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Engineering specialized in heat transfer and heat recovery solutions for industry.

We design, supply, and optimize equipment such as boilers, Direct Fired Heaters, preheaters, air-cooled condensers, and heat exchangers, helping industrial plants improve their energy efficiency and reduce costs, both with new equipment and through the modernization of existing installations.

AITESA — Live energy recovery
Real time

Our impact in numbers

Cumulative cost savings
0 €
CO₂ emissions avoided
0 kg CO₂
Thermal energy recovered: 0 MWh Current rate: 0 MWh/h
Real-time calculation based on the installed thermal capacity and commissioning date of each AITESA unit in operation.
Assumptions: natural gas cost 40 €/MWh Reference conventional system efficiency 85% · Annual availability 90%.

MORE THAN ENGINEERING

40
Years of experience
5.000
Completed Projects
30
Países

<b>WHO WE ARE</b>

Heat Transfer Equipment

Heat recovery boilers

Process furnaces

Air-cooled condensers / Air coolers

Shell and tube heat exchangers

Electric boiler

Engineering and heat recovery solutions

Aitesa offers a wide range of engineering services. Equipment design, revamping of existing equipment and integral heat recovery projects.

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International presence

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Latest news

How to specify a shell and tube heat exchanger: TEMA classes, flow configuration and design criteria

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A technical guide to defining the service, selecting the appropriate TEMA class and configuration, and balancing heat transfer, pressure drop, fouling, materials and maintenance. Specifying a shell and tube heat…

Loss of performance in a process fired heater: when the problem lies in the air preheater

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When fuel consumption in a process fired heater rises progressively, the first checks usually focus on the burners and the combustion system. However, if the heater maintains the same process…

Natural Circulation and Forced Circulation in an HRSG: Differences and Design Criteria

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In an HRSG, the choice of configuration affects far more than the space occupied by the unit. It influences water and steam circulation, auxiliary power consumption, response during start-ups and…

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