Alfa Laval Compabloc

Product Benefits

  • High thermal efficiency saves energy, boosts performance and reduces CO² emissions.
  • Heat recovery with lower costs means very short payback time.
  • The compact design of the Compabloc reduces installation costs and resolves bottlenecks for increased production.
  • Compabloc is fully mechanically cleanable, making maintenance simpler, quicker and more cost-effective.
  • Durable, laser-welded construction minimises fouling and eliminates corrosion issues.
  • A small heat transfer area also makes it economically feasible to design your heat exchanger using highly corrosion-resistant materials. This leads to a higher level of reliability with a reduced risk of unplanned stops due to corrosion, along with increased uptime and extended service life.

Technical Data

  • Design Temperature: 400∘C (752∘F), down to -100∘C (-148∘F).
  • Maximum Design Pressure: From 38 to 60 barg (857 PSIG).
  • Maximum Heat Transfer Area: 840m² (8,985ft²).
  • Maximum Liquid Flow Rate Per Unit: 6,000m³/h (26,250 US GPM).
  • Lowest Achievable Temperature Difference: 3∘C (5.4∘F)
  • Duties:
    • Heat Recovery
    • Cooling
    • Heating
    • Condensation
    • Partial Condensation
    • Reboiling
    • Evaporation
    • Gas Cooling
  • Performance: Low to high thermal length or NTU duty. Handles any corrosive medium.

Application

  • Condensing Duties.
  • Liquid-To-Liquid Heating & Cooling Applications.
  • Reboiler.

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