With the increasing scarcity of water and unavailability of portable drinking water at many places, in this paper, we present a feasible solution to this problem. The only solution in sight right now is to carry out the desalination of the huge saline water bodies. The conventional methods to do so have resulted in a failure as with the consumption of fossil fuel to run them, which in turn results in global warming. This draws us more towards the usage of renewable energy and its importance in order to obtain portable water from the saline and brackish water. In this study, we present to you a novel hybrid method that uses the geothermal energy and sun energy to produce fresh drinkable desalinated water from the seawater. This proposed system does not require fossil fuel to run, and hence, along with keeping the environment pure, it is a solution to the burning problem of water crisis throughout the world. With the help of engineering and technological skills, we can draft a better future for humanity.

中文翻译：

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可持续发展的地电混合海水淡化系统的整体审查

随着缺水的增加和许多地方便携式饮用水的缺乏，本文提出了解决这一问题的可行方案。目前唯一的解决方案是对巨大的盐水水体进行脱盐处理。这样做的常规方法导致运行化石燃料失败，从而导致全球变暖。这使我们更加倾向于使用可再生能源及其重要性，以便从盐水和微咸水中获得可携带的水。在这项研究中，我们向您介绍一种新颖的混合方法，该方法利用地热能和太阳能从海水中生产出可饮用的淡化淡水。该提议的系统不需要运行化石燃料，因此，在保持环境纯净的同时，它是解决全世界水危机的迫在眉睫的问题。借助工程技术技能，我们可以为人类起草更美好的未来。