Next Generation MVR Technology

MVR Blowers

SWAM offers advanced Next Generation Mechanical Vapour Re-Compressor technology equipped with latest features for enhanced reliability, energy efficiency and lower maintenance. Ruggedly built with computer-generated rotor profiles enabling better uniform clearance and higher volumetric efficiency for flows up to 65,000 M³/hr.

Up To 65,000
M³/hr Flow
Max 1.1
kg/cm² Pressure
50%
Vacuum
MVR Blowers - Mechanical Vapor Recompression Technology

Working Principle & Technology

Understanding the mechanical vapor recompression technology that delivers exceptional energy efficiency and process optimization

MVR Technology

Mechanical Vapor Recompression Technology

MVR Blowers operate by compressing vapor from evaporation processes and reusing it as heating medium, creating a highly energy-efficient closed-loop system that significantly reduces steam consumption and operational costs.

1

Vapor Compression

Low-pressure vapor from evaporation process is compressed by the MVR blower to higher pressure and temperature

2

Heat Transfer

Compressed vapor serves as heating medium in the evaporator, transferring its latent heat to the process

3

Condensation & Recycle

Vapor condenses back to liquid and the cycle repeats, creating an energy-efficient closed-loop system

MVR Blowers Working Principle

Energy Efficient Operation

Advanced MVR technology significantly reduces energy consumption by reusing vapor energy, creating substantial operational savings

Efficiency:High Energy Recovery
Operation:Continuous

High Flow Capacity

Readily available for flows up to 65,000 M³/hr with consistent performance across the entire operating range

65,000 M³/hr capacity
Consistent performance

Computer Generated Rotor Profile

Precision-engineered rotor profiles enable better uniform clearance and higher volumetric efficiency

Uniform clearance
Higher efficiency

Rugged Construction

Ruggedly built with appropriate rotor shaft design for low deflection, reduced sound levels and reliable operation

Low deflection design
Reduced sound levels

Advantages of MVR

Up to 90% Energy Savings

Reduces steam consumption through vapor recovery and recompression.

Lower Carbon Footprint

Minimizes fuel dependency, making operations environmentally sustainable.

Customized Staging Configurations

Single, two-stage, and multi-stage designs to meet diverse needs.

Optimized for High-TDS Effluents

Ideal for wastewater evaporation and zero liquid discharge (ZLD).

Exceptional Reliability & Minimal Maintenance

Built for continuous, high-performance operation with easy servicing.

High ΔT & High ΔP Applications

Sustains high temperature and pressure requirements in MVR duty.

Industrial Applications

Versatile MVR solutions for diverse industrial applications requiring energy-efficient vapor recompression and heat recovery

💧

Evaporation Systems

⚗️

Distillation Processes

🎯

Concentration Applications

♻️

Heat Recovery Systems

💎

Crystallization Processes

🌊

Desalination Plants

Evaporation Systems
💧Evaporation Systems
Energy efficient evaporation
Steam economy improvement
Process optimization

Ready for Energy-Efficient MVR Technology?

Connect with our engineering experts to discover how MVR Blowers can revolutionize your processes with advanced vapor recompression technology, significant energy savings, and proven reliability for demanding industrial applications.

+91-99103-02163
sales@swamatics.com
C-2, Sector-3, Noida-201301, India

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