Plate Heat Exchanger for Power Plant | EOU® Heat Exchange
EOU® plate heat exchanger for power plant is specially designed for power station auxiliary cooling and heat recovery. It features high pressure resistance, anti-vibration and stable long-running performance, widely used in thermal power, biomass power and waste heat recovery systems for generator cooling, closed cycle water heating.
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Product Overview
EOU® Plate Heat Exchanger for Power Plant is customized for power station working conditions. It is adopted for auxiliary cooling, waste heat recovery and closed circulating water heat exchange in thermal power, biomass power and waste heat power plants. With reinforced plate and frame structure, it can withstand pressure fluctuation and vibration in power plant site, ensuring continuous and safe operation under 24-hour non-stop working mode.
Working Principle
High temperature and pressure medium and cooling medium flow alternately through corrugated plate channels. Heat transfers through metal plate wall efficiently. The corrugated design enhances turbulence to improve heat transfer efficiency. The reinforced frame and clamping structure resist vibration from pump and steam pipeline, adapting to the continuous and stable operation requirement of power plant auxiliary system.
Key Advantages
- Power Plant Heavy-duty Design: Reinforced frame and plate, anti-vibration, adapt to 24h continuous operation.
- High Pressure & Temperature Resistance: Custom plate material to withstand pressure fluctuation of power station pipeline.
- High Heat Transfer Efficiency: Corrugated plate strengthens turbulence, small temperature difference heat transfer.
- Easy Maintenance: Openable frame for plate inspection, descaling and gasket replacement during overhaul.
- Anti-fouling Optimization: Optimized plate channel design to reduce sediment accumulation under circulating water condition.
- Compact Layout: Save space inside power plant auxiliary building compared with shell & tube type.
Technical Parameters
| Design Temperature Range | 10℃ ~ 220℃ |
| Design Pressure Range | Vacuum ~ 30 bar |
| Heat Transfer Mode | Liquid-liquid, waste heat recovery, circulating water cooling |
| Minimum Approach Temperature | 1℃ |
| Plate Material | 304, 316L, Titanium, SMO254 |
| Gasket Material | EPDM, Viton, HNBR |
Application Industries
- Thermal Power Plant: Generator auxiliary cooling, closed circulating water heat exchange.
- Biomass Power Station: Flue gas waste heat recovery and process medium cooling.
- Waste-to-energy Power Plant: Waste heat utilization and circulating water cooling system.
- Geothermal Power Project: Geothermal medium heat exchange and heat recovery.
- Power Plant Auxiliary System: Oil cooling, boiler makeup water heating.
Custom Service
We provide customized thermal design and heavy-duty equipment fabrication according to your working parameters: medium type, flow rate, inlet & outlet temperature, design pressure and anti-vibration requirement. Contact our engineering team for quotation and technical solution.