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Energy-saving RO system taps kinetic forces

机译:节能的反渗透系统可利用动能

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The development of energy- saving desalination systems based on pressure exchangers has reduced energy consumption to 2 kWh/m~3, which is the theoretical minimum limit for energy consumption for seawater applications of reverse osmosis. R.O. Kinetic of Tenerife, Canary Islands, has improved upon recent technology advances in pressure exchange-based systems by also harnessing the continuous kinetic cycle of water. The physical principle that serves as the foundation for the system is the "incompressible property of liquids," making it possible to submit a mass of water to a given pressure without expending any energy. Pressure exchangers are used to put this principle into practice.
机译:基于压力交换器的节能淡化系统的开发已将能耗降低到2 kWh / m〜3,这是反渗透海水应用中能耗的理论最低极限。 R.O.加那利群岛特内里费岛的动力学通过利用水的连续动力学循环,在基于压力交换的系统中的最新技术进步的基础上得到了改进。构成系统基础的物理原理是“液体的不可压缩特性”,这使得可以将一定量的水提交给定压力而不会消耗任何能量。压力交换器用于将这一原理付诸实践。

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