Compabloc heat exchangers are compact, efficient, and versatile devices used for heat transfer in various industries. They offer high thermal efficiency, flexibility in handling different fluids, and ease of maintenance. Maintenance of Compabloc heat exchangers is relatively easy due to their modular design. Individual plates can be easily removed and replaced if needed, minimizing downtime and maintenance costs.

Features

One advantage of Compabloc heat exchangers is their high thermal efficiency. The compact design and efficient heat transfer mechanism result in reduced energy consumption and lower operating costs.

Another benefit of Compabloc heat exchangers is their flexibility in handling different fluids and operating conditions. They can handle a wide range of flow rates, temperatures, and pressures, making them suitable for various applications in industries such as chemical processing, oil and gas, power generation, and HVAC.

Applicable condition
Heat recovery, cooling, heating, condensation, partial condensation, reboiling, evaporation and gas cooling (can replace old condensers, reboilers, reheaters, economizers, coolers, heat exchangers)

Performance

Heat transfer performance covers high to low thermal length (NTU). Can handle all corrosive media

Application
Compabloc is a fully welded compact heatexchanger designed for the complete range of process andutility duties. The Compabloc range provides the mostefficient, cost-effective, compact and cleanable heat exchangersolution available today.

Options
The Compabloc is available in virtually any material that can be pressed and welded, including:

• 316L SST
• 254 SMO
• Titanium
• Alloy C-276
• 904L SST(UB6)
• Alloy B-2
• Alloy C-22
• Incoloy 825
• Inconel 600
• Tantalum

The panels and nozzles can be un-lined or lined using thesame materials as the plate pack. The nozzle size is variableand can be selected independently for each side.

Design advantages enhance process sustainability
1. Good heat exchange efficiency can save energy, improve performance and reduce CO2 emissions
2. Lower cost improved heat recovery efficiency means shorter payback period
3. Compact design can reduce installation costs and solve the bottleneck problem of increasing production capacity
4. No dead Angle mechanical cleaning can be realized, making maintenance simpler, faster and more cost-effective
5. Durable laser butt welding structure can minimize scaling and avoid corrosion problems