Product feature

1.Evaporator manufactured in SS AISI 316L.

2.Toroidal coil heat exchanger, manufactured in A-316L (for condensation).

3.Main compressor for heating and cooling the refrigerant (Freon gas R407c or R134a).

4.Control panel with a display to show all operation data.

5.Automatic system to control and dosing the anti-foam agent.

6.Electricity input 380V, III,50Hz.

7.Immersed heat exchanger (for evaporation).

8.SIMENS PLC and screen HMI.

9.Worked with CM/activated carbon system.

10.The parts in contact with the liquid, in special corrosion resistant material (SAF 2507 or TITANIUM) (effluent with a high content of chlorides or fluorides, etc.).

11.Special LT DPC model for highly corrosive fluids, in PVDF lined vessel and graphite or Hastelloy heat exchanger (special for chromic acid).

12.Remote control regulator can realize Internet of things, mobile phone visualization and alarm functions

Working principle

Product parameters

Client Cases

• 

  Suzhou low temperature evaporator oily wastewater case

• 

  湖北低溫蒸發(fā)器銅拉絲液案例

• 

  上海低溫蒸發(fā)器模具冷卻液案例

Optional devices

• Inorganic nano ceramic membrane
• PH regulator
• Oil separate equipment

1. 
   Technical parameters

   The inorganic membrane has high separation efficiency, stable effect, good chemical stability, acid and alkali resistance, organic solvent resistance,bacteria,high temperature resistance, antipollution, high mechanical strength, good regeneration performance, simple decomposition process, low energy consumption, easy operation and maintenance, long service life and many other advantages.

   

2. 
   Technical parameters

   The structure of the whole machine adopts integrated design, which is easy to install and operate. Users only need to connect the mixer and dosing pump to the appropriate port, the instrument can automatically control the pH value of the water, saving the cost of manual operation.

   

3. 
   Technical parameters

   After primary filtration, the oil is precipitated and skimmed, and then the water is removed by secondary filtration. The sediment is discharged regularly, and the floating oil is discharged into the collection tank for disposal.

   The removal of oil slick is conducive to the long-term stable operation of the sensor and heat exchanger of the supporting evaporator equipment.

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