摘要 - 在本文中,ORC热效率提高了22.54%,ORC利用率增加了22.79%,而ORC的Exergetic效率则增加了HMB设计的22.78%。Author has analysis to change the specification of Feed Pump, and additional Preheater, result analysis, when increasing n-pentane flow rate and saturation temperature, the heat (Q) flowing into the reinjection well decreased from 52502.9 kW to 23488.17 kW, and exergy destruction decreased from 28536 kW to 20427 kW where this exergy injected into the reinjection well, means that some energy and exergy has been在流入重新注入系统之前使用。在涡轮机上,总功率(W涡轮机)增加了25.40%,总功率修改为17418 kW,从总功率为13890 kW,并增加净功率15102 kW和12050 kW。在ACHE中,将热量(Q)从76030 kW增加到96633 kW,需要冷却N-戊烷,增加热量(Q),然后增加功率风扇电动机14.66%,而空气流量从218798 ACFM增加到218798 ACFM,从218798 ACFM增加到294442 ACFM,需要冷却n-浓度。进料泵的功率从1215 kW增加到31.69%至1600 kW,这是因为叶轮直径的变化会导致流量增加,压力和运动功率需要旋转泵。在恢复器上的工作减少(Q)47.93%,这是因为加热N-戊烷达到饱和温度,这是由于存在额外的预热器而辅助的。
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