Alcohol wastewater can generally be treated efficiently through biochemical processes. However, to improve the biodegradability of wastewater for subsequent biological treatment and to address issues
Industrial alcohol production is a fundamental sector of the national economy. Alcohol is widely used in the chemical industry, food processing, daily chemicals, pharmaceuticals, and healthcare, and a
Sinokle's KHC-F2001 catalyst boosts efficiency, cuts costs, and redefines eco-friendly water purification.
In the routine operations of oil storage facilities, oil-water separation is a critical step for efficient operation and safety management. Oil-water separation specifically refers to the process of e
Oil-Water Separator Oil-water separators are commonly used for oil-water separation treatment. The main principle is based on the difference in density between oil and water, utilizing methods su
A pure physical demulsification + low-PAC solution that turns oily sludge hassle into cost-saving opportunities for wastewater facilities.
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.