The containerized MVR evaporator is a fully integrated, modular evaporation system designed for efficient concentration and crystallization processes.
Featuring skid-mounted construction and intelligent control, it enables easy transportation, rapid installation, and energy-saving operation across various industrial applications.
Our containerized MVR evaporator features a highly integrated design that combines standardization, modularization, and intelligent control within a skid-mounted, containerized system. Engineered for truck transportation, it offers exceptional flexibility, rapid deployment, and easy relocation.
The system can be fully customized to meet specific process requirements and is widely used across industries such as food processing, petrochemicals, metallurgy, pharmaceuticals, and environmental protection.
Product Types includes:
• Concentration Type
Ideal for the concentration of food products, pharmaceutical solutions, emulsions, organic wastewater, and brine, delivering high efficiency and consistent product quality.
• Crystallization Type
Designed for high-salinity streams, enabling efficient concentration and crystallization. Particularly suitable for handling complex and challenging wastewater.
The MVR (Mechanical Vapor Recompression) evaporator is an energy-efficient evaporation system that utilizes mechanical energy to recycle vapor.
During operation, the secondary vapor (steam) generated from evaporation is compressed, increasing its temperature and pressure. This upgraded vapor is then reused as the heat source to continue heating the feed material, forming a closed-loop system of:
Vapor Generation – Compression – Reuse
This process significantly reduces external steam consumption and maximizes overall energy efficiency.
• High Integration
Fully assembled and commissioned in the factory. The system is delivered as a complete unit, significantly reducing on-site installation time and enabling rapid start-up.
• Standardized Design
Standardized structure and components ensure consistent quality, with continuous optimization for enhanced performance and reliability.
• Automated Operation
Equipped with PLC control and one-button start for user-friendly, fully automated operation, eliminating complex manual procedures.
• Compact footprint
Occupies only one-third of conventional systems. No on-site assembly required, with easy mobility for flexible deployment.
• Low Operating Cost
Optimized process and structural design ensure minimal energy consumption, along with high reliability and stable performance.
• Flexible Customization
Modular design allows tailored configurations to meet diverse and specific customer requirements.
Capacity range
Common evaporation capacities: 100 kg/h, 200 kg/h, 300 kg/h, 500 kg/h, and 1,000 kg/h.
Configuration Options
• Evaporation type: Falling film / Forced Circulation
• Evaporator design: Tubular/ Plate-type
• Process mode: Concentration / Crystallization
|
Model |
Evaporation capacity
(Kg/h) |
Installed power
(Kw) |
Power consumption
(Kwh) |
Overall dimension
(L*W*H, mm) |
Compressor type |
|
ENT1-100 |
100 | 30 |
20 |
2150*2150*4000 |
Roots |
|
ENT1-200 |
200 | 42 |
36 |
2150*2150*4000 |
Roots |
| ENT1-300 | 300 | 61 | 48 | 3000*2150*4000 |
Roots |
| ENT1-500 | 500 | 75 | 60 | 5000*2500*5000 |
Roots |
| ENT1-1000 | 1000 | 130 | 110 | 5000*3000*5000 |
Roots |
