MVR Evaporator

Mechanical MVR Evaporation System Vapor Recompression Vacuum Machine Advanced Vapor Recompression Technology The Mechanical Vapor Recompression (MVR) evaporation system is a vacuum-based machine designed for concentrating and crystallizing high-salinity or heat-sensitive solutions. By mechanically compressing secondary vapor and recycling it as the heating medium, the system delivers exceptional energy efficiency, low operating costs, and continuous stable performance. Key

Tomato Stainless Steel MVR Evaporator System - Electricity Heating For Lactic Acid Engineer-to-order MVR (Mechanical Vapor Recompression) evaporator in food-grade stainless steel (SS316L/duplex) , designed for tomato paste concentration and lactic acid process duties. The system uses electricity-driven vapor recompression to recycle latent heat, enabling low-temperature, energy-efficient evaporation with consistent product quality and predictable OPEX. Key Benefits Energy

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

Customized Temperature Range MVR Evaporator For Energy Efficient Evaporation Process Engineer-to-order MVR (Mechanical Vapor Recompression) evaporator with a customizable operating temperature window to fit heat-sensitive products, viscous concentrates, and high-salinity streams. By recompressing secondary vapor as the heating medium and precisely controlling Δ T and boiling point, the system delivers energy-efficient evaporation , stable quality, and predictable OPEX across

Continuous Forced Circulation Brine MVR Evaporator 440V For Seawater Desalination Engineer-to-order MVR (Mechanical Vapor Recompression) evaporator with forced circulation, designed for continuous seawater/brine desalination and SWRO brine concentration. Tuned for 440V low-voltage grids (50/60 Hz configurable), it recycles latent heat via mechanical recompression to achieve high energy efficiency, stable throughput, and reduced discharge volumes. Key Benefits Higher water

Welded Single Effect Vacuum Evaporator Forced Circulation For Wastewater Product Description Welded single-effect vacuum evaporator with forced circulation engineered for industrial wastewater reduction, brine concentration, and ZLD pre-concentration. Operating under vacuum lowers boiling temperature, while high-velocity circulation improves heat transfer and mitigates scaling—delivering stable throughput, robust operability, and straightforward maintenance. Key Benefits

Multiple Effect Evaporation System Waste Water Treatment MVR Evaporator MVR Description The MVR evaporator is a new type of high-efficiency energy-saving evaporation equipment mainly used in the pharmaceutical industry. This equipment uses low-temperature and low-pressure steaming technology and clean energy to generate steam for energy. It separates the water in the medium and is an internationally advanced evaporation technology. It is an upgraded product that replaces the

Maximize Productivity with MVR Evaporator for Your Evaporation Process Reuse latent heat via mechanical vapor recompression to cut utility demand, stabilize quality, and lift evaporation throughput. Lower operating cost: reduced fresh steam, boiler load, and cooling water Higher steady-state evaporation rate for long campaigns Handles challenging feeds: high-salinity, viscous, and scaling-prone Full automation and CIP shorten downtime and human interventions Why Choose an MVR

Continuous Operation Mode Turbo MVR Compressor With Customized Voltage MVR System Introduction Mechanical Vapor Recompression (MVR) system works by compressing secondary steam generated by the evaporator using a high-efficiency steam compressor. This process converts electrical energy into thermal energy, increasing the pressure and temperature of the secondary steam. The heated steam is then recirculated to the evaporation chamber to heat the product, allowing continuous

Product Description MVR SYSTEM INTRODUCTION Mechanical vaporization re-compression system, which is called MVR which principle is to compress the second steam generated by evaporator by high efficiency steam compressor; this process transfers electric energy to eating energy and higher the pressure and temperature of second steam. The second steam with higher temperature will be sent to evaporation room to heat the product for evaporation. So the latent heat of vaporization

Tubular Type MVR Evaporator System Exchanger Forced Circulation 480V Product Description Engineer-to-order tubular (shell-and-tube) MVR evaporator with forced circulation for high-salinity, viscous, and solids-bearing streams. A mechanical vapor compressor recycles latent heat as the main duty, while tubular exchangers deliver robust heat transfer and fouling resistance. Designed for 480V grids with fully automatic 24/7 operation. Key Benefits Durable heat exchange: Tubular

Multi Effect MVR Falling Film Vacuum Evaporator Sodium Chloride Salt Line Engineer-to-order multi-effect falling film evaporator integrated with MVR (Mechanical Vapor Recompression) for sodium chloride (NaCl) refining lines. Operating under vacuum, the hybrid MEE+MVR train achieves high thermal efficiency, precise supersaturation control, and continuous crystal quality for edible and industrial salt production. Key Benefits Energy efficiency: MVR recycles latent heat; multi

Pillow Plate Falling Film Evaporator Customized SS304 Laser-welded pillow plate panels in SS304 form the heating surfaces of this falling film evaporator, delivering high heat-transfer area density with wide, non-clogging channels. The design supports gentle vacuum evaporation, uniform film distribution, and easy cleanability. Configurable for food, chemicals, and environmental duties, with optional TVR/MVR for enhanced energy efficiency. Key Benefits Efficient heat transfer:

Multi Effect Evaporation Concentration Used Shell And Tube Heat Exchanger Product Description Engineer-to-order multi-effect evaporation (MEE) train built around shell-and-tube heat exchangers for efficient concentration of liquids across food, chemical, and environmental applications. Staged effects reuse vapor energy, reducing utility consumption while maintaining stable capacity and product quality. Options include TVR or hybrid MVR for further energy savings. Key Benefits

Evaporation And Crystallization MVR Evaporator Unsaturated Sodium Chloride Solution Product Description Engineer-to-order MVR (Mechanical Vapor Recompression) evaporator and crystallization line designed to concentrate unsaturated NaCl solutions to the crystallization zone and produce controlled sodium chloride crystals. Recompressing secondary vapor as the heating medium delivers low OPEX, stable supersaturation, and consistent product quality. Key Benefits Energy efficiency

SS316L NaCl Evaporation System For Sodium Chloride Food- and chemical-grade SS316L NaCl evaporation & crystallization line engineered for refined sodium chloride. The system integrates brine purification with vacuum evaporation (MEE and/or MVR) and controlled crystallization to deliver consistent grain size, high purity, and low moisture--ready for centrifuging, drying, sizing, iodization, and packing. Key Benefits High purity output: Stable NaCl grade with low insolubles and