Technologies

APEX® Technology

APEX® Free-flow Technology

to minimize flow separation and fouling and to maximize cleanability.

APEX® Free-flow Technology

to minimise flow separation and fouling and to maximise cleanability.

Air Curtain® Technology

to control heat transfer surface temperature to avoid "cold-corner" corrosion.

Air Curtain® Technology

to control heat transfer surface temperature to avoid "cold-corner" corrosion.

APEX® VariaFlow Technology

to ensure uniform flow-field temperature profile at the outlet.

APEX® VariaFlow Technology

to ensure uniform flow-field temperature profile at the outlet.

APEX® Erosion Technology

improves resistance of the heat transfer elements against erosion, from the very inlet to the heat transfer core.

APEX® Erosion Technology

improves resistance of the heat transfer elements against erosion, from the very inlet to the heat transfer core.

A-CORREX® Technology

to prevent acid dew point or water dew point corrosion.

A-CORREX® Technology

to prevent acid dew point or water dew point corrosion.

APEX-delfino® Technology

optimizes the flow distribution and the temperature profile for improved operation of our flat plate heat exchangers.

APEX-delfino® Technology

optimizes the flow distribution and the temperature profile for improved operation of our flat plate heat exchangers.

VORTI-FLEX® Technology

helps enhancing the heat transfer coefficient between two fluids in laminar or transient flow.

VORTI-FLEX® Technology

helps enhancing the heat transfer coefficient between two fluids in laminar or transient flow.

R&D-Led Innovations
Our Own R&D Department

Research is the foundation of APEX Group. All our products are based on internal and continuous research. We aim to improve our products, continuously developing technologies that guarantee efficient heat transfer, long lifetime and trouble-free operation.

APEX Group’s Technology is supported by its own R&D Department, which focuses on advanced flow analysis and constant development of new products and technologies. 

State of the art Equipment:  

  • Advanced Laser Doppler Anemometry for velocity measurements;
  • Particle Image Velocimetry for flow structure analysis;
  • Static and dynamic pressure measurements;
  • Hot Wire Anemometry for turbulence analysis;
  • Advanced software for Fluid flow simulation (CFD – Computational Fluid Dynamics);
  • FEA (Finite Element Analysis) simulation software for steel structures strength;