Coordinated incorporation of thermal energy storage and utilities in networks for batch processes

J.B. Mikkelsen; H. Dalsgard; B. Qvale

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Coordinated incorporation of thermal energy storage and utilities in networks for batch processes

机译：批处理过程中将热能存储和公用事业协调纳入网络

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When process integration (PI) is used for recovery of heat between non- simultaneous batch processes, two alternatives are available. The one is recovering heat by direct heat exchange and rescheduling and the other is recovering of thermal energy stores (TES) and describes a new procedure for adding the required utility to such systems. The new concept has revealed a large potential for improving the driving force distribution in the TES system implying improvements of economics as well.

机译：当使用过程集成（PI）在非同时批处理过程之间回收热量时，可以使用两种替代方法。一种是通过直接热交换和重新安排来回收热量，另一种是通过回收热能存储（TES），并描述了一种向此类系统添加所需效用的新程序。新概念显示出在TES系统中改善驱动力分布的巨大潜力，这也意味着经济上的改善。

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来源
《Entropie》 |1999年第221期|p.36-41|共6页
作者
J.B. Mikkelsen; H. Dalsgard; B. Qvale;
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原文格式 PDF
正文语种 eng
中图分类热力工程、热机;
关键词
energetics; process engineering; process integration;

机译：能量学工艺工程;流程整合;

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Coordinated incorporation of thermal energy storage and utilities in networks for batch processes

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