What is MVR-based LTE®?
MVR-based Low-Temperature Evaporation (LTE®) is a vacuum-based technology where fluids boil below their normal boiling point, concentrating wastewater while generating high-quality clean water.
Unlike conventional evaporators, LTE® requires no continuous external steam input, making it highly energy-efficient and environmentally friendly. The recovered water is pure and can be reused in plant operations, helping industries achieve Zero Liquid Discharge (ZLD) with minimal operational cost.
Key Highlights:
- Up to 99% water recovery
- Minimal carbon footprint
- High-quality water for reuse
- Low operational and maintenance cost


How It Works
LTE® combines vacuum and heat to lower the boiling point of water, enabling evaporation at low temperatures with minimal energy consumption.
Step-by-Step Process :
Feed Preheating:
The wastewater stream is introduced via a heat exchanger or preheater, bringing it close to its boiling point.
Evaporation Under Vacuum:
The solution enters the evaporator chamber maintained under low pressure by a vacuum pump, causing it to boil at a lower temperature than atmospheric conditions.
Condensation & Recovery:
Water vapor condenses on cooler surfaces inside the chamber. The condensed water is collected as high-quality clean water, while the remaining solution becomes a concentrated byproduct that can be recycled or safely disposed of.
Why Choose MVR-based LTE®?
Fully automatic, robust ZLD solution with minimal supervision
Up to 99% water recovery in a single process.
Lowest carbon footprint in its category
Closed-loop operation reduces operational and maintenance costs
Gentle on heat-sensitive materials, preserving product quality
Fully automatic, robust ZLD solution with minimal supervision
Closed-loop operation reduces operational and maintenance costs
Up to 99% water recovery in a single process.
Gentle on heat-sensitive materials, preserving product quality
Lowest carbon footprint in its category
Custom LTEs as per Plant Tonnage
1 Ton Plant

Negligible carbon emission
Up to 99% recovery
Reference clients: Pidilite Paria, Lake Chemicals, Hatsun Agron
| Required Area | 7m x 5m |
| Condensate outlet TDS | <100ppm |
| Reject Outlet TS | 35% |
| Power Consumed/KL | 18-22KW |
2 Ton Plant

Negligible carbon emission
Up to 99% waste water recovery
Reference clients: Gopinath Chemtech, TPI, Alchem
| Required Area | 10m x 10m |
| Condensate outlet TDS | <100ppm |
| Reject Outlet TS | 35% |
| Power Consumed/KL | 18-22KW |
3 Ton Plant

Negligible carbon emission
Up to 99% waste water recovery
Reference clients: Supreet Chemicals, Kroma Vapi, Deepak Nitrite
| Required Area | 15m x 10m |
| Condensate outlet TDS | <100ppm |
| Reject Outlet TS | 35% |
| Power Consumed/KL | 18-20KW |
4 Ton Plant

Negligible carbon emission
Up to 99% waste water recovery
Reference clients: Dr. Reddy, Century Processings
| Required Area | 10m x 10m |
| Condensate outlet TDS | <100ppm |
| Reject Outlet TS | 35% |
| Power Consumed/KL | 18-22KW |
Harnessing the Power of Vapor Compression
MVR technology compresses and recycles vapor within the system, reducing energy consumption while maintaining high water recovery rates.This makes LTE® not only cost-efficient but also sustainable, contributing to a greener industrial footprint.
Applications Across Industries
Textiles:
Reduce wastewater and recycle clean water
Pharmaceuticals & Chemicals:
Achieve ZLD and reduce operational costs
Electroplating:
Recover water from high-strength effluents
Distilleries & Breweries:
Treat spentwash and RO rejects efficiently
Sugar & Jaggery Production:
Boiler-free, zero-emission sugarcane processing
Revolutionizing Water Recovery. Setting New Standards.
Join the sustainability movement. Optimize water usage, reduce costs, and contribute to a greener future with SEDL’s MVR-based LTE®.

