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A NEW TARGETING METHOD FOR COMBINED HEAT, POWER AND DESALINATED WATER PRODUCTION IN TOTAL SITE

机译:全场中热,电力和脱盐水生产的新靶向方法

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Low-grade heat is available in large amounts across process industry from temperatures of 30 °C to 250 °C as gases (e.g. flue gas) and/or liquids (e.g. cooling water). Various technologies are available for generating, distributing, utilizing and disposing of low grade energy. Also, conventional desalination technologies are energy intensive and if the required energy hails from fossil fuel source, then the freshwater production will contribute to carbon dioxide emission and consequently global wanning. In this regard, low grade heat source can be very useful to provide energy to the heat sink by upgrading low-grade energy (e.g. low pressure steam). The upgrade of low grade heat can be carried out by desalination technologies by recovering waste heat from various sources.
机译:低级热量在大量的过程中,从30°C至250°C的温度为气体(例如烟气)和/或液体(例如冷却水)。各种技术可用于产生,分配,利用和处理低级能量。此外,常规的脱盐技术是能量密集型,如果所需的能量来自化石燃料源,那么淡水产量将有助于二氧化碳排放,从而有助于全球瓦宁。在这方面,低级热源可以通过升级低级能量(例如低压蒸汽)向散热器提供能量非常有用。低等级的升级可以通过从各种来源回收废热来进行脱盐技术。

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