Heat integration — History, recent developments and achievements

J. Klemeš, P. Varbanov
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引用次数: 3

Abstract

Process Integration (PI) is a powerful tool for designing and optimising processes for energy efficiency and sustainability. It has been widely extended and become both a part of most good degree studies curricula as a routine tool for advanced design and optimisation in various industries. However, sometimes its simplicity is still misunderstood. Even PI and in this contribution specifically heat integration (HI) has some potential pitfalls related to the problem formulation and data extraction. Regardless of the precision used, the results largely depend on solving the correct problem — i.e. if the formulation reflects the reality adequately and if the appropriate data have been extracted. An incorrect data extraction has been the reason for conclusions that PI did not work. When revisiting most of those problems, it becomes obvious that it was not a fault of the PI methodology, but an inexperienced user.
热集成-历史,最近的发展和成就
过程集成(PI)是设计和优化能源效率和可持续性过程的强大工具。它已被广泛推广,并成为大多数优秀学位课程的一部分,作为各种行业高级设计和优化的常规工具。然而,有时它的简单性仍然被误解。即使是PI,特别是在这个贡献中,热集成(HI)也有一些与问题表述和数据提取相关的潜在缺陷。不管使用的精度如何,结果在很大程度上取决于解决了正确的问题,即公式是否充分反映了现实,是否提取了适当的数据。错误的数据提取是得出PI不起作用的结论的原因。当重新审视这些问题时,很明显,这不是PI方法的错误,而是缺乏经验的用户的错误。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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