Simulation and analysis of a compressor assisted triple-effect absorption refrigerating cycle;
三效压缩吸收式制冷循环的仿真分析
Compressor-assisted Triple-effect H_2O/LiBr Absorption Cooling Cycles;
增压型三效溴化锂吸收式制冷循环
Based on the optimal simulation, a comparison of the normal lithium bromide triple-effect absorption cycle with series solution circuit and the same cycle with an additional vapor compression device has been carried out.
在循环优化计算的基础上 ,对基本型直燃式串联三效溴化锂吸收式制冷循环和带蒸汽压缩装置的三效制冷循环进行了对比分析。
Using the program for triple effect lithium bromide absorption refrigeration thermodynamic calculating which developed by our research group, we studied a type of cycle named of counter series connection TC lithium bromide absorption refrigeration cycle.
根据本课题组人员完成的三效溴化锂吸收式制冷循环计算程序，对一种逆串联式三效循环进行了热力计算分析。
This paper describes performance simulation of triple effect absorption refrigeration systems, including series flow type, parallel flow type and reverse series flow type.
本文建立了使用溴化锂溶液作为工质的三种流程的三级三效吸收制冷循环模型，进行了性能比较计算，结果表明并联流程循环的性能系数ＣＯＰ最高；同时本文进一步对并联流程和串联流程的三效吸收制冷循环分别进行了关于溶液分配率和总体热交换面积分配率的优化计算，得到了不同设计工况时面积分配率与ＣＯＰ的关系，为三效吸收循环的最优设计提供了理论依据。
The effect of triple effect evaporation process on the concentration of PA6 concentrated extraction water was discussed during the polymerization of caprolactam,which provided a basis of the energy saving and consumption reducing for evaporation system.
讨论了在己内酰胺聚合过程中,三效蒸发工艺对PA6萃取水浓缩液浓度的影响,为蒸发系统节能降耗提供依据。
By making use of “three-link” method which is quite practical in analysis of process energy consumption of triple effect evaporation in caprolactam Plant, the faults in energy consumption were found.
利用过程用能“三环节”方法 ,对己内酰胺装置三效蒸发能耗进行热力学分析 ,找出用能的不合理之处 ,并以过程用能“三环节”思想为指导 ,应用大型化工流程模拟软件PRO/Ⅱ对三效蒸发工艺进行流程模拟 ,寻求最优化的操作参数 ,降低生产能
A triple effect evaporation intermittent distillation process is used to recover caprolactam in the extraction wastewater from nylon 6 production.
采用三效蒸发－间歇蒸馏技术，从锦纶６生产装置的萃取废水中回收己内酰胺。
