Compared with traditional process,heat pump distillation process and grad absorption process can save energy 20.33% and 16.18% separately.
结果表明,在满足净化要求的前提下,与传统流程相比,这两种流程均有一定的节能效果,热泵精馏流程和分段吸收流程分别节能20.33%和16.18%。
参考来源 - 天然气净化装置用能分析与节能改造探讨Among them,double-effect distillation, grading absorption and heat pump distillation are 21.30%,25.06%and 13.28%separately,the effectiveness of double-effect distillation and grading absorption are more remarkable than heat pump distillation.
结果表明,在CO_2回收率和回收纯度要求分别为80%和98%的条件下,和传统流程相比,这三种改进流程均有不同程度的节能效果,并且双效精馏流程和分段吸收流程的节能效果较热泵精馏流程更加明显,前者分别节约有效能21.30%和25.06%。 后者节约13.28%。
参考来源 - MEA吸收CO·2,447,543篇论文数据，部分数据来源于NoteExpress
分段止推环吸收了所有由内部压力产生的推力。
Segmental thrust ring absorbs all the thrusts applied by internal pressure.
进一步分析得出，综合采用分段泵浦方式和不均匀泵浦吸收系数可实现温度分布和输出功率的最佳匹配。
In conclusion an approach under distributed pump and with nonuniform pump absorption coefficients is proposed to get the best match of temperature distribution and output power.
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