Concentrated seawater brines for use in solar-powered desiccant cooling cycles

George Lychnos; Ridha Amdouni; Philip A. Davies

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Concentrated seawater brines for use in solar-powered desiccant cooling cycles

机译：用于太阳能干燥剂冷却循环的集中海水盐水

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We have directly measured properties of concentrated seawater brines produced through solar evaporation in salt works. They are sufficiently hygroscopic for use in desiccant cooling cycles which can cool air to 8.0–10.9 °C below ambient. This compares to only 3.8–8.7 °C with simple evaporative cooling. Desiccant cooling can extend the growing seasons of greenhouse crops thus providing an adaptive measure against climate change.

机译：我们在盐工程中直接测量了通过太阳蒸发生产的浓缩海水盐水。它们是充分吸湿性的用于干燥剂冷却循环，其可以将空气冷却至8.0-10.9℃以下。这与3.8-8.7°C相比，具有简单的蒸发冷却。干燥剂冷却可以延长温室作物的生长季节，从而为气候变化提供自适应措施。

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《RSC Advances》 |2012年第21期|共5页
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George Lychnos; Ridha Amdouni; Philip A. Davies;
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3. Experimental investigation of solar-powered desiccant cooling system by using composite desiccant "CaCl2/jute" [J] . Kumar Amit, Yadav Avadhesh Environment, development and sustainability . 2017,第4期

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7. Concentrated seawater brines for use in solar-powered desiccant cooling cycles [O] . Lychnos, George, Amdouni, Ridha, Davies, Philip 2012

机译：用于太阳能干燥剂冷却循环的浓缩海水盐水
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Concentrated seawater brines for use in solar-powered desiccant cooling cycles

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