Waste Water Evaporator Electric Based
Overview
A Waste Water Evaporator (Electric Based) is a thermal treatment system designed to evaporate water from industrial wastewater using electric heaters, thereby reducing wastewater volume and concentrating dissolved solids. The system is an ideal solution for industries requiring wastewater minimization, RO reject management, and Zero Liquid Discharge (ZLD) compliance.
Vikas Engineering supplies Electric Heated Pan Type Waste Water Evaporators specially designed for small to medium wastewater quantities with simple operation and low maintenance requirements.
Treatment Process Flow
Wastewater Collection Tank → Feed Transfer Pump → Electric Heated Evaporation Pan → Water Evaporation → Concentrated Sludge Collection → Disposal
Technical Specifications
Parameter | Specification |
Technology | Electric Thermal Evaporation |
Type | Pan Type Evaporator |
Heating Source | Electric Heaters |
Operation | Batch Type |
Construction Material | SS304 / SS316 / SS316L |
Evaporation Capacity | 25 LPH to 1000+ LPH |
Control System | Manual / Semi-Automatic / Automatic |
Temperature Range | Ambient to 100°C |
Installation | Floor Mounted |
Main Components
Equipment | Function |
Wastewater Feed Tank | Collection and storage of wastewater |
Feed Transfer Pump | Transfer of wastewater to evaporator |
SS Evaporation Pan | Evaporation chamber |
Electric Heater Bank | Heat generation |
Vapor Vent Arrangement | Safe vapor discharge |
Concentrate Collection Tray | Collection of concentrated residue |
Electrical Control Panel | Operation and safety control |
Support Structure | Equipment mounting frame |
Available MOC (Material of Construction)
Component | MOC Options |
Evaporation chamber | MS/SS304 / SS316 / SS316L |
Feed Tank | HDPE / PP / SS |
Piping | UPVC / CPVC / SS |
Structural Frame | MS Painted / SS |
Residue Collection Tray | SS304 / SS316 |
Performance
Parameter | Typical Value |
Wastewater Volume Reduction | Up to 90–95% |
Water Recovery | Significant Reduction in Disposal Volume |
Suitable Feed TDS | High TDS Wastewater |
Operation | Continuous Monitoring Not Required |
Performance
Parameter | Typical Value |
Wastewater Volume Reduction | Up to 90–95% |
Water Recovery | Significant Reduction in Disposal Volume |
Suitable Feed TDS | High TDS Wastewater |
Operation | Continuous Monitoring Not Required |
Capacity Range
Model | Capacity |
VE-EWE-25 | 25 LPH |
VE-EWE-50 | 50 LPH |
VE-EWE-100 | 100 LPH |
VE-EWE-250 | 250 LPH |
VE-EWE-500 | 500 LPH |
Customized | Up to 1000+ LPH |
Applications
- Chemical Industries
- Pharmaceutical Industries
- Textile Industries
- Dye & Pigment Industries
- Electroplating Industries
- Metal Finishing Industries
- Food Processing Industries
- Paint & Ink Industries
- Laboratory Wastewater Treatment
- RO Reject Water Treatment
Features
- Electric Heater Based Operation
- Robust SS Construction
- Compact Footprint
- Easy Installation & Operation
- Low Maintenance Requirement
- Suitable for High TDS Wastewater
- Cost-Effective Solution for Small Capacities
- Ideal for ZLD Applications
Benefits
- Reduces Wastewater Disposal Cost
- Handles High TDS Streams
- Supports Zero Liquid Discharge (ZLD)
- No Steam Boiler Required
- Simple & Reliable Operation
- Compact Design
- Low Maintenance Cost
- Environment-Friendly Solution
Vikas Engineering Solution
- Scope of Supply
- Design & Engineering
- Electric Heated Pan Type Evaporator
- Feed Transfer System
- Electric Heater Assembly
- Control Panel
- Installation & Commissioning Support
- Technical Training
- AMC & After-Sales Service
Customized Effluent Treatment Plants for Metal Industries – Delivering Effective Heavy Metal Removal, Water Reuse, and Sustainable Environmental Compliance.
Why Choose Vikas Engineering?
- Customized Capacity & Design
- Heavy-Duty Electric Heating System
- SS304 / SS316 Construction
- Compact and User-Friendly Design
- Suitable for ETP, RO Reject & Industrial Wastewater
- Competitive Pricing
- Reliable Technical Support
Vikas Engineering manufactures Electric-Based Waste Water Evaporators (Pan Type) for efficient wastewater volume reduction, high TDS wastewater management, and Zero Liquid Discharge (ZLD) applications across various industries.