直接空冷技术原理及其应用现状

当前时期,我们国家的水资源非常紧缺。这在一定程度上带来了很多的负面影响,比如导致火电厂的运作受到极大的干扰。这主要是因为火力发电的过程需要使用水来冷却。对此,人们开始积极研究新的冷却方式,比如空气冷却法。实践证明空气冷却较之于常见的湿冷技术来讲,能够节省三分之二的水。目前,我们国家的火力发电行业开始普遍使用空气冷却代替传统冷却。在过去的时候,对于那些煤炭资源富足但是水资源缺乏的区域来讲,建设火力发电站根本是不可能的,然而今时今日这全都迎刃而解了。同时,该冷却方法还具有非常明显的生态效益。在这个前提之下,文章具体分析了直接空冷技术相关的内容。

The water resources in our country are very scarce in the present period. To a certain extent, this has brought a lot of negative effects, such as the operation of thermal power plants have been greatly disrupted. This is mainly because the process of thermal power generation requires the use of water to cool. In this regard, people began to actively study new cooling methods, such as air cooling. Practice has proved that air cooling can save 2/3 of water, compared with the common wet cooling technology. At pre-sent, our country＇s thermal power industry began to generally use air cooling instead of traditional cooling. In the past, it was impos-sible to build coal-fired power plants in areas rich in coal but scarce in water, but today it is all readily solved. At the same time, the cooling method also has very obvious ecological benefits. With this premise, the paper analyzes the related contents of direct air cooling technology.