Sinokle's technology pioneers pure physical demulsification without chemicals, integrating centrifugal separation and microbubble technology. It achieves efficient oil-water separation with over 90% oil removal rate, eliminating secondary pollution and re
The Hydrocyclone Separation technology is an efficient and energy-saving separation technique, with its key component being the Hydrocyclone Separator. The oil-containing wastewater is injected tangentially into the Hydrocyclone Separator at a certain pre
Discover the key differences between UF, NF, and RO membrane technologies—how they work, what they remove, and where they’re used in water treatment and industry.
During the wastewater treatment process, various wastewater-related issues may arise. For example, indicators such as COD, ammonia nitrogen, and SS may fail to meet standards, sludge bulking, floating
Designed for reliability, compactness, and automation, the separator is transforming industrial wastewater management in petrochemical and other heavy industries.
This article explores the nature of oilfield produced water—its composition, management methods, and environmental impacts. It highlights how this often-overlooked byproduct poses challenges and opportunities for sustainable resource management.
Facing the growing challenges of treating high-viscosity, stable polymer-containing wastewater in mature oilfields, Sinokle has developed the KFM Activated Media Filter—a next-generation filtration system featuring a silicate-based activated media with 30
The sulfur- and ammonia-containing wastewater from refineries, commonly known as sulfur wastewater or acidic water, has a complex composition. It is severely emulsified with oil, contains high levels
In landfills, there are two main sources of leachate generation: external and internal factors. External factors include groundwater infiltration, rainfall, and surface runoff, while internal factors
Discover how modern wastewater treatment technologies are revolutionizing our approach to water reuse, playing a critical role in environmental health and public safety. Learn about the stages of treatment, from primary filtration to advanced tertiary pro