Company news

Greasy wastewater causes pipe blockages, foul odors, and environmental pollution. Improper disposal of waste oil represents a lost resource and a potential hazard.

Our Solid-Liquid-Oil Separator efficiently separates solids, water, and oil from kitchen wastewater. The high-purity recovered grease is a valuable resource that can be processed into biodiesel, soap, coatings, or industrial lubricants.

Featuring a unique counter-axial high-torque shearing structure—distinct from traditional grinders—our equipment uses more, thicker blades with greater torque. It effortlessly crushes a wide range of food waste, including leftovers, fruit peels/cores, vegetables, fish bones, seafood shells, lobster/crab shells, nut shells, and even pork/beef bones.

Conventional grease separators are often inefficient, leading to poor separation of oil, water, and solids. Manual oil skimming is labor-intensive and ineffective, frequently resulting in clogged sewer lines and maintenance headaches.

Our Compact Solid-Liquid-Oil Separator modernizes grease management. Its optimized design ensures effective three-phase separation even in a smaller size. The recovered high-quality grease is ready for conversion into valuable biodiesel.

All-in-one automated system enables continuous, compliant composting with zero additives and one-time inoculation, delivering ready-to-use output.

Aerobic microbial agents are added to the equipment, where the food waste is rapidly composting at high temperatures. The final output can be further processed into organic fertilizers or directly mixed with the soil for use.

The photovoltaic (PV) industry is expanding at an unprecedented pace, driving global renewable energy adoption. However, this rapid growth brings environmental challenges, particularly in managing PV wastewater. As international attention shifts toward sustainable manufacturing, effective treatment of PV wastewater has become a critical focus.

With the rapid development of high-tech industries such as electronic information, new energy, and aerospace, the demand and requirements for upstream materials—such as ultra-thin electronic glass, photovoltaic glass, high-strength cover glass, etc.

Against the backdrop of the accelerating expansion of the global plastic recycling industry, efficient wastewater treatment has become a core element in ensuring production continuity, reducing compliance costs, and enhancing environmental performance.

When a pioneer in environmental protection equipment solutions joins hands with a trailblazer in organic waste treatment, a strategic cooperation focusing on the global market is officially launched! On October 31, Jiangsu KINTEP Environmental Protection Co., Ltd. (hereinafter referred to as "KINTEP") and Beijing SINOENC Engineering Technology Co., Ltd. (hereinafter referred to as "SINOENC") grandly held a signing ceremony for their overseas strategic cooperation.

Globally, food waste disposal is facing severe challenges. Data shows that the annual output of food waste in major Chinese cities has reached as high as 60 million tons, and is continuously rising at an annual rate of 8%, accounting for over 35% of the total municipal solid waste. Meanwhile, policy-driven forces are strong. 

As the 2025 VietWater came to a smooth close, KINTEP Environmental Protection’s domestic and overseas exhibition schedule for this year also officially drew to an end. Along the way, we would like to thank every friend who visited our booth, and we are even more grateful to all customers for their long-term trust and companionship. It is you who make every journey full of meaning!