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Customized oil-water separation solutions tailored to various industries and application scenarios

Real on-site footageContinuous loop processingFor CNC machines

JZ-100 Machine Tool Coolant Oil-Water Separation Field Test

Real-world machine tool coolant tank operation, clearly demonstrating how JZ-100 separates floating oil and tramp oil from the cutting fluid surface. The equipment enables continuous processing without stopping production, extending coolant service life while reducing odors and manual cleaning frequency.

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      Mobile-first designMulti-slot jobSuitable for large cleaning tanks

      Large Tank Liquid Oil-Water Separation and Cleaning Solution

      Designed for heat treatment, metalworking, and large-scale industrial cleaning lines, QTY-2000 continuously removes floating oil, contaminated oil, and deposited pollutants from tank fluids. Its mobile design serves multiple tanks, reducing the frequency of manual tank cleaning, extending bath life, and ensuring uninterrupted production.

      Continuously collect surface oil from the tank.
      Oil-Water Separation and Tank Solution Circulation Purification
      Mobile-first design supporting multi-slot operations
      Reduce downtime for hopper cleaning and manual maintenance
      Suitable for large-scale cleaning tanks and heat treatment production lines
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          Principle of Adaptive Surface Oil Skimming

          The floating suction inlet automatically adjusts its height with the tank liquid level, keeping it near the surface at all times. The equipment prioritizes collecting floating oil and sludge from the top layer, minimizing simultaneous intake of bulk liquid to improve oil-water separation efficiency and accommodate continuous fluctuations during production.

          01

          Idle

          The floating suction inlet stays at the liquid surface via buoyancy, with its upper edge aligned to the surface.

          02

          Suction sinking, surface overflow

          After the pump starts, the suction inlet sinks slightly. Surface floating oil flows over the upper rim from all sides into the suction inlet, reducing the intake of deep tank solution.

          03

          Buoyancy recovery, adaptive balance

          Buoyancy lifts the suction inlet back up, bringing its upper edge close to the liquid surface again. As the liquid level changes, the inlet automatically adjusts its height to maintain dynamic equilibrium.

          Before and after comparison of liquid槽 treatment

          Side-by-side field photos of the same liquid tank before and after continuous separation treatment with JZ-100

          Pre-treatment: Accumulation of floating oil on the tank surfaceBefore processing

          Before: Heavy accumulation of surface oil in the trough, with an oil layer covering the liquid surface and severe cutting fluid contamination.

          After processing: Surface oil removed, tank solution restored to clean condition.Processed

          Post-processing: Surface oil is continuously separated and removed, restoring the tank to a clean state and significantly reducing maintenance pressure.

          Pre-treatment: Long trough with surface oil filmBefore processing

          Before treatment: The long trough surface was covered with brownish floating oil.

          After processing: the liquid tank is restored to clean condition.Processed

          Post-processing: Skimmed oil removed; tank solution restored to uniform, clean condition.

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