<ruby id="iyrka"><i id="iyrka"></i></ruby> 
Industrial | Project name | Project type | Project introduction |
Zero emission | Baotou city Huamei rare earth magnesium sulfate waste-water treatment project | Upgrading and reconstruction | Adopting our multilevel membrane treatment+MVR evaporation treatment technology to deal with magnesium sulfate waste-water, 3000m3/d recycling water 2700 m3/d, and recycling magnesium sulfate 260t/d. |
Chemical industrial and pharmaceuticals industry | Wanhua chemical Inc. Yantai industrial park IPN cyanide-containing waste-water treatment project | Upgrading and reconstruction | Cyanide-containing waste-water, characteristic pollutant is cyanide, our technology is applied before biochemical treatment, effluent water cyanide is less than 0.5mg/L, April 2019, the effluent water can reach biochemical equipment acceptance standard.
|
Jiangsu Enhua pharmacy company upgrading and reconstruction project | Upgrading and reconstruction | Pharmaceutical waste-water, volume: 200-300m3/d,characteristic pollutant is ammonia nitrogen and aniline. Deep treatment after biochemical treatment, specifically eliminating COD, ammonia nitrogen and chroma, to ensure that the effluent water is stable and reach the standard, in the same time lower comprehensive treatment cost. | |
Gansu province, Baiyin city Juyin chemical Co.,Ltd, Shachuan water treatment project. | Upgrading and reconstruction | Landfill leachate, volume: 300 m3/d,characteristic pollutant is anilines, adopting filtration+EP-Cavition electrocatalytic oxidation sewage treatment equipment to process landfill leachate, efficiently reducing COD, ammonia nitrogen and chroma, and completely mineralize anilines. This project is constructed in Jan 2018, and accepted in May 2018. | |
Xingtai Longyuan waste-water treatment project | Upgrading and reconstruction | Pharmaceutical waste-water, characteristic pollutant is vitamins B12 production waste-water, adopting EP-Cavition electrocatalytic oxidation treatment, efficiently reducing COD and ammonia nitrogen. | |
Metallurgical coking | Baogang Zhanjiang Iron and Steel Coking waste-water Treatment Project
| Upgrading and reconstruction | Distillation of ammonia waste-water, characteristic pollutants are COD and cyanide, EP-Cavition is applied after chemical fenton as deep treatment unit, it can efficiently reduce COD, cyanide and chroma.Ensuring the follow up constructed wetlands water, blast furnace slag water and converter slag treatment water. |
Landfill leachate treatment industrial | Chongqing Sanfeng landfill leachate waste-water project
| Landfill leachate treatment | Landfill leachate , characteristic pollutants are organics, ammonia nitrogen, total nitrogen, adopting MBR+Electro-Fenton+EP-Caviton Electrocatalytic Oxidation treatment equipment to deal with landfill leachate, it can efficiently reduce COD, ammonia nitrogen and total nitrogen, which ensure that emission water can reach the discharging standard, and lower comprehensive treatment cost. |
Evaporation of salt | Hebei Fengyuan Green Technology Inc. Lingang production center sewage treatment upgrading project | upgrading and reconstruction | Through multilevel membrane treatment+triple effect evaporation, deal with nitrate in nitrified waste-water, to reduce the emission of total nitrogen. |
Sludge treatment | In 2018, Chongqing Yeyanqizu 206 well sludge cleaning treatment project
| Bidding project | Sewage after treatment can reach emission standard, oil and sludge can efficiently be separated |
Sludge treatment | Zhongyuan oil field oil sludge treatment project | Sewage after treatment can reach emission standard, oil and sludge can efficiently be separated | |
Electrochemistry sewage treatment vehicle mounted | Shenzhen pond purification treatment vehicle mounted equipment project | Village pond water treatment | Pond waste-water Volume:3m3/h, village pond water environment is very complicated, storage capacity is different, COD content is around 100-400mg/L, and for water after treatment COD content lower than 40mg/L, ammonia nitrogen is lower than 2.0mg/l, which can reach the surface water V standard. |
