工业用水与废水
工業用水與廢水
공업용수여폐수
INDUSTRIAL WATER & WASTEWATER
2015年
4期
33-37
,共5页
无终端双循环反应器%脱氮技术%煤化工废水%高氨氮废水
無終耑雙循環反應器%脫氮技術%煤化工廢水%高氨氮廢水
무종단쌍순배반응기%탈담기술%매화공폐수%고안담폐수
no-limited double cycle reactor%denitrification technology%coal chemical wastewater%high am-monia nitrogen wastewater
为了解决煤化工高氨氮废水的达标排放问题,开发了无终端双循环(NDC)反应器技术。介绍了NDC反应器的结构、工艺原理、技术创新点及在实际工程中的应用效果。 NDC反应器独特的结构设计和合理的运行步序,提升了硝化和反硝化速率。工程运行表明, NDC反应器抗负荷冲击能力强,运行过程中出水水质稳定,对NH3-N和TN具有良好的处理效果；当CODCr、 NH3-N、 TN的质量浓度分别小于1200、350、400 mg/L时,出水质量浓度分别小于50、12、20 mg/L,去除率可以达到95%以上。
為瞭解決煤化工高氨氮廢水的達標排放問題,開髮瞭無終耑雙循環(NDC)反應器技術。介紹瞭NDC反應器的結構、工藝原理、技術創新點及在實際工程中的應用效果。 NDC反應器獨特的結構設計和閤理的運行步序,提升瞭硝化和反硝化速率。工程運行錶明, NDC反應器抗負荷遲擊能力彊,運行過程中齣水水質穩定,對NH3-N和TN具有良好的處理效果；噹CODCr、 NH3-N、 TN的質量濃度分彆小于1200、350、400 mg/L時,齣水質量濃度分彆小于50、12、20 mg/L,去除率可以達到95%以上。
위료해결매화공고안담폐수적체표배방문제,개발료무종단쌍순배(NDC)반응기기술。개소료NDC반응기적결구、공예원리、기술창신점급재실제공정중적응용효과。 NDC반응기독특적결구설계화합리적운행보서,제승료초화화반초화속솔。공정운행표명, NDC반응기항부하충격능력강,운행과정중출수수질은정,대NH3-N화TN구유량호적처리효과；당CODCr、 NH3-N、 TN적질량농도분별소우1200、350、400 mg/L시,출수질량농도분별소우50、12、20 mg/L,거제솔가이체도95%이상。
In order to solve the problems that might cause the quality of high ammonia nitrogen wastewater from coal chemical industry out of the discharge limits, no-limited double cycle (NDC) reactor technology was developed. The structure, technical mechanism, technological innovation points of NDC reactor and its application effect in actual engineering were introduced. The projects operation showed that, NDC reactor had strong anti shock loading capability, which could obtain a stable effluent water quality and a good treatment effect on NH3-N and TN. Under the condition that the mass concentrations of CODCr, NH3-N and TN in influent water were lower than 1 200, 350, 400 mg/L respectively, the corresponding indexes of the effluent water were lower than 50, 12 and 20 mg/L respectively, the removal rates could all reach above 95%.
