首页> 外国专利> Decomposition method of organic pollutant by using electric field of solar cells and Decomposition system of organic pollutant by using electric field of solar cells thereof

Decomposition method of organic pollutant by using electric field of solar cells and Decomposition system of organic pollutant by using electric field of solar cells thereof

机译:利用太阳能电池电场分解有机污染物的方法及利用太阳能电池电场分解有机污染物的系统

摘要

The present invention relates to a system using the decomposition method of organic contamination by combining solar cells and photocatalytic degradation of organic pollutants apparatus using an electromotive force of the solar cell material and the It. The present invention, in the method for decomposing organic pollutants using the photocatalytic reaction, by combining a solar cell which can apply a voltage by the light energy and the photocatalyst organic pollutant decomposition apparatus using the light energy by using light energy the voltage produced from the solar cell, photocatalytic degradation of organic pollutants is how to provide a photocatalyst to decompose the organic contaminants decomposer organic pollutants by using the optical energy is carried out, characterized in that the decomposition of organic contaminants. According to the present invention, by combining a solar cell and decomposing photocatalytic organic contaminants using light energy device, which can greatly increase the amount of decomposing pollutants in low cost than under the voltage from the solar cell utilizing the light energy It provides a method and system decomposing organic pollutants using the same. ; Photocatalyst, organic matter, contamination, degradation, solar cells, voltage, environment-friendly.
机译:本发明涉及一种利用有机污染物的分解方法的系统,该方法通过结合太阳能电池和利用太阳能电池材料的电动势及其对有机污染物的光催化降解来进行。在本发明的利用光催化反应分解有机污染物的方法中,通过组合能够利用光能施加电压的太阳能电池和利用光能利用光能产生的电压的光催化剂有机污染物分解装置。太阳能电池中,有机污染物的光催化降解是如何提供一种光催化剂,以分解有机污染物,利用光能分解有机污染物,其特征在于有机污染物的分解。根据本发明,通过组合太阳能电池并使用光能装置分解光催化有机污染物,与在利用光能的太阳能电池的电压下相比,可以以低成本大大增加分解污染物的量。系统使用相同的方法分解有机污染物。 ;光触媒,有机物,污染,降解,太阳能电池,电压,环境友好。

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