Multi-section Plate Heat Exchanger | EOU® Heat Exchange
EOU® multi-section plate heat exchanger adopts multi-stage series parallel plate structure. It can realize multi-temperature gradient heat exchange in one unit, compact structure, high heat transfer efficiency, widely used in multi-stage cooling/heating process for chemical, food, beverage and energy industries.
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Product Overview
EOU® Multi-section Plate Heat Exchanger is specially designed for multi-step heat transfer requirements. By arranging multiple plate sections in series or parallel inside one frame, it can complete heating, cooling, preheating and recovery processes in a single equipment. It saves pipeline space compared with multiple separate heat exchangers, maintains high heat transfer efficiency of corrugated plate, and is easy to disassemble, inspect and clean plate packs.
Working Principle
Corrugated heat transfer plates are divided into multiple independent sections inside the same frame. Fluid flows through different plate sections sequentially to realize multi-stage temperature changing. Each section can have different flow rates and temperature targets. The corrugated plate creates strong turbulent flow for high heat transfer performance. The whole frame can be opened for plate cleaning, replacement and maintenance.
Key Advantages
- Multi-section Integrated Design: Complete multi-stage heating/cooling in one unit, reduce equipment quantity and pipeline cost.
- High Heat Transfer Efficiency: Corrugated plate enhances fluid turbulence, small temperature difference heat transfer available.
- Compact Footprint: Save installation space compared with multiple separate heat exchangers.
- Easy Maintenance: Openable frame for plate inspection, cleaning and gasket replacement.
- Flexible Process Layout: Custom series/parallel arrangement to match multi-step thermal process requirements.
- Rich Material Options: 304, 316L, Titanium, Hastelloy plates and various gasket materials.
Technical Parameters
| Design Temperature Range | -50℃ ~ 250℃ |
| Design Pressure Range | Vacuum ~ 25 bar |
| Heat Transfer Mode | Liquid-liquid, gas-liquid, evaporation, condensation, waste heat recovery |
| Minimum Approach Temperature | 1℃ |
| Plate Material | 304, 316L, Titanium, Hastelloy, Nickel alloy |
| Gasket Material | NBR, EPDM, Viton, PTFE |
Application Industries
- Food & Beverage: Multi-stage heating and cooling for juice, dairy and beverage sterilization line.
- Chemical Industry: Gradient cooling and preheating for chemical process fluid.
- Energy & Waste Heat Recovery: Multi-step waste heat recovery system.
- Pharmaceutical: Multi-stage temperature control for pharmaceutical production medium.
- HVAC & Refrigeration: Complex multi-temperature heat exchange system.
Custom Service
We provide customized thermal design and equipment fabrication according to your working parameters: medium type, multi-stage inlet & outlet temperature, flow rate, design pressure and connection requirements. Contact our engineering team for quotation and technical solution.