In terms of electroplating wastewater treatment, many new technologies, such as new equipment, can consider using ion exchange resin, RO reverse osmosis membrane, NPS nano softening equipment, electrocoagulation ionization equipment, micro filter and other technology related equipment, and these equipment can only be used in one project at most.
The electroplating wastewater produces more sludge, and the equipment is generally screw pump and sludge dehydrator (plate and frame car type, belt type large piece, rich item spiral type, centrifugal type less).
After the electroplating industrial wastewater is treated, the discharged wastewater reaches the national discharge standard, which promotes the development of the electroplating industry, conforms to the current development trend, and gradually realizes green and clean production. Electroplating wastewater treatment equipment What are the advantages of?
Low system residue: biofilm is formed on the surface, most of which are self digested, and only a small amount of sludge is discharged from the decentralized sewage treatment equipment. Low operation cost: the sewage treatment process is simplified and the operation cost is greatly reduced.
High efficiency: the reactor can ensure that the water quality meets the national discharge standard, and can treat similar domestic organic wastewater and sewage comprehensive treatment system.
Good liquidity: the determination process of modular structure is based on the size of sewage treatment capacity, and the site installation adaptability is strong, which can be widely used in a variety of places.
Flexible operation technology: important processing units operating synchronously, flexible operation mode.
Electroplating industry is one of the three major polluting industries in the world today. Electroplating wastewater treatment equipment is the direction of future development. It must be thoroughly purified and strive for zero discharge. In the future, electroplating wastewater treatment should proceed from the reality, select appropriate treatment methods, conduct comprehensive benefit control and management of electroplating wastewater, strive for unified environmental benefits, and truly achieve cleaner production.
