首页> 外文会议>National Seminar on Industrial Gases; 20070202-03; Kochi(IN) >CENTRIFUGAL COMPRESSOR TECHNOLOGY FOR 500/600 M3/HR OXYGEN PLANTS
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CENTRIFUGAL COMPRESSOR TECHNOLOGY FOR 500/600 M3/HR OXYGEN PLANTS

机译:适用于500/600 M3 / HR氧气厂的离心压缩机技术

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1.1 AIR SEP -PROCESSS DESCRIPTION. 1.2 DIFFERENT TYPES OF AIR COMPRESSORS. 1.3 EVOLUTION OF COMPRESSOR TECHNOLOGY. 1.4 CENTRIFUGAL - PHILOSOPHY/DESIGN/OPERATIONS. 1.5 SOLUTION FOR AIR SEP OXYGEN PLANTS (20 TPD). 1.6 COMPARISON OF DIFFERENT TYPES OF COMPRESSORS. 1.7 QUESTIONS. 2.1 Atmospheric Air mainly consists of Oxygen and Nitrogen along with small quantities of water vapour, Carbon Dioxide & other inert gasses. 2.2 Atmospheric Air is sucked in by a multi stage lubricated Compressor through a filter and is compressed to the design pressure. 2.3 The compressed Air is then passed through inter coolers .Industrial Refrigerator, Moisture Separators ,and then to the Molecular Sieve Battery for removal of Carbon Dioxide, Hydrocarbons and Moisture from the process Air. 2.4 Process Air when further cooled through Heat Exchangers & expansion engine turns to liquid state and gets collected at the bottom of column. 2.5 Oxygen and Nitrogen from the liquid Air are separated due to difference in boiling points by distillation through a fractional column.
机译:1.1空气处理程序说明。 1.2不同类型的空气压缩机。 1.3压缩机技术的发展。 1.4离心-哲学/设计/操作。 1.5空气制氧设备的解决方案(20 TPD)。 1.6不同类型压缩机的比较。 1.7问题2.1大气主要由氧气和氮气以及少量的水蒸气,二氧化碳和其他惰性气体组成。 2.2多级润滑压缩机通过过滤器吸入大气,并压缩到设计压力。 2.3压缩空气然后通过中间冷却器。工业冰箱,水分分离器再进入分子筛电池,以去除工艺空气中的二氧化碳,碳氢化合物和水分。 2.4当通过热交换器和膨胀引擎进一步冷却时,处理空气变为液态,并在塔底被收集。 2.5通过分馏塔蒸馏,由于沸点不同,从液态空气中分离出氧气和氮气。

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