Hanpu's Evaporator Concentration Solutions
Engineered to concentrate process liquids efficiently with MVR/MEE—lower energy, stable quality, compact footprint.
Hanpu provides EPC turnkey evaporation and concentration systems. We integrate MVR (mechanical vapor recompression) and MEE (multi-effect) technologies with the right exchanger/evaporator type (falling-film, forced-circulation, plate, or hybrid) to help you reach target solids while reducing OPEX. From feed characterization and heat balance to fabrication, commissioning, and service, we deliver reliable concentration performance for chemicals, pharma, food & beverage, and industrial wastewater.
Common challenges
High steam consumption, product overheating, fouling/scaling, unstable condensate quality, and limited floor space often hinder conventional concentration lines. Hanpu solves these with energy-integrated MVR/MEE, optimized hydraulics, and CIP strategies.
Why Hanpu
| 
Process-specific design | 
Lower specific energy | 
Reduced OPEX & maintenance | 
Stable target solids & quality |
What you’ll get with us
- A complete process package with heat & material balance and CAPEX/OPEX analysis
- Right-fit MVR/MEE configuration to hit solids and temperature limits
- CIP and anti-fouling design for continuous duty and easy cleaning
- Compact skids, PLC/SCADA automation, CE/ASME/ATEX options
- Lifecycle service: commissioning, training, spares & remote support
Delivery workflow
Feed & targets → Lab/pilot (optional) → Process design & heat balance → Detailed engineering & fabrication → Installation & commissioning → Performance test & training → Maintenance & spares strategy
Application scope
Chemicals & solvents (product concentration, solvent recovery) · Pharma & biotech (gentle concentration under temperature limits) · Food & beverage (sugar, dairy, juice) · Industrial wastewater (high-TDS brine pre-concentration to ZLD trains).
Frequently Asked Questions
Have questions about evaporator concentration? Here are common FAQs. If you don’t see yours, contact us.
Q1: MVR vs. MEE—how do I choose?
MVR uses electric power to recompress vapor and is ideal where electricity is cost-effective or steam is limited. MEE uses fresh steam cascaded across effects and suits sites with economical steam. We size both against your energy prices and solids/temperature limits.
Q2: Which evaporator type fits my fluid?
Falling-film for heat-sensitive, clean fluids; forced-circulation for viscous/fouling feeds; plate for compact duty; or a hybrid. We select based on viscosity, scaling tendency, temperature window, and target solids.
Q3: Can the condensate be reused?
Yes. With stripping/polishing, condensate can meet reuse specs for washing, cooling, or boiler makeup, improving water balance and compliance.
Q4: How do you minimize fouling and cleaning downtime?
Proper velocity and ΔT control, material selection, and CIP/online washing programs help maintain heat transfer and extend run length between cleans.
