MEE Multiple Effect Evaporator For Effluent Treatment
Basic Properties
Place of Origin:
Jiangsu,China
Brand Name:
HANPU
Certification:
CE,ISO9001
Model Number:
HP-MEE
Trading Properties
Minimum Order Quantity:
1 set
Price:
200,000USD~20,000,000USD
Payment Terms:
T/T,L/C,D/A,D/P
Supply Ability:
1 Set/3 months
Specifications
| Key word: | MEE Multi Effect Evaporation | Applicable Industries: | Chemical, Pharmaceutical, Textile, Dyeing, Breweries, Automobiles, Milk, Food Industries |
| Function: | Effluent Treatment | Material: | SUS304L/316L/Ti |
| Used for: | Sewage Evaporation | Main parts: | Heater And Evaporator |
| Power Source: | Steam And Electricity | Warranty: | 1 Year, 12 Months |
| High Light: | MEE for effluent treatment,MEE multiple effect evaporator,multiple effect evaporator for effluent treatment |
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Product Description
MEE Multiple Effect Evaporator for Effluent Treatment
Hanpu’s Multiple Effect Evaporator (MEE) provides a proven, energy-saving solution for concentrating industrial effluents and reducing disposal volumes. By cascading effects under vacuum, the system reuses latent heat, cuts steam demand, and delivers stable performance across challenging wastewater streams from chemicals, pharma, textiles, food & beverage, pulp & paper, and more.

Lower Utility Cost
Multi-effect heat reuse and optional TVR/MVR integration improve steam economy and reduce cooling water load.
High Availability
Robust falling-film configuration, anti-scaling design, and online cleaning strategies extend continuous run time.
Quality & Compliance
ISO-aligned fabrication, SS304/SS316L contact, pressure vessel codes, and full instrumentation for traceable operation.
Smart Control
PLC/HMI with flow, temperature, pressure, level, and conductivity control; historian for OPEX tracking.
How It Works — Falling-Film Multi-Effect Under Vacuum
- Feed & Preheat: Effluent is metered and preheated using clean condensate to save live steam.
- Effect 1 → Effect 2 → Effect 3: Live steam heats the 1st effect; generated vapor heats the next effects at lower pressures.
- Separation: Vapor–liquid separators ensure clean condensate recovery and stable circulation.
- Control of Concentration: Inline density/conductivity triggers discharge or recycle to meet target TDS/solids.
- Utilities & Emissions: Final vapor condenses in the surface condenser; non-condensables are removed by the vacuum system.
Typical Specifications (Illustrative)
| Parameter | Unit | Range / Example |
|---|---|---|
| Evaporation capacity | kg/h | 3,000 – 50,000 |
| Raw steam consumption | kg/h | ~900 – 15,000 (capacity-dependent) |
| Steam economy | kg water/kg steam | ≈ 3.5 – 4.0 (higher with TVR/MVR) |
| Operating temperature (per effect) | °C | ~99 / 76 / 53 (typical three-effect at vacuum) |
| Materials of construction | — | SS304 or SS316L (product side), per effluent chemistry |
| Automation | — | PLC/HMI, alarms, historian, remote support |
Our Client Site


What You Receive
- Process design, heat & mass balance, and utility summary.
- Detailed engineering, fabrication, FAT/SAT, and commissioning.
- Performance testing, operator training, and spare parts strategy.
- Lifecycle service with optimization for changing effluent profiles.
About Hanpu
Hanpu designs and delivers energy-efficient MEE and MVR systems for effluent treatment and product concentration worldwide. We combine robust engineering, ISO-aligned quality control, and responsive service to help plants reduce OPEX, meet compliance, and operate reliably.