Product Specifications

Short Description

This skid-mounted evaporator ZLD solution employs Mechanical Vapor Recompression technology to maximize thermal efficiency by recapturing secondary steam energy, delivering an integrated modular design that streamlines installation and commissioning. Engineered for high-salinity wastewater concentration, it serves battery manufacturing, electroplating, chemical processing, pharmaceutical production, landfill leachate treatment, and industrial water recycling applications requiring zero liquid discharge solutions. As a comprehensive zero liquid discharge evaporator, the system enables facilities to achieve aggressive wastewater reduction targets while recovering valuable resources.

Full Product Description

The skid-mounted forced circulation MVR evaporator is a compact, factory-integrated evaporation system where all major process equipment—vapor separator, heat exchanger, vapor compressor, circulation pumps, piping, instrumentation, and electrical control cabinet—are assembled and pressure-tested at the manufacturing facility. This pre-commissioning approach significantly reduces on-site installation duration and accelerates project startup, making it an ideal high-salinity wastewater treatment solution for facilities with tight implementation timelines.

Mechanical Vapor Recompression (MVR) technology forms the core operational principle of this MVR evaporator high-salinity wastewater system. The system captures latent heat from secondary vapor by compressing and recycling it as the primary heating medium, thereby reducing external thermal energy consumption compared to conventional multi-effect evaporation systems. This energy-efficient approach lowers operational costs while maintaining consistent evaporation performance. The skid-mounted evaporator ZLD design ensures that the zero liquid discharge evaporator can be deployed rapidly with minimal site preparation and engineering effort.

The high-salinity wastewater concentration system is engineered to handle diverse wastewater compositions through material customization. Available construction options include SS316L, TA2 titanium, and Duplex 2205 stainless steel, each selected to resist corrosion from specific waste streams. The MVR evaporator high-salinity wastewater system concentrates industrial wastewater, recovers dissolved salts, and functions as a key unit within water reuse and Zero Liquid Discharge (ZLD) treatment chains. This zero liquid discharge evaporator is designed for reliable long-term operation in the most demanding industrial environments.

For enhanced solids recovery and further volume reduction, the skid-mounted evaporator ZLD can be integrated with downstream crystallization systems. This modular approach enables operators to achieve aggressive wastewater minimization targets while maximizing the value of recovered salt products. The forced circulation design of this high-salinity wastewater treatment system ensures consistent heat transfer and prevents scaling on heat exchange surfaces, extending operational intervals between cleaning cycles. As a comprehensive zero liquid discharge evaporator, the BHP unit supports sustainable water management and regulatory compliance across multiple industrial sectors.

Typical Applications

• Electroplating and surface finishing wastewater concentration using MVR evaporator high-salinity wastewater technology
• Lithium battery manufacturing wastewater treatment with high-salinity wastewater concentration systems
• Rare earth processing mother liquor concentration via skid-mounted evaporator ZLD solutions
• Chemical and pharmaceutical wastewater concentration using zero liquid discharge evaporator technology
• Landfill leachate volume reduction with MVR evaporator high-salinity wastewater systems
• Textile and dyeing wastewater treatment through high-salinity wastewater treatment processes
• Industrial wastewater recycling projects utilizing skid-mounted evaporator ZLD solutions
• Zero Liquid Discharge (ZLD) systems incorporating zero liquid discharge evaporator technology
• High-salinity industrial wastewater treatment with MVR evaporator high-salinity wastewater equipment
• Industrial process water recovery using high-salinity wastewater concentration systems

Key Features

Modular Skid Design

Factory-integrated construction of the skid-mounted evaporator ZLD system reduces transportation complexity, simplifies on-site assembly, and accelerates commissioning while minimizing project implementation timelines. This MVR evaporator high-salinity wastewater solution arrives ready for connection to utilities, significantly reducing installation labor and engineering costs.

Energy-Efficient MVR Technology

Mechanical Vapor Recompression enables continuous recovery and reuse of secondary steam, substantially improving overall thermal efficiency and reducing energy consumption during the evaporation cycle. The zero liquid discharge evaporator achieves significant operational cost savings compared to conventional thermal evaporation methods, making high-salinity wastewater treatment economically viable for a broader range of applications.

Intelligent Automation

PLC-based automatic operation with intuitive touchscreen interface, real-time process monitoring, integrated alarm functions, and optional remote diagnostics and control capabilities. The MVR evaporator high-salinity wastewater system is designed for continuous unattended operation, reducing labor requirements and human error.

Flexible Engineering Design

Evaporation capacity, construction materials, and process configuration are fully customizable to accommodate varying wastewater compositions, salinity levels, and site-specific operational requirements. The skid-mounted evaporator ZLD system can be tailored with SS304, SS316L, TA2 titanium, or Duplex 2205 stainless steel to match specific high-salinity wastewater treatment needs.

Water Reuse & ZLD Compatibility

The zero liquid discharge evaporator integrates seamlessly into industrial water recycling and Zero Liquid Discharge (ZLD) process lines, enabling substantial wastewater volume reduction while recovering valuable salts and dissolved solids for resource recovery applications. This MVR evaporator high-salinity wastewater system supports both environmental compliance and circular economy objectives by converting liquid waste into reusable water and marketable by-products.