Overview
Essential details
- Place of Origin:
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GUANGDONG, China
- Brand Name:
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CHINZ
- Condition:
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New
- Type:
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Concentrator
- Video outgoing-inspection:
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Provided
- Machinery Test Report:
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Provided
- Marketing Type:
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New Product 2020
- Warranty of core components:
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2 years
- Core Components:
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Engine, Motor, Pressure vessel
- Application:
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Liquid, distillation
- Weight (KG):
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1700 KG
- Warranty:
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1 Year, 2 Years
- Key Selling Points:
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Remote Monitoring
- Applicable Industries:
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Food & Beverage Factory, Farms
- Showroom Location:
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United States, Thailand
- Power (kW):
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11.5kw
- Dimension(L*W*H):
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accordingly
- name:
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forced circulation evaporator vacuum evaporator of forced circulation
- Process:
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Vacuum Distillation
- Key words:
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double effect forced circulation evaporator
- Certification:
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CE ISO
- Circulation type:
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forced circulation
- Power Source:
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ecectric
- Material:
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SS316L/SS304/Titanium
Optimized Solution for Industrial Seawater Concentration
This sea water double effect evaporator with forced circulation targets industries requiring reliable desalination and concentration solutions. Its design suits users managing seawater treatment plants, offering a stable process that resists scaling under continuous operation. The vacuum evaporator technology reduces energy consumption, providing cost-effective performance for heavy-duty applications. Operators benefit from modular, customizable configurations that adapt to various system scales and water qualities, improving operational flexibility across different industrial sectors.
Advanced Vacuum Evaporation Technology and Materials
Featuring a double effect design combined with forced circulation, this evaporator maximizes heat transfer efficiency while minimizing fouling. The vacuum evaporation process lowers boiling temperature, enhancing energy savings and throughput. Construction utilizes corrosion-resistant materials including SS316L, SS304, and titanium to ensure durability in harsh seawater conditions. With around 11.5 kW power and a weight of approximately 1700 kg, the system supports integration with salt crystallizers for downstream salt recovery. OEM/ODM options enable tailored configurations to meet specific technical requirements, backed by comprehensive engineering support.
Versatile Applications in Energy-Efficient Water Treatment
Widely applied in seawater desalination and evaporative concentration, this vacuum evaporator supports energy-conscious industrial processes. Its capacity to handle variable feedwater and incorporate forced circulation improves performance consistency and reduces maintenance downtime. Suitable for industries such as chemical manufacturing, food processing, and water resource management, it enhances sustainability efforts through minimized steam consumption. The system integrates smoothly into existing control networks, facilitating monitoring and process automation to optimize operational workflows in complex treatment plants.
Product Advantages
Robust Design with Modular Forced Circulation System
The product’s design emphasizes a forced circulation loop that maintains stable heat transfer and limits scaling, thus extending operational longevity. Its double effect configuration promotes efficient vapor reuse, lowering overall energy consumption. Corrosion-resistant materials like SS316L, SS304, and titanium provide strong defense against seawater-induced degradation, making it well-suited for harsh marine environments. Modular construction allows scalable implementation and straightforward maintenance access, while OEM/ODM customization supports adaptation to diverse industry demands.
Enhanced Performance for Reliable Industrial Operation
By integrating vacuum evaporation with forced circulation, the system achieves higher throughput relative to energy input compared to conventional evaporators. This translates into operational cost reductions and improved sustainability metrics. User-friendly features facilitate maintenance and control system compatibility ensures seamless data integration. Reliable long-term performance under challenging seawater conditions supports continuous production with minimal downtime, delivering tangible value in large-scale desalination and concentration projects.
Use Scenarios
Energy Optimization in Industrial Seawater Desalination
In industrial seawater desalination plants, this sea water double effect evaporator with forced circulation serves as a critical component for energy-efficient vapor generation. Its vacuum distillation process reduces steam usage, thereby lowering operational costs and environmental impact. The system integrates with crystallizers for salt recovery, enabling complete utilization of process output streams. Its corrosion-resistant materials and forced circulation design ensure dependable performance even when processing saline feedwater laden with impurities, meeting industry standards for reliability and efficiency.
Salt Crystallization and Concentration in Chemical Processing
Within chemical and mineral processing industries, the evaporator plays an essential role in concentrating seawater brine and facilitating salt crystallization. The forced circulation helps maintain optimal heat transfer rates, preventing scale buildup critical in continuous operations. Its vacuum evaporator mechanism supports lower temperature operation, protecting sensitive downstream equipment and improving process control. This equipment can be integrated into complex system architectures with remote monitoring and control, ensuring compliance with industrial process demands and minimizing manual intervention.
FAQ
What materials are used in the BK-MVR24 evaporator construction?
Construction uses corrosion resistant materials such as SS316L, SS304, and Titanium. The BK MVR24 employs a robust Sea water double effect design and a vacuum evaporator configuration to improve energy efficiency. The system is built for reliability in challenging seawater conditions and is compatible with crystallizers for salt handling.
Is customization available for BK-MVR24 evaporator?
Yes, OEM/ODM customization options are supported. The modular, scalable design enables target capacities and piping/control system integration, with engineering support for adjustments in the Sea water double effect framework and vacuum evaporator operation.
How is installation and maintenance handled for BK-MVR24?
Designed for industrial environments, the BK-MVR24 features modular construction and compatible interfaces for control systems and remote monitoring. It supports commissioning and start-up procedures and allows long term reliability demonstrations. Maintenance planning and periodic inspections ensure sustained performance in seawater service, aligned with the Sea water double effect and vacuum evaporator approach.
What warranty and after-sales support accompany BK-MVR24?
Warranty options include 1 year or 2 years, reflecting Bokawater’s quality standards. The system’s weight is around 1700 kg, and engineering teams provide ongoing support, testing, and routine maintenance guidance, ensuring dependable operation in seawater desalination and related processes within the Sea water double effect framework and vacuum evaporator configuration.
