The challenges of treating high-COD (Chemical Oxygen Demand) wastewater are mainly reflected in the following aspects: 1. Efficient Degradation of Organic Matter High Organic Concentration:H
High COD (Chemical Oxygen Demand) in wastewater can cause multiple adverse impacts, mainly affecting the ecological environment, human health, and industrial and agricultural activities. The major haz
Sinokle’s 2-stage cyclonic dissolved air flotation system achieves efficient wastewater purification through physical methods, with no chemical additives and minimal sludge.
Built for harsh environments, Sinokle’s acid-resistant, precious metal-doped catalyst delivers stable, high-yield oxidation across pharma, textiles, and petrochemical sectors.
Oilfield wastewater has three sources: the first source is drilling fluids and their return flow, the second source is oil well fracturing flowback, and the third source is wastewater produced during
During the oil extraction process, considerable amounts of wastewater are generated from activities such as drilling, fracturing, and crude oil dehydration. This wastewater typically contains organic
A compact, skid-mounted system that removes >5µm oil droplets without chemicals—boosting safety, efficiency, and profitability.
By leveraging nanostructured surfaces and permanent electrostatic adsorption, KFM overcomes the limitations of traditional filters in treating complex polymer-containing produced water.
The removal of phosphorus in wastewater treatment involves the release of phosphorus by polyphosphate-accumulating organisms (PAOs) under anaerobic conditions and the excessive uptake of phosphorus un
Denitrification in wastewater treatment is based on the biological nitrification process, with the addition of biological denitrification, which refers to the biochemical process where nitrate in wast