Optimizing a Cooling-Condensing Tower

Cervera Jose L. Sola; Daniel Andreas; Hoffmann Karin

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Optimizing a Cooling-Condensing Tower

机译：优化冷凝塔

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摘要

Heat recovery from a flue gas stream by cooling and condensation in a packed bed column is widely used to increase plant's energy efficiency. Mass transfer equipment manufacturers have the possibility to optimize the size of such cooling towers and therefore its derived investment costs through selection of best suitable mass/heat transfer components. In this work, a real industrial design case of a cooling-condensing tower equipped with different high capacity random and structured packings is presented. The impact of the selected packings on tower dimensions and investment costs is evaluated and discussed.

机译：通过冷却和凝结在填充床柱中通过冷却和冷凝的热回收热回收，广泛用于提高植物的能效。传质设备制造商可以通过选择最佳合适的质量/传热部件来优化这种冷却塔的大小，从而优化这种冷却塔的大小，从而实现其推导的投资成本。在这项工作中，提出了一种具有不同大容量随机和结构填料的冷却塔的实际工业设计案例。评估并讨论所选包装对塔楼尺寸和投资成本的影响。

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来源
《Chemie-Ingenieur-Technik: Verfahrenstechnik Technische Chemie Apparatewesen Biotechnologie》 |2019年第4期|共8页
作者
Cervera Jose L. Sola; Daniel Andreas; Hoffmann Karin;
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作者单位

RVT Proc Equipment GmbH Paul Rauschert Str 6 D-96349 Steinwiesen Germany;

RVT Proc Equipment GmbH Paul Rauschert Str 6 D-96349 Steinwiesen Germany;

RVT Proc Equipment GmbH Paul Rauschert Str 6 D-96349 Steinwiesen Germany;

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原文格式 PDF
正文语种 eng
中图分类化学工业;
关键词
Cooling-condensing tower; Heat recovery; Mass transfer equipment; Random; structured packings; Tower size optimization;

机译：冷凝塔;热回收;传质设备;随机;结构填料;塔尺寸优化;

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1. Optimizing a Cooling-Condensing Tower [J] . Cervera Jose L. Sola, Daniel Andreas, Hoffmann Karin Chemie-Ingenieur-Technik: Verfahrenstechnik Technische Chemie Apparatewesen Biotechnologie . 2019,第4期

机译：优化冷凝塔
2. An improved particle swarm optimization algorithm for the optimization and group control of water-side free cooling using cooling towers [J] . Ma Keyan, Liu Mingsheng, Zhang Jili Building and Environment . 2020,第Sepa期

机译：一种改进的粒子群优化算法，用于使用冷却塔进行水侧自由冷却的优化和群体控制
3. Optimization of tower-footing grounding impedance for guyed-V transmission towers [J] . de Araujo Anderson R. J., Kurokawa Sergio, Seixas Claudiner M., Electric power systems research . 2019,第Deca期

机译：拉制V型输电塔的塔底接地阻抗的优化
4. AIR FLOW MODIFICATIONS FOR OPTIMIZATION OF NATURAL DRAFT COOLING TOWERS [C] . CHRISTIAN WAWZESZYK Cooling Technology Institute Annual Conference . 2020

机译：用于优化天然冷却塔的气流改造
5. Optimization Of Alternative Wind Turbine Towers In Low Wind Resource Regions [D] . Al-Kaimakchi, Anwer. 2017

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6. Thermo-Economic Optimization of an Idealized Solar Tower Power Plant Combined with MED System [O] . Yanjie Zheng, Yunsheng Zhao, Shen Liang, 2018

机译：与MED系统相结合的理想化太阳能塔电厂的热经济优化
7. Resonance Investigation and its Effects on Weight Optimization of Tubular Steel Wind Turbine Towers [O] . Konstantina G. Koulatsou, George Kazakis, Charis J. Gantes, 2020

机译：谐振调查及其对管状钢风汽轮机塔重量优化的影响
8. The Water and Total Optimizations of Wet and Dry-Wet Cooling Towers for Electric Power Plants, [R] . croley,thomas e. ii patel, v. c. 1976

机译：电厂湿式和干湿式冷却塔的水量和总量优化，

Optimizing a Cooling-Condensing Tower

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