Laser-welded double-embossed pillow plates paired with MVR (Mechanical Vapor Recompression) deliver a compact, energy-efficient evaporation body with wide channels, high turbulence, and excellent cleanability. Ideal for food, chemical, and environmental duties requiring low-ΔT vacuum boiling, stable throughput, and low OPEX.

• High thermal performance: Double embossing promotes turbulence, boosting heat-transfer coefficients at low ΔT.
• Energy savings: MVR recycles latent heat, minimizing fresh steam after start-up.
• Fouling tolerance: Wide pillow-plate channels handle viscosity/particulates better than narrow-gap plates.
• Hygienic & serviceable: SS304/SS316L surfaces, drainable geometry, CIP-ready; quick access for inspection.
• Modular scaling: Add/remove plate banks to match evaporation load; TVR/hybrid options available.

Secondary vapor is mechanically compressed to raise saturation temperature and reused as the heating medium. Uniform distribution forms a thin film over double-embossed plates under vacuum, maintaining high coefficients and protecting heat-sensitive products while reducing specific energy consumption.

SS304/SS316L pillow plates and manifolds (duplex/Ti/Hastelloy optional). Orbital-welded headers, sanitary finishes, slope-to-drain piping, and validated CIP recipes; documentation available for food-grade/HACCP programs.

• Feed conditioning: screening/filtration, pH/antiscalant trim to limit Ca/Mg/Si scaling.
• Falling-film duty: double-embossed plates ensure even wetting and stable ΔT/LMTD.
• MVR compression: VFD-driven compressor sets discharge pressure for capacity/ΔT control.
• Condensate polishing: filters/RO/AC as needed for reuse or compliant discharge.
• Concentrate routing: to crystallizer/centrifuge/dryer or recycle per flowsheet/ZLD.

• Double-embossed pillow plate evaporator stack with distributors/collectors
• MVR mechanical vapor compressor (turbo/Roots) with VFD
• Vapor–liquid separator, surface condenser, vacuum/NCG handling skid
• Preheaters/heat-recovery HX; PLC/HMI/SCADA with historian
• CIP skid; antiscalant dosing; T/P/flow/conductivity/level instrumentation

*Performance depends on feed chemistry/viscosity, fouling tendency, compression ratio, and plate geometry.