The zero-discharge equipment for pharmaceutical production wastewater treatment has low power consum

The zero-discharge equipment for pharmaceutical production wastewater treatment has low power consumption

by:Ocpuritech     2021-05-26
Zero-emission device processing power consumption low pharmaceutical wastewater author of the article: Pharmaceutical production zero discharge wastewater treatment equipment is a modular and efficient biological wastewater treatment equipment, is a kind of biological membranes to purify the body of biological wastewater treatment system, give full play Biofilm reactors such as anaerobic biological filter and contact oxidation bed have the characteristics of high density, strong fouling resistance, low power consumption, stable operation and easy maintenance. Treatment characteristics of zero-discharge equipment for pharmaceutical production wastewater: It adopts mature A/O biochemical treatment technology and has good impact load resistance to adapt to the characteristics of water quality and water volume changes. It has good removal of organic matter in sewage and good denitrification function to meet the requirements of discharge standards. The use of new high-efficiency biological fillers, fast film formation, long life, and quick treatment effect. It adopts centralized control and automatic operation, which is easy to manage and maintain and improve the reliability and stability of the system. Precautions for treatment of zero-discharge equipment for pharmaceutical production wastewater: 1. Prioritize non-toxic production processes to replace or reform backward production processes, and try to eliminate or reduce the production of toxic and harmful sewage during the production process. 2. In the process of using toxic raw materials and producing toxic intermediate products and products, strictly operate and supervise, eliminate drips and reduce losses. 3. Sewage containing highly toxic substances should be separated from other sewage in order to treat and recover useful substances. 4. Sewage with large flow and light pollution should be properly treated and recycled. 5. Organic sewage similar to urban sewage can be discharged into the urban sewage system for treatment. 6. Some biodegradable toxic sewage should be treated first, and then discharged into urban sewers in accordance with the allowable discharge standards, and then further biochemically treated. 7. Containing toxic sewage that is difficult to biodegrade, it should be treated separately and should not be discharged into urban sewers. The development trend of industrial sewage treatment is to recycle sewage and pollutants as useful resources or implement closed-circuit circulation.
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