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Solution Crystallization Detection for double-effect LiBr-H2O steam absorption chiller

机译:双效梯级蒸汽吸收冷却器的溶液结晶检测

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Absorption refrigeration systems gained considerable attention recently for their environmental friendly behavior and for activation using thermal energy sources. In LiBr-H2O absorption chillers, solution crystallization represents a severe problem. The crystallization of the solution blocks the chiller internal piping and stop the chiller operation. In this paper a crystallization detection function is developed and embedded into a dynamic simulation model to detect solution crystallization due to abnormal operation. The crystallization detection function is developed by introducing critical concentration equation that was generated from linearization of the crystallization line in Equilibrium chart for aqueous lithium bromide solutions . The model successfully depicted the solution concentration when the solution concentration is approaching the crystallization line.
机译:吸收制冷系统最近获得了相当大的关注它们的环保行为和使用热能来源激活。在Lib-H2O吸收冷却器中,溶液结晶表示严重的问题。溶液的结晶阻挡了冷却器内部管道并停止冷却器操作。在本文中,开发结晶检测功能并嵌入到动态仿真模型中以检测由于异常操作引起的溶液结晶。通过引入从溴化锂水溶液的平衡图中的结晶线的线性化产生的临界浓度方程来开发结晶检测功能。当溶液浓度接近结晶线时,模型成功地描绘了溶液浓度。

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