The continuous-operation MVR evaporator with three-effect falling film configuration is engineered for industrial concentration and crystallization duties. Designed for 380V / 50Hz grids, the system integrates mechanical vapor recompression with multi-effect falling film evaporators, achieving high thermal efficiency, stable product quality, and predictable OPEX.

• Continuous duty: engineered for 24/7 operation with minimal downtime
• Electrical fit: customized for 380V / 50Hz low-voltage supply, site-compliant
• Energy saving: low fresh steam demand after start-up, mostly electric duty
• Product stability: falling film operation ensures uniform heat transfer and minimized fouling

Suitable for salt brine concentration, food liquids, pharmaceutical intermediates, high-COD wastewater, and chemical effluents where energy efficiency and consistent throughput are critical.

• Feed conditioning: pre-filtration, softening, deaeration
• Three-effect falling film: staged vacuum effects provide energy cascade
• MVR compression: secondary vapor recompressed and reused as heat source
• Concentration/crystallization: product tailored to target solids or crystal grade
• Condensate handling: polished for reuse or discharge to meet compliance

• Three-effect falling film evaporator bodies with preheaters/condensers
• MVR compressor (turbo or Roots) with VFD for load flexibility
• Vacuum/NCG handling system and vapor–liquid separators
• PLC/HMI/SCADA with historian; remote access capability
• CIP skid and anti-scaling system for extended uptime

Why combine MVR with three-effect falling film?
It merges mechanical recompression efficiency with falling film’s high heat transfer, reducing CAPEX/OPEX trade-offs.

Can it run continuously on 380V 50Hz?
Yes — the system is designed specifically for low-voltage industrial grids with stable load profiles.

What industries use this setup?
Commonly used in salt, food & beverage, pharmaceuticals, and ZLD wastewater treatment.