您要查找的是不是:
- Sphingomonas xenophaga QYY was used to enhance the ability of membrane bioreactor (MBR) treating simulated bromamine acid wastewater. 采用鞘氨醇单胞菌强化膜生物反应器(MBR),对模拟溴氨酸废水进行处理。
- bromamine acid wastewater 溴氨酸废水
- Biodegradation of Bromamine Acid in Soil at the Presence of Sphingomonas sp. 鞘氨醇单胞菌对土壤中溴氨酸降解作用的研究。
- We find out feasible treatment method of picric acid wastewater. 通过研究,找出了苦味酸废水较为可行的处理方法。
- Bromamine acid (BAA) can be used by Sphingomonas xenophaga QYY as sole carbon, nitrogen and energy source. 鞘氨醇单胞菌QYY菌能以溴氨酸为唯一碳源、氮源和能源生长。
- The activated sludge is domesticated in the membrane bioreactor(MBR) to degrade bromamine acid biologically. 在膜生物反应器(MBR)中驯化活性污泥对溴氨酸进行生物降解实验。
- After the domestication,the decoloration rate of bromamine acid and COD removal rate reach 90% and >50%,respectively. 在驯化期结束后,活性污泥对溴氨酸的脱色率和COD去除率可以分别达到90%25和>50%25。
- Weathering of Copper Mine Waste Rock and Characteristics of Acid Wastewater. 铜矿废石风化及形成酸性废水特征
- The electrocoagulation-two stages biochemistry-adsorption technology for treating the CLT acid wastewater. 电凝聚-二级生化-吸附工艺处理CLT酸废水
- Through primary treatment of acid wastewater,polymerizing iron sulphate of sewage cleaning anents is prepared. 对酸洗废液进行一次性处理,并制取污水处理剂聚合硫酸铁。
- The treatment of acid wastewater containing heavy metal ion by anaerobe is an advanced technology. 摘要利用厌氧生物法处理含重金属离子酸性废水是一门前沿技术。
- This paper studies the main technological parameters for amino acid wastewater treatment using bipolar membrane water splitting technology. 摘要对利用双极膜水解离技术处理谷氨酸水溶液的各种工艺参数进行了探索。
- Copper and polymerized ferric sulphate were prepared by using scrap iron coils to react with acid wastewater containing copper ion. 利用废铁卷与含铜酸性废水作用制备金属铜和聚合硫酸铁,并用聚合硫酸铁作絮凝剂处理酯化废水。
- The COD of the tridecane dicarboxylic acid wastewater is high about ten thousands, and there is high concentration sodium sulfate in the wastewater. 十三碳二元酸生产中有机废水的COD值高达上万,且含有高浓度硫酸钠。
- This paper reviewed the environmental pollution in mine exploitation resulted by the solid wastes and acid wastewater,and puts forward cor... 对国内外矿山资源开发中的固体废物和酸性废水引起的环境污染问题进行了综述,并提出了相应的预防和治理对策。
- This paper presents experimental studies on the treatment of picric acid wastewater by using sulfonated coal sorption-micrbelectrolysis-biochemical process. 介绍了用磺化煤吸附-微电解-生化法处理苦味酸废水的实验研究。
- Calcium magnesium acetate(CMA)can be prepared by extraction of acetic acid from dilute acetic acid wastewater using trioctylamine and then by back extraction using dolomite lime. 用三辛胺萃取醋酸废水中的醋酸,加入白云石灰乳反萃,可制得环保型除冰剂醋酸钙镁盐(CMA)。
- Freeze-dephlegmation: Application to Bromamine Acid Aqueous Solution Purification and the Practical Wastewater Discharged for Ullmann Condensation Reaction; 利用冷冻分凝原理处理废水,是一项开发自然能源、消除环境污染的有益工作。
- The article analyses the technology of treatment mineral acidic wastewater which contains the valuable metal ions. 分析了处理含重金属离子矿山酸性废水的处理工艺。
- Keywords anthraquinone dye;intermediate;bromamine acid;degrading enzyme; 蒽醌染料;中间体;溴氨酸;降解酶;