摘要
化学催化还原相比较反硝化来说,拥有更快的反应速度,适合应用在处理分散给水中,是最具前景和最适合进行地下水硝酸盐脱硝的技术,这种技术的关键就是在控制反应方向的时候还能提高反应速度。本文主要分析了化学催化还原地下水中硝酸盐的反应情况以及机制。
Chemistry catalytic reduction, comparing to denitrification, has a faster reaction speed and it is suitable to apply in separate water supply, which is the most promising and suitable nitrate denitration technology of groundwater and the key point of this technology is to improve the reaction speed when controlling the reaction direction. This paper mainly take a analysis of the reaction situation and mechanism of nitrate in chemistry catalytic reduction groundwater.
出处
《当代化工研究》
2016年第1期74-75,共2页
Modern Chemical Research
关键词
化学
催化还原
地下水
硝酸盐
chemistry
catalytic reduction
groundwater
nitrate
