Multi-effect Water Distiller System
BRIEF INTRODUCTION
PRODUCT DESCRIPTION
S series multi-effect water distiller
S series multi-effect water distiller is designed according to theprinciple of falling film and multiple-stage evaporation. The firsteffect is to conduct heating by external heat source (industrial steam)and then each pillar can get enough heat energy by using the purevapor produced from the fore-effect. The material water that did notevaporated in the first effect can be taken as the material in the nexteffect and so on.
EQUIPMENT FEATURES
Material Construction: The entire system is made of 316L stainless steel, with an acid-washed and passivated surface.
Pipelines: Employs mirror-polished Ra ≤ 0.6μm 316L stainless steel tubes, connected through automatic orbital welding with clean flanges and pharmaceutical gaskets.
Insulation: Insulated with Aluminosilicate material, the exterior features a matte finish and is protected by a 314 stainless steel layer, with a stainless steel frame for durability.
F Series Multi-Effect Water Distiller
F series multi-effect water distiller adopts Level 3 centrifugalseparation technology. Siemens S7 series control system has Chineseand English operating language, water inlet booster pump withstandard configuration, dashpot and collection tank. The equipmentis equipped standard with plant steam reducing valve, the device forcontinuous emission of non-condensable gas. In addition, the F seriesequipment continuously discharge the residual liquid and record theelectrical conductivity of water for injection and the valve location. Itis conducted with complete equipment manufacture factoryacceptance test and the inlet water uses deionized water or RO water.
Technology: Utilizes 3-level centrifugal separation technology.
Control System: Equipped with Siemens control, offering Chinese and English operating languages.
Standard Features: Includes a water inlet booster pump, buffer collection tank, plant steam reducing valve, and continuous emission device for non-condensable gases.
Monitoring: Continuously discharges residual liquid and records electrical conductivity of the WFI, along with valve positions.
Testing: Completes factory acceptance testing, with deionized or RO water used as inlet water.
B Series Multi-Effect Water Distiller
B series multi-effect water distiller adopts rising film andmulti-diversion form to evaporate. The industrial steam enters theevaporator shell pass through valves and interchange heat with thepurified water rising film in tube pass. The purified water after heatexchange becomes vapour, then impure heat source will be removedfrom the vapour through diversion separation device in the machineto produce the secondary steam. The pure steam after steam-waterseparation will become distilled water after being condensated asheating source in l effect. Then the distilled water will enter into thecondenser under the pressure differential action and then enter thestorage tank through the pipe for storage. The concentrated waterwithout evaporation and separation shall enter the next effect forre-evaporation through concentrated water inlet.
Evaporation Method: Adopts rising film and multi-diversion forms for evaporation. Industrial steam enters through valves, heating the purified water in the tubes, creating vapor that separates impurities and pyrogens.
Process Flow: The distilled water is produced after condensation and pressure differential action, stored in a designated tank. Non-evaporated and concentrated water is redirected for re-evaporation in subsequent effects.
EQUIPMENT BENEFITS
Efficient Evaporation: Rising film design ensures uniform water distribution.
High Thermal Efficiency: Achieves 100% heat exchange.
Energy Savings: Reduces industrial steam consumption by 20%.
Accurate Water Distribution: Precisely manages feeding water for each effect, minimizing raw water loss.
Longevity: No need for frequent exchange of the multi-diversion separation device, extending equipment lifespan.
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