Efficient. Sustainable. Engineered for Maximum Thermal Recovery.
Our high-efficiency SED’s high-efficiency Mechanical Vapor Recompression (MVR) system, the EffiFlow Turbo Fan , is designed to dramatically reduce energy consumption and operational costs in industrial evaporation, distillation, and drying processes. By capturing low-pressure vapor, compressing it, and reusing its thermal energy, the fan minimizes the need for external steam, delivering significant cost savings and improving process efficiency.
Optimized for systems such as Low Temperature Evaporators (LTE®) and Plate Type Falling Film Evaporators, the EffiFlow Turbo Fan enhances evaporation rates, improves product quality, and supports higher throughput-making it a critical component in sustainable industrial operations.
How it Works
Evaporation and Vapor Capture
Water or solvent vapor generated during evaporation is collected rather than vented or externally condensed.
Vapor Compression
The captured vapor enters the EffiFlow Turbo Fan, where high-speed impellers compress it, increasing both pressure and temperature.
Thermal Energy Reuse
The high-temperature vapor is redirected back into the evaporator as a heat source, replacing or supplementing external steam.
Latent Heat Recycling
The system utilizes the vapor’s latent heat to minimize energy input requirements and maximize thermal efficiency.
System Efficiency and Stability
Continuous recompression ensures steady heat delivery, promoting uniform evaporation rates and reliable process control.
Energy and Resource Optimization
Reduced fresh steam and cooling requirements lead to lower energy costs, minimized utility load, and improved sustainability.
Key Advantages
Optimal Aerodynamic Performance
Backward-inclined, full-length radial blades ensure high efficiency and consistent airflow.
Durable Construction
Robust design guarantees reliable operation under demanding industrial conditions.
Vacuum-Compatible Operation
Gas-tight casing prevents leaks and contamination, enabling safe operation under vacuum.
Extended Service Life
Closed-face impeller with reinforced inlet geometry enhances performance and reduces wear.
Optimal Aerodynamic Performance
Backward-inclined, full-length radial blades ensure high efficiency and consistent airflow.
Vacuum-Compatible Operation
Gas-tight casing prevents leaks and contamination, enabling safe operation under vacuum.
Durable Construction
Robust design guarantees reliable operation under demanding industrial conditions.
Extended Service Life
Closed-face impeller with reinforced inlet geometry enhances performance and reduces wear.
Salient DesignFeatures
Impellers and casings fabricated from ductile alloy plates for superior strength and durability.
Non-alloy structural steel pedestal providing a stable, vibration-free foundation.
Bearing housing with forced lubrication system for smooth, low-maintenance operation.
Applications Across Industries
The EffiFlow Turbo Fan is ideal for:
Low Temperature Evaporation (LTE®) – Energy recovery and cost reduction.
Plate Type Falling Film Evaporation – Enhanced heat transfer and throughput
Industrial Drying – Thermal efficiency and sustainable operations
Multi-Effect Evaporation Systems – Optimized latent heat utilization and reduced steam demand
Why Partner with SED?
SED combines advanced MVR technology, aerodynamic design, and engineering expertise to deliver measurable gains in energy efficiency, product quality, and operational reliability. The EffiFlow Turbo Fan ensures sustainable, cost-effective, and high-performance operation for modern industrial evaporation and drying processes.
Frequently Asked Questions
Revolutionizing Efficiency,Setting New Standards
Maximize thermal efficiency, reduce steam consumption, and improve process sustainability with SED’s EffiFlow Turbo Fan - engineered for high performance, long-term reliability, and cost-effective energy recovery.
Consult Our Experts