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Tailor made heat exchangers

Tailor made heat exchangers


From prototype to mass production

Thanks to its R&D team and dedicated automated production line, ACTE can guide you throughout the whole development process and can collaborate with you to best pursue your objectives, by transforming your heat exchanger prototype into a serial product.

For specific developments a strong team of experts will help you in all aspects of your product development:

  • Thermodynamics cycle analyses;

  • Thermal design;

  • Fluid stream optimization;

  • Mechanical design;

  • Material studies;

  • Study of the power system;

  • Comprehensive design of complex interfaces (especially in gas turbine applications).

Case study

Some Thermal transfer related project references.

  • Design of a Gas-to-Gas tubular heat exchanger for high temperature exhaust gases (>900°C)

  • Development study of a biomass drying system with diesel engine exhaust heat recovery

  • Post-analysis of test results related to steam generation with a GAP-type heat exchanger

  • Design and integration of a by-pass system in a heat recuperator

  • CFD and FDM study and development of a metallic part dedicated to high temperature solar radiation application

  • Analysis and redesign of a waste heat recuperator casing to optimize gas flow distribution and overall thermal efficiency of the engine

  • Design and prototyping of a convex-plate heat exchanger for air-to-air heat transfer at the outlet of a piston engine (Exhaust Heat Recovery System).

Heat transfer specialist

More than a just a heat exchangers manufacturer, ACTE is your partner for finding the best solution answering to your heat recovery needs.

In most of its projects, ACTE works together with its customers to design and implement a fully adapted solution for heat recovery in order to meet your needs, and to achieve the best match between your process and our heat exchanger thanks to the use of modular components.

Our R&D and Engineering team will help you with:

  • Mechanical Design CAD (Computer Assisted Design);

  • CFD (Computational Fluid Dynamics) Analysis for temperature and flow profiles, thermo-mechanical stresses…;

  • Pressure drops and efficiency estimations;

  • Test Bench support;

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