refrigerator which was driven by exhaust gas of diesel engine was analyzed.

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Heat pipe waste heat lithium bromide refrigerator can be driven by exhaust gas or chemical reaction waste heat directly to produce 65 ℃ hot water and 7 ℃ chilled water. It has high energy utilizing efficiency, because it is driven by exhaust gas or other waste heat. In this paper, the performance of lithium bromide refrigerator which was driven by exhaust gas of diesel engine was analyzed.

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Available abstract

Heat pipe waste heat lithium bromide refrigerator can be driven by exhaust gas or chemical reaction waste heat directly to produce 65 ℃ hot water and 7 ℃ chilled water. It has high energy utilizing efficiency, because it is driven by exhaust gas or other waste heat. In this paper, the performance of lithium bromide refrigerator which was driven by exhaust gas of diesel engine was analyzed.

Key concepts: Waste heat, Lithium bromide, Exhaust gas, Waste heat recovery unit, Waste management, Refrigerator car, Heat engine, Diesel engine

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