• Liquid: 1L/5L/bottle; Solid: 2kg/bag
Electroplating Wastewater Treatment Bacteria 
Catalog Number WWT-1117
Description The efficient microbial community developed for the treatment of electroplating wastewater is formulated using microcapsule encapsulation technology and unique enzyme treatment technology, tailored to the characteristics of electroplating wastewater. Efficient absorption and degradation of aromatic compounds and toxic substances such as benzene and phenol. And it can have high tolerance to heavy metals in electroplating wastewater, which can improve the removal ability of heavy metals and organic matter in water, especially for various components that are not easily decomposed. Can quickly recover from the toxic effects caused by phenol and related compounds. Strengthen the biodegradation of solvents, surfactants, lubricants, etc. Has strong resistance to impact loads and toxic substances. Has strong resistance to low temperatures and can quickly start up during low temperature seasons. Has open-loop degradation ability for industrial chemicals that are not easily degradable.
• Liquid: 1L/5L/bottle; Solid: 2kg/bag
• Widely applicable to difficult to degrade wastewater such as electroplating wastewater, spraying wastewater, papermaking wastewater, etc
• 1. Efficiently remove COD, BOD, SS, chromaticity, etc. from water, with a removal rate of over 95%;
• 2. Effectively degrade triphenyls and organic solvents in spray coating wastewater;
• 3. The system starts quickly and the film hanging time is short;
• 4. One time inoculation, no need to continue adding bacterial strains after stable treatment.
• Please consult the customer manager for specific usage based on the situation of polluted water bodies
CD BioSciences is a well-known professional company in the industry. We provide a wide range of bio-environmental products, including bio-based materials, biomass fuels, green building materials, bio-environmental enzymes, bio-environmental microorganisms, etc. Please feel free to explore.
Our products and services are for research use only and cannot be used for any clinical purposes.
