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Pinch technology: an efficient tool for chemical-plant energy and capital-cost saving

机译:捏技术:化工厂能源和节省资本成本的有效工具

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摘要

Through its 20 year history, pinch analysis has proved to be a simple concept in a field known for complex mathematical methods. Reports of industrial applications claim design improvements in energy saving, as well as reduced capital investment costs, due to optimising the number of heat exchangers required for the same heat duty, after pinch technology was introduced. Some of the recent pinch developments are: pressure drop optimisation, distillation column profiles, low temperature process design, batch process integration, water and waste water minimisation and emissions targeting. This paper attempts to describe this technology, considering both new designs or modifications applied to chemical process plants.
机译:在其20年的历史中,捏合分析已被证明是以复杂数学方法而闻名的一个简单概念。工业应用的报告声称,由于在引入夹点技术后优化了相同热负荷所需的热交换器数量,因此在节能方面的设计有所改进,并且降低了投资成本。最近出现的一些紧要发展是:压降优化,蒸馏塔轮廓,低温工艺设计,间歇工艺集成,水和废水最小化以及排放目标确定。本文尝试描述这种技术,同时考虑应用于化学过程工厂的新设计或修改。

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