工业水处理
工業水處理
공업수처리
INDUSTRIAL WATER TREATMENT
2014年
12期
8-11
,共4页
微波辐照%氨氮废水%废水处理
微波輻照%氨氮廢水%廢水處理
미파복조%안담폐수%폐수처리
microwave radiation%ammonia nitrogen wastewater%wastewater treatment
近年来，氨氮已成为影响我国地表水水环境质量的首要指标。“十二五”期间，氨氮是污染物控制的重点。采用微波技术处理高浓度氨氮废水具有明显效果。简要评述了高浓度氨氮废水的处理方法，介绍了微波加热原理，重点总结了各种微波技术处理高浓度氨氮废水的研究现状及其主要影响因素。指出需进一步研究机理、催化剂和成套设备研发等方面，以期早日实现工业化应用。
近年來，氨氮已成為影響我國地錶水水環境質量的首要指標。“十二五”期間，氨氮是汙染物控製的重點。採用微波技術處理高濃度氨氮廢水具有明顯效果。簡要評述瞭高濃度氨氮廢水的處理方法，介紹瞭微波加熱原理，重點總結瞭各種微波技術處理高濃度氨氮廢水的研究現狀及其主要影響因素。指齣需進一步研究機理、催化劑和成套設備研髮等方麵，以期早日實現工業化應用。
근년래，안담이성위영향아국지표수수배경질량적수요지표。“십이오”기간，안담시오염물공제적중점。채용미파기술처리고농도안담폐수구유명현효과。간요평술료고농도안담폐수적처리방법，개소료미파가열원리，중점총결료각충미파기술처리고농도안담폐수적연구현상급기주요영향인소。지출수진일보연구궤리、최화제화성투설비연발등방면，이기조일실현공업화응용。
In recent years,ammonia nitrogen has become the leading indicator which affects the water environment quality of surface water in China. During the “Twelfth Five-Year Plan”period,ammonia nitrogen is the key point of pollutant to be controlled. Applying microwave radiation technique to the treatment of highly concentrated ammonia nitrogen wastewater has obtained remarkable results. The method for treating highly concentrated ammonia nitrogen wastewater are briefly evaluated and reviewed. The heating principles of microwave radiation are introduced ,and the current research status and principal influence factors of various microwave radiation techniques used for removing ammonia nitrogen from wastewater are emphatically summarized. It is suggested that its mechanism ,catalysts and the research and development of outfits should be studied further ,so as to realize the industrialization of it soon.
