Multiple Effect Evaporator

High-efficiency five-effect evaporation station for wheat straw pulp black liquor concentration. Features pillow plate heat exchangers for low fouling, steam economy 4.0-5.5, and compact modular design. Customizable capacity 10-120 t/h with PLC automation, CIP, and ASME/PED compliance.

Durable SUS304/SUS316 pillow plate heat exchanger designed for sugar refinery applications. Laser-welded double embossed plates ensure high turbulence, efficient heat transfer, and reduced fouling. Customizable length, low maintenance, and easy cleaning. Compliant with DIN, GB, ISO, and ASME standards.

Energy-saving pillow plate heat exchanger in stainless steel 304, 316L, or 2205. Handles high pressure and temperature, corrosion resistant, no gaskets. Custom sizes for food, beverage, and beer industries. DIN, ISO, GB standards.

Energy-efficient multi-effect evaporator for concentration and crystallization. Features sanitary SS304/SS316L construction, PLC/HMI automation, and high steam economy (1 kg steam evaporates 3.5-4.0 kg water). Ideal for wastewater, food, pharma, and chemical applications. Customizable with TVR/MVR options.

Hanpu MEE system in SS304/316L concentrates dye wastewater and recovers ammonium sulfate via vacuum crystallization. Features anti-fouling design, steam economy up to 4.0, and PLC automation. Reduces OPEX, enables ZLD compliance, and produces saleable AS crystals. Customizable from 3 to 20 t/h.

Energy-efficient multi-effect evaporator for sodium chloride concentration. Features pillow plate heat exchange, full automation, and customizable capacity. Ideal for chemical and pharmaceutical industries with proven reliability.

Energy-efficient triple-effect falling-film evaporation and vacuum crystallization system for NaCl recovery. Achieves >99.5% crystal purity with steam economy of 3.5-4.0 kg water/kg steam. Fully automated PLC/HMI control, hygienic design, and customizable materials. Ideal for table salt, chlor-alkali feed, and brine refining.

Multi-effect falling-film evaporation and vacuum crystallization line for high-purity Na2HPO4. Features steam economy, PLC automation, and CIP-friendly design. Capacity 500-80000 kg/h. SS304/316L construction. Customizable with TVR/MVR modules.

High-efficiency pillow plate heat exchanger in 304/316 stainless steel. Features 3-5x higher heat transfer than tube types, 90% heat recovery, compact design, and corrosion resistance. Customizable length. Ideal for heating or cooling in beer brewing and food processing.

Energy-saving double-effect evaporation and vacuum crystallization system for NaCl, KCl, (NH4)2SO4, Na2SO4, and mixed brines. Steam economy up to 2.2, precise crystal size control, low fouling, and easy CIP. Customizable for new plants or upgrades.

Double-effect falling film evaporator for industrial wastewater treatment, featuring high heat transfer efficiency, low energy consumption, and reduced steam usage. Customizable design with 1200-4000 kg/h capacity, reliable operation, and minimal fouling. Ideal for lithium battery and chemical industries.

Multi-effect evaporator for lithium battery wastewater containing NaCl and LiCl. Utilizes secondary steam to reduce energy consumption. Full automatic operation, flexible design, and less investment than MVR. Suitable for chemical, pharmaceutical, and food industries.

Industrial multi-effect falling film evaporator system for juice concentration with 300-15000 kg/h capacity and 1:5-1:10 concentration ratio. Features energy-efficient waste heat utilization, handles viscosities up to 400CP, and serves food, dairy, sugar, chemical, and effluent treatment industries. Custom configurations available for specific processing requirements.

Energy-efficient multi-effect falling film evaporator system for milk concentration with capacities from 500kg/h to 80T/h. Features stainless steel construction, automated operation, and energy-saving vapor recycling technology. Customizable designs with mirror-polished sanitary pipes for easy cleaning and low-temperature evaporation.

Advanced welded pillow plate multi-effect evaporation system with 100 t/h capacity and 45% output concentration. Features patented plate design for optimal filming, accessible heating surfaces, and flexible system arrangements. Ideal for effluent treatment, desalination, and industrial concentration processes with significant energy savings and rapid ROI.

High-efficiency industrial evaporator featuring multiple effect technology for maximum energy savings. Offers evaporative capacity from 300 to 15000 kg/h with steam consumption ratios as low as 0.28. ISO9001 certified with custom design options, reduced cooling water requirements, and online cleaning capabilities for continuous operation.

Hanpu's forced circulation multiple effect evaporator delivers high-throughput concentration for juice, tea, and functional beverages. Features SS304/SS316L construction, automated PLC controls, and energy-efficient operation with 3.0-4.0 kg water/kg steam economy. Provides excellent flavor retention, low fouling design, and reduced steam consumption for 24/7 production efficiency.

High-pressure stainless steel pillow plate heat exchanger designed for paper mill bleaching processes. Features 5MPa pressure capacity, anti-fouling design, and maximum 2000×12000mm size. Provides efficient heat recovery, low maintenance, and significant energy savings in industrial applications.

Shell and tube type forced circulation evaporator in the evaporation system Equipment Structure Separate heating from evaporation. In the heating chamber, materials are added. The overheating of the chamber is restrained by the liquid level above the heating chamber. The boiling of the material. In this way, the material only flashes in the separation chamber. Steam, so as to avoid the heating surface in the process of material concentration scale formation. Application 1.

1600 lph Multiple Effect Evaporator Vacuum Crystallization Equipment for Wastewater Engineered falling/thin-film multi-effect evaporation line delivering 1,600 L/h (≈1.6 m³/h) evaporation capacity for high-salinity and industrial wastewater. The system couples efficient multiple effects with vacuum crystallization to recover clean condensate and produce stable crystals—while minimizing steam and power consumption. Why Multiple Effect Evaporation for Wastewater? Evaporation