1) wastewater from DME production
二甲醚生产废水
1.
The combined process of micro-aerobic aeration,aerobic aeration,coagulation sedimentation,oxygen-rich biological activated carbon and UV disinfection was used to treat wastewater from DME production.
采用微氧/好氧/混凝/富氧生物活性炭/UV消毒组合工艺处理二甲醚生产废水。
2) methylamine manufacturing wastewater
甲胺生产废水
1.
Experimental study on reutilization of ammonia nitrogen from methylamine manufacturing wastewater;
甲胺生产废水中氨氮资源化的试验研究
2.
Distillation method was used to recover methanol from methylamine manufacturing wastewater using hydrochloride as masking agent according to different boiling points of organic matters.
根据甲胺生产废水中各有机物沸点的差异,利用盐酸作为掩蔽剂,通过正交试验和单因素优化试验,对蒸馏法回收甲胺生产废水中甲醇的工艺条件进行优化,表明:在保温温度85℃,保温时间180min,掩蔽剂比(酸(∶氨+胺))1。
3) Wastewater from chitin production
甲壳素生产废水
4) Wastewater of dioctyl phthalate production
邻苯二甲酸二辛酯生产废水
5) polyetherpolyols production wastewater
聚醚多元醇生产废水
6) wastewater from sebacic acid production
癸二酸生产废水
1.
A three-dimension electrode system(TDEs) was used in the electro-catalytic oxidation for the treatment of wastewater from sebacic acid production.
采用三维电极电催化反应器考察了反应电压、TiO2催化剂和NaCl添加量、曝气/水体积比和温度等因素对于癸二酸生产废水电催化氧化反应速率常数的影响。
补充资料：二甲
1.殿试第二等。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条