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Customized oil-water separation solutions for diverse industries and applications
Before-and-After Tank Fluid Comparison
Side-by-side photos of the same tank before and after continuous oil-water separation.
Before TreatmentBefore Treatment: Heavy surface oil accumulation covered most of the tank fluid, indicating significant coolant contamination.
Post-TreatmentAfter Treatment: Continuous separation removed accumulated surface oil, leaving the tank fluid visibly cleaner and reducing routine maintenance needs.
Before TreatmentBefore Treatment: The long tank surface was covered with brownish floating oil.
Post-TreatmentAfter Treatment: Surface oil removed, resulting in cleaner and more uniform tank fluid.
JZ-100 Machine Tool Coolant Oil-Water Separation Test
Real-world footage from a machine-tool coolant tank shows how the JZ-100 continuously removes floating and tramp oil from the coolant surface. The system operates without interrupting production, extending coolant life while reducing odors and manual cleaning needs.
Request a Solution for Similar Operating ConditionsLarge Industrial Tank Oil-Water Separation and Cleaning Solution
Designed for heat-treatment lines, metalworking operations, and large-scale industrial cleaning systems, the QTY-2000 continuously removes floating oil, tramp oil, and settled contaminants from tank fluids. Its mobile design enables a single unit to serve multiple tanks, reducing manual cleaning frequency, extending bath fluid service life, and supporting continuous production.
Floating Overflow Surface Skimming Principle
The floating suction inlet maintains dynamic balance between buoyancy and suction force, keeping the intake edge near the fluid surface. When the pump runs, the inlet sinks slightly, allowing the oil-rich surface layer to flow over the edge into the collection line. As liquid levels change, the floating structure automatically adjusts its height to prioritize surface oil collection while minimizing intake from deeper in the tank.
Floating at Rest
The floating suction inlet stays on the liquid surface via buoyancy, with its intake edge aligned to the surface.
Suction-Driven Descent and Surface Overflow
When the pump starts, the suction inlet level drops slightly. The oil-rich surface layer flows over the intake edge from all directions into the collection line, reducing fluid draw from deeper in the tank.
Buoyant Recovery and Dynamic Balance
Buoyancy lifts the inlet until its intake edge is again near the liquid surface. As the tank fluid level changes, the floating structure automatically adjusts its height to maintain dynamic balance.
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