Mechanical vapour compression desalination plant at Trombay

A. Adak, G. Kishore, V. Srivastava, P. K. Tewari
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引用次数: 4

Abstract

Desalination plants based on Mechanical Vapour Compression (MVC) technology are inherently the most thermodynamically efficient. The thermodynamic efficiency of the MVC process is derived from the application of the heat pump principle. A single unit of a two-effect MVC desalination pilot plant of 50 m 3 /day capacity has recently been commissioned at Trombay, Mumbai. The desalination unit is very compact and unique in the seawater desalination technologies and is being operated by using electricity only. Horizontal tube thin-film spray desalination evaporators are used for efficient heat transfer. It is suitable for a site where feed water is highly saline and condenser cooling water is absent, and where a thermal heat source is not available. The unit produces high-quality water, nearly demineralised (DM) quality directly from seawater. There is no need for a polishing unit and product water can be used directly as make-up of boiler feed and for other high-quality process water requirements in industry. This paper includes the design and highlights the technical features of this unit.
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特罗姆贝的机械蒸汽压缩海水淡化厂
基于机械蒸汽压缩(MVC)技术的海水淡化厂本质上是最具热力学效率的。MVC过程的热力学效率来源于热泵原理的应用。最近在孟买的Trombay启用了一个日生产能力为50立方米的双效MVC脱盐试验工厂的单个单元。海水淡化装置在海水淡化技术中非常紧凑和独特,并且仅使用电力运行。采用水平管式薄膜喷雾脱盐蒸发器进行高效换热。它适用于给水含盐量高、没有冷凝器冷却水、没有热热源的场所。该装置直接从海水中生产出高质量的水,接近脱盐(DM)质量。不需要抛光装置,产品水可以直接用作锅炉给水的补充和工业中其他高质量的工艺用水要求。本文介绍了该装置的设计方案,并着重介绍了该装置的技术特点。
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