ENERGY
The energy industry is crucial to our economy. This sector comprises various energy sources such as fossil fuels (oil, natural gas and coal), nuclear power, hydroelectric power, wind power, solar power and other forms of renewable energy such as biomass.
We have extensive experience in heat exchangers for energy systems; energy recovery from the combustion processes of diesel and gas engines, in cogeneration and trigeneration systems, heat recuperators and conditioning of the inlet air of gas turbines, etc.
Heat exchangers are very important in this sector as they contribute to improving efficiency and optimizing systems.
Sized solutions specially designed for each project.
Detailed budgets with precision and rigour.
Products subject to strict quality controls.
Complete service, we include transport to your factory.
Heat exchangers are used in different sections such as in temperature control, to condense the steam and later reuse it in the turbines of thermal steam power plants, as a safety system cooling the diesel engines of nuclear power plants or, for example, with the preheating of the gases of the combustion systems.
We have the possibility to complement the heat recuperators with certifications and strict quality controls and traceability. As well as the option to perform digital and physical mechanical analyzes of seismic resistance, on platform, or include specific quality files with material certificates, welder qualifications and welding process qualifications.
Heat recovery for the energy industry
Gas heat recovery
Heat recuperator that economizes with the use of exhaust gases from boilers, turbines or combustion engines used for example in cogeneration. More efficiency and less emissions.
Counter flow heat exchanger
Cross-flow heat exchanger, usually between a stream of fumes or gases and another of air, without them mixing. With a design that is easy to clean and maintain. It is ideal for the energy, oil and gas sector.
Steam heat exchanger
Coil of tubes designed to convert saturated or wet steam into dry, superheated steam, usually by steam turbines for electricity generation. They can withstand temperatures of up to 950ºC.