MVR Evaporator

Energy-saving MVR falling film evaporator for ethanol, featuring low-temperature evaporation (50-100°C), CIP cleaning, and minimal steam use. Handles up to 100T/H with compact design, stable operation, and reduced fouling. Ideal for heat-sensitive materials.

High-efficiency MVR evaporator compresses secondary steam to recover latent heat, reducing energy use to 1/5 of traditional systems. Handles up to 100T/h, operates at 50-100°C, and features CIP cleaning, low fouling, and full automation. Ideal for seawater and industrial wastewater.

High efficiency 150t/D seven body five effect plate evaporator for cane syrup. Features full automatic continuous operation, energy saving design, and customizable options. Ideal for sugar processing with proven industrial reliability.

High-efficiency roots steam compressor for MVR evaporation systems. Features duplex stainless steel rotor, advanced arc-involute profile, and mechanical seal. Suitable for chemical, pharmaceutical, and food industries. Customizable models with flow rates up to 1050 m3/h.

High-efficiency roots compressor for MVR systems, compressing secondary steam to recycle latent heat. Features durable stainless steel or ductile iron rotors, advanced arc-involute profile, and dynamic balance above G5.6. Customizable for chemical, pharmaceutical, and food industries.

Compact roots steam compressor designed for MVR sugar evaporation. Features duplex stainless steel 2205 rotors, high-strength alloy steel shafts, and NSK/SKF bearings. Delivers up to 40 kPa pressure rise with 18.5 kW power. Customizable inlet/outlet orientations. Ideal for concentration and crystallization processes.

MVR evaporative crystallization for NaCl and lithium chloride Principle MVR forced circulation crystallization system comprises a vapor compressor,a heat exchanger,a crystallizer,and a forced circulation pump.The system makes use of the externally imposed power(circulating pump)to pump the solution and raw materials in the circulation pipe to the heating chamber.In doing so,the circulation rate is then greatly improved.After the circulating fluid passes through the heat

Forced Circulation MVR Evaporator System for thermal and vacuum evaporation and crystallization Description The MVR evaporator uses the secondary steam generated in the evaporator to be mechanically compressed by the compressor, the pressure is increased, the heat is increased, and then the heat exchanger is condensed to fully utilize the latent heat of the steam, except for the start-up operation, the entire evaporation process, the theory There is no need for a single steam

FC Crystallizer MVR Evaporator 3T/Hr for Potassium Chloride Project Engineer-to-order MVR (Mechanical Vapor Recompression) evaporator integrated with an FC (Forced-Circulation) crystallizer for potassium chloride (KCl) concentration and crystal production. The train is sized for a nominal 3 t/h water removal , delivering stable supersaturation control, narrow crystal size distribution, and low OPEX for potash brines and carnallite conversion lines. Key Benefits Energy saving:

5T/H Stainless Steel MVR Evaporator Oslo Crystallizer Used In NaCl Industries A stainless-steel MVR (Mechanical Vapor Recompression) evaporator integrated with an OSLO (draft-tube baffle) crystallizer, engineered for NaCl brine concentration and crystal growth at a nominal 5 t/h water removal. Recompressing secondary vapor as the heating medium delivers low OPEX, stable supersaturation, and consistent salt quality for edible and industrial grades. Key Benefits Energy saving:

Product Description: MVR Evaporator is a multi-effect evaporator designed for seawater desalination. It features a custom-made temperature range, automatic control, and power output that can be tailored to the needs of the user. This evaporator is designed to run in a continuous mode and is optimized for maximum efficiency. It is ideal for desalination systems that need to produce high-quality water and use minimal energy. MVR Evaporator provides an efficient solution for

Brine Treatment MVR Evaporator with Steam Compressor Engineer-to-order MVR (Mechanical Vapor Recompression) evaporator for brine treatment and chemical effluent desalination. A high-efficiency steam compressor mechanically recompresses secondary vapor to provide the heating duty, cutting fresh steam consumption and enabling continuous, low-OPEX operation for ZLD and resource recovery schemes. Key Benefits Deep desalination: high condensate quality for reuse; significant brine

Engineer-to-order MVR multi-effect falling film evaporator for industrial wastewater. 1600 LPH capacity, vacuum operation, PLC/HMI automatic controls. High energy efficiency, reduced fouling, continuous duty for ZLD and resource recovery. SS316L/duplex construction with CIP and remote support.

Engineer-to-order MVR evaporator for continuous high-uptime operation. Customizable low or medium voltage (380-480V or 3.3-11kV, 50/60Hz). Features variable-speed compressors, smart controls, and energy-efficient vapor recompression. Ideal for ZLD, inorganic salts, and pharmaceuticals. IEC/UL compliant.

Engineer-to-order MVR evaporator for 24/7 continuous operation with automatic PLC/HMI control. Recompresses secondary vapor to minimize energy use (15-40 kWh/ton). Handles high-salinity brines, RO concentrates, and ZLD compliance. SS316L/duplex construction with anti-scale dosing and CIP. Customizable power, layout, and utilities.

Engineer-to-order tubular MVR evaporator with forced circulation for high-salinity, viscous, and solids-bearing streams. Durable shell-and-tube exchangers resist scaling and erosion. Low OPEX via mechanical vapor recompression. Fully automatic 24/7 operation. Customizable materials and CIP-ready.

Engineer-to-order MVR evaporator with forced circulation for continuous seawater desalination and SWRO brine concentration. Operates on 440V grids, recycles latent heat for high energy efficiency. Features corrosion-resistant materials, scaling mitigation, and PLC automation for 24/7 uptime. Customizable for higher recovery and reduced discharge.

Engineered for industrial wastewater reduction and ZLD pre-concentration. Operates under vacuum at 8-25 kPa, lowering boiling temperature and reducing fouling. Forced circulation handles high solids and salinity. Optional TVR boosts steam economy. SS316L/duplex construction with PLC/HMI controls.

Product Description: Multi - effect evaporation is a system that connects multiple evaporators. Only fresh steam is added to the first effect, and the generated secondary steam is used as the heating steam of the latter effect, that is, the heating chamber of the latter effect becomes the condenser of the former secondary steam. By analogy, the last effect is often operated under vacuum, and only the secondary steam of the last effect can be condensed with cooling medium.

Industrial MVR Evaporator - Zero Liquid Discharge for Sugar & Starch Syrup Engineer-to-order Mechanical Vapor Recompression (MVR) evaporator for sugar juice, molasses, and starch syrup concentration with integrated Zero Liquid Discharge (ZLD) options. The system recycles latent heat by mechanically recompressing secondary vapor, delivering low OPEX, stable °Bx/DS control, and minimal effluent for sustainable operation. Key Benefits Energy Efficiency: Electric-duty MVR slashes