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Improve compressor efficiency: Optimising air treatment helps minimise energy consumption of compressors

机译:提高压缩机效率:优化空气处理有助于将压缩机的能耗降至最低

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A MAJOR component of many manufacturing and industrial processes is compressed air. To ensure effective and efficient operation of equipment or a process, it is important to know the air quality level required. A diverse range of air treatments can be utilised within an industrial compressor system. The primary air treatments include air receivers, air dryers and filters. Ancillary treatments include moisture separators, drains and after-coolers. Air treatments can be combined in a variety of ways in order to achieve a regulated supply of compressed air of the required quality and pressure. Prior to purchasing a new compressed air system, or upgrading an existing system, it is important that all available options are carefully considered. According to William Chan, Gas and Special Projects Manager at Compressed Air and Power Solutions Australia (CAPS), it is important to carefully plan a compressed air installation to create the appropriate quality air in the most cost effective and efficient manner.
机译:压缩空气是许多制造和工业过程中的主要组成部分。为了确保设备或过程的有效运行,重要的是要了解所需的空气质量水平。在工业压缩机系统中可以采用多种空气处理方法。主要的空气处理包括空气接收器,空气干燥器和过滤器。辅助处理包括水分分离器,排水管和后冷却器。可以以多种方式组合空气处理,以实现所需质量和压力的压缩空气的调节供应。在购买新的压缩空气系统或升级现有系统之前,务必仔细考虑所有可用的选件。澳大利亚压缩空气和动力解决方案(CAPS)的气体和特殊项目经理William Chan认为,重要的是仔细计划压缩空气的安装,以最经济高效的方式创造合适的优质空气。

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