广州化工
廣州化工
엄주화공
Guangzhou Chemical Industry
2015年
19期
18-20
,共3页
除氟%吸附剂%吸附能力%改性%除氟效果
除氟%吸附劑%吸附能力%改性%除氟效果
제불%흡부제%흡부능력%개성%제불효과
defluorination%adsorbent%adsorptive power%modification%removal effect of fluorine
吸附法除氟是处理含氟水的众多方法中应用非常广泛的一种,因此除氟吸附剂的研究一直是一个重要课题。国内对除氟吸附剂的研究经过了寻找简单除氟吸附剂、对简单除氟吸附剂进行改性、开发新型高效除氟吸附剂以及使用电吸附除氟四个阶段。概述了每个阶段的研究情况,对今后的研究提出了建议,认为今后应该以实现除氟吸附剂制备与应用的产业化为最终目标,贯彻绿色环保原则,提升研究的理论高度,实现吸附剂除氟综合效果最优化。
吸附法除氟是處理含氟水的衆多方法中應用非常廣汎的一種,因此除氟吸附劑的研究一直是一箇重要課題。國內對除氟吸附劑的研究經過瞭尋找簡單除氟吸附劑、對簡單除氟吸附劑進行改性、開髮新型高效除氟吸附劑以及使用電吸附除氟四箇階段。概述瞭每箇階段的研究情況,對今後的研究提齣瞭建議,認為今後應該以實現除氟吸附劑製備與應用的產業化為最終目標,貫徹綠色環保原則,提升研究的理論高度,實現吸附劑除氟綜閤效果最優化。
흡부법제불시처리함불수적음다방법중응용비상엄범적일충,인차제불흡부제적연구일직시일개중요과제。국내대제불흡부제적연구경과료심조간단제불흡부제、대간단제불흡부제진행개성、개발신형고효제불흡부제이급사용전흡부제불사개계단。개술료매개계단적연구정황,대금후적연구제출료건의,인위금후응해이실현제불흡부제제비여응용적산업화위최종목표,관철록색배보원칙,제승연구적이론고도,실현흡부제제불종합효과최우화。
Among the numerous methods of treating water containing fluorine, defluorinating by adsorption is one of the most extensively applied methods, the research of defluorinating adsorbents has always been a significant problem. Domestic study on defluorinating adsorbents has undergone four stages: finding simple adsorbents, modifying the adsorbents, exploiting new high effective adsorbents, and using electrosorptive defluorination. Researches in each the stage were summarized, and proposition about ahead study on defluorinating adsorbents was raised. In ahead research, industrialization of preparation and application of the adsorbents should be taken as the final goal, principles of environmental protection and greening must be implemented, theoretical level of the research should be promoted, and synthetical effect of defluorination by using the adsorbents should be optimized.