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首页> 外文会议>International Tropical Renewable Energy Conference >Influence of water flow temperature and salinity against specific energy consumption and aquades production with throttling process at power plant
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Influence of water flow temperature and salinity against specific energy consumption and aquades production with throttling process at power plant

机译：水流动温度和盐度对特定能耗和水流生产的影响，电厂节流过程

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Water is a fundamental need for life in the world and is needed to continue life in the future. In many parts of the world, the control and exploitation of water has built economic development in the world. Although 72% of the earth is filled with water, 97% of it is salty sea water, which is not suitable for applications in the industrial world. To desalinate sea water one must increase sea water temperature until conditions are above the saturation temperature. In this study we used the throttling process method for desalination. Throttling process is one of many method that serves to limit the flow of water which causes a significant decrease in pressure. Based on the simulation, it was found that the thermal efficiency of the power plant increased with the addition of throttling processes. Especially the greater the temperature pinch point inside the condenser, the greater the thermal power efficiency of the power plant. The addition of throttling process can also produce desalinated distilled water that can be applied to power plants.
机译：水是世界上生活的基本需求，并且需要在未来继续生活。在世界的许多地方，对水的控制和开采在世界上建立了经济发展。虽然72％的地球充满了水，但它的97％是咸海水，这不适合在工业世界中的应用。在海盐海水中，必须增加海水温度，直到条件高于饱和温度。在这项研究中，我们利用节流过程方法进行海水淡化。节流过程是许多方法之一，用于限制导致压力显着降低的水流。基于模拟，发现电厂的热效率随着节流过程而增加。特别是冷凝器内的温度夹点越大，电厂的热功率效率越大。增加节流过程还可以生产可应用于发电厂的脱盐蒸馏水。

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