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    • 29. 发明授权
    • Closed loop single mixed refrigerant process
    • 闭环单混合制冷剂工艺
    • US5657643A
    • 1997-08-19
    • US607942
    • 1996-02-28
    • Brian C. Price
    • Brian C. Price
    • F25B1/10F25B9/00F25J1/02F25J3/00
    • F25J1/0291F25B1/10F25B9/006F25J1/0022F25J1/0052F25J1/0212F25J1/0262F25J2220/64F25J2290/32
    • An improved closed loop single mixed refrigerant process and system for cooling a fluid material through a temperature range exceeding 200.degree. F. by heat exchange with a single mixed refrigerant in a closed loop refrigeration cycle comprising: compressing the mixed refrigerant in a first stage compressor; cooling the compressed mixed refrigerant from the first stage compressor to produce a first mixture of a first condensed portion of the mixed refrigerant, and a gaseous refrigerant; separating the first condensed portion of the mixed refrigerant from the gaseous refrigerant; passing the gaseous refrigerant to a second stage compressor and further compressing the gaseous refrigerant; cooling the second stage compressed gaseous refrigerant to produce a second mixture of a second condensed portion of the gaseous refrigerant and a second gaseous refrigerant; separating the second condensed portion of the gaseous refrigerant and the second gaseous refrigerant; combining the first condensed portion of the mixed refrigerant with the second condensed portion of the gaseous refrigerant and the second gaseous refrigerant; charging the compressed mixed refrigerant to a refrigeration zone where the compressed mixed refrigerant is cooled to produce a liquid, mixed refrigerant, and expanded to produce a low temperature coolant; passing the low temperature coolant in countercurrent heat exchange with the compressed mixed refrigerant and the fluid material to produce the liquid, mixed refrigerant, a cooled, liquid, fluid material and gaseous mixed refrigerant; and recycling the gaseous mixed refrigerant to the first stage compressor.
    • 一种改进的闭环单混合制冷剂过程和系统,用于通过在闭环制冷循环中与单一混合制冷剂进行热交换,在超过200°F的温度范围内冷却流体材料,包括:压缩第一级压缩机中的混合制冷剂; 冷却来自第一级压缩机的压缩混合制冷剂,以产生混合制冷剂的第一冷凝部分和气态制冷剂的第一混合物; 从气态制冷剂中分离混合制冷剂的第一冷凝部分; 将气态制冷剂通入第二级压缩机并进一步压缩气态制冷剂; 冷却第二级压缩气态制冷剂以产生气态制冷剂的第二冷凝部分和第二气态制冷剂的第二混合物; 分离气态制冷剂和第二气态制冷剂的第二冷凝部分; 将混合制冷剂的第一冷凝部分与气态制冷剂的第二冷凝部分和第二气态制冷剂组合; 将压缩的混合制冷剂装入制冷区,在该制冷区中冷却压缩的混合制冷剂以产生液体,混合制冷剂并膨胀以产生低温冷却剂; 使低温冷却剂与压缩的混合制冷剂和流体材料逆流热交换,以产生液体,混合制冷剂,冷却液体流体材料和气态混合制冷剂; 并将气态混合制冷剂再循环到第一级压缩机。