Generación Eléctrica a Partir de la Fotosíntesis Natural; ¿Una Realidad Escalable?

José Manuel Zapien-Rodríguez, Bianca Azucena Solorio-De Jesús, Juan Carlos Ballesteros-Pacheco, Frida Libertad Núñez-Ayala
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引用次数: 1

Abstract

Worldwide there are 7.5 billion population, and 16% of this people does not have electricity service, therfore they use fossil fuels to heat and light their homes. The high energy consumption at world, causes a high pollution in general of the earth and atmosphere, with serious results for the ecosystems, the health of the people and the climate, due to the main sources of energy used are Non-Renewable. The solar energy is directly used by green plants and other photosynthetic organisms, capable of capturing solar energy, transforming it into chemical energy and storing it. This natural process is called photosynthesis and consists of converting solar energy, water and carbon dioxide into carbohydrates and oxygen that act as nutrients for plants. The photosynthesis process technology is based on a biological generator that obtains electricity from the decomposition of organic substances extracted naturally from plants. It do it by releasing electrons and H2O in the process, without causing damage to any living organism. This project allows to identify new ways to generate clean energies, as well as the investigation of sustainable alternative energies.
通过自然光合作用发电;可扩展的现实?
全世界有75亿人口,其中16%的人没有电力服务,因此他们使用化石燃料来加热和照明他们的家。世界上的高能耗造成了地球和大气的高度污染,对生态系统、人类健康和气候造成了严重的后果,因为所使用的主要能源是不可再生的。太阳能被绿色植物和其他光合生物直接利用,能够捕获太阳能,将其转化为化学能并储存起来。这个自然过程被称为光合作用,包括将太阳能、水和二氧化碳转化为碳水化合物和氧气,作为植物的营养物质。光合作用过程技术是基于从植物中自然提取的有机物质的分解中获得电力的生物发电机。它在这个过程中释放电子和水,而不会对任何生物体造成损害。这个项目可以确定产生清洁能源的新方法,以及对可持续替代能源的研究。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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