Light oil wastewater is easy to clean; heavy oil’s sticky, high-salt sludge demands advanced tech to avoid polluting rivers and aquifers.
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
Synthetic polymers boost industrial efficiency—but their escape into wastewater creates a viscous, persistent pollution problem we’re only beginning to solve.
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