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CE Multiple Effect Evaporator Plant For Lithium Battery Wastewater Sodium Chloride

1 set
MOQ
100,000USD~2,000,000USD/SET
Price
CE Multiple Effect Evaporator Plant For Lithium Battery Wastewater Sodium Chloride
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Features
Specifications
Advantage: High Efficent
Key Selling Points: Lithium Battery Industry Wastewater
Name: Multi Effect Evaporator And Crystallization
Application: Wastewater Sodium Chloride
Plate Material: SS304/316/Ti
Voltage: 220V-480V
Characteristic: Reduce Steam Consumption
Main Parts: Evaporator Crystallization
Local Service Location: United Kingdom, United States, Italy...
Warranty: 12 Months
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CE multiple effect evaporator plant

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mee multiple effect evaporator unit
Basic Infomation
Place of Origin: Jiangsu,China
Brand Name: HANPU
Certification: CE，ISO9001
Model Number: HP-MEE
Payment & Shipping Terms
Packaging Details: Package with strong strap
Delivery Time: 90 days
Payment Terms: T/T,L/C,D/A,D/P
Supply Ability: 1 Set/3 months
Product Description
CE Multiple Effect Evaporator Plant for Lithium Battery Wastewater — Sodium Chloride Recovery
Build a reliable CE-certified Multiple Effect Evaporation (MEE) plant tailored to lithium battery wastewater. Hanpu’s system concentrates high-salinity brine, enables NaCl crystallization and recovery, and reduces fresh steam demand via staged heat reuse. Optimized for EV supply-chain effluents (Li/Na brines, cathode washing liquor, RO reject), our MEE solution helps you reach ZLD/near-ZLD with predictable OPEX and audit-ready documentation.
Client’s Facility — On-Site Views
CE Multiple Effect Evaporator Plant For Lithium Battery Wastewater Sodium Chloride 0
CE Multiple Effect Evaporator Plant For Lithium Battery Wastewater Sodium Chloride 1
Purpose-Built for Battery Brines
Handles high TDS, surfactants, and trace organics common in cathode/anode manufacturing wastewater; stable operation at low ΔT to protect heat-sensitive species.
Sodium Chloride Product Value
Concentrated brine feeds a vacuum crystallizer to produce saleable or reusable NaCl crystals, lowering disposal cost and improving sustainability metrics.
Energy-Saving Multi-Effect Design
Vapor from each effect heats the next effect (E1→E2→E3→E4*), driving down steam use; optional TVR/MVR upgrades further cut utilities and carbon intensity.
Process Overview
  1. Pre-Treatment Interface: Equalization/filtration and anti-scalant dosing (as needed) to stabilize feed quality.
  2. Multi-Effect Evaporation: Live steam heats Effect-1; generated vapors cascade to downstream effects operating at lower pressure/temperature.
  3. Brine Management: Online density/conductivity triggers recycle or discharge to NaCl crystallizer; clean condensate is recovered for reuse.
  4. Vacuum & Non-condensables: Surface condenser with vacuum package ensures low boiling temps; non-condensables are safely vented.
  5. Crystal Handling: Downstream centrifuge/dryer (optional) delivers consistent bulk density and moisture for storage or sale.
Technical Snapshot (Illustrative)
Item Typical Range / Note
Evaporation capacity 1–20 t/h (custom sizing for battery wastewater line rate)
Steam economy ~3.0–4.0 kg water/kg steam (higher with TVR/MVR)
Operating temperature (last effect) ~45–60 °C under vacuum to limit scaling and fouling
Materials of construction SS316L/duplex on product side; elastomers & gaskets matched to chemistry
Controls & automation PLC/HMI with historian; density or refractometer-based set-points; remote support
NaCl product quality Designed for high-purity sodium chloride crystallization (vacuum crystallizer option)
Utilities Low raw steam, low cooling water via heat recovery; power sized to pumps/vacuum
Clean-in-Place CIP skid with validated recipes; anti-scaling strategy based on pilot data
CE Compliance & Quality Assurance
Our plants are delivered with CE marking and traceable documentation—risk assessment, PED/pressure part dossiers, FAT/SAT protocols, and operating manuals—supporting smooth environmental and EHS audits.
CE Multiple Effect Evaporator Plant For Lithium Battery Wastewater Sodium Chloride 2
CE Multiple Effect Evaporator Plant For Lithium Battery Wastewater Sodium Chloride 3
What You Receive
  • Process design package: PFD/P&ID, heat & mass balance, utility list, control narrative.
  • Skid-based effects, separators, surface condenser, vacuum system, pumps, and instrumentation.
  • Integration to NaCl crystallization, centrifugation, and drying (optional modules).
  • Commissioning, performance testing against guaranteed KPIs, and operator training.
Use Cases in the EV Supply Chain
  • Lithium battery plant wastewater concentration and sodium chloride recovery.
  • RO reject brine upgrade for ZLD/near-ZLD programs.
  • Cathode/anode line rinses, pickling/neutralization liquors, and solvent-bearing streams (after pre-treatment).
About Hanpu
Hanpu designs and delivers energy-efficient MEE/MVR systems for high-salinity wastewater, battery manufacturing, chemicals, and minerals. Our EPC approach shortens schedules, improves lifetime OPEX, and provides reliable compliance for modern lithium battery ecosystems.
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Contact Person : Mr. Jim(General Director)
Tel : +8613962270688
Fax : 86-512-58797983
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Junmin Road, Huangqiao Industrial Park, Taixing, Jiangsu, China (Mainland)
hpsale@hanputech.com
+8613962270688
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