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Mechanical Engineering

AITESA develops mechanical engineering with a precise and thorough approach, covering both the design of static equipment (such as boilers, pressure vessels or heat exchangers) and the study of dynamic systems and piping.

All calculations are performed in accordance with the main international codes such as ASME, EN eurocode, API, among others, ensuring structural strength, operational safety and durability of the equipment.

Design for strength and durability

Mechanical engineering defines and calculates the equipment and systems that support the operation of an industrial plant.

It includes the design, calculation and specification of static and rotating equipment, as well as the engineering of piping systems, structures and mechanical elements that ensure the overall performance and reliability of the installation.

AITESA combines experience, advanced simulation tools and regulatory knowledge to create designs that maximize safety and optimize project manufacturing and maintenance costs.

Mechanical engineering integrates a broad set of tasks aimed at ensuring that each component meets strength, integrity and safety requirements:

  • Design and specification of static equipment (tanks, pressure vessels, heat exchangers).
  • Development of piping and mechanical support systems.
  • Stress calculations, flexibility and structural analysis.
  • Preparation of plot plans, manufacturing and detail drawings, P&ID and isometric drawings.
  • Technical coordination of the project disciplines: process, electrical and instrumentation.

Equipment and installations designed to last

A well-executed mechanical design ensures safer, more efficient and durable equipment and installations, reducing operational risks and costs over time. This approach optimizes the selection of materials and technologies, improves performance and ensures the structural integrity of systems even under demanding operating conditions.

AITESA’s mechanical engineering is applied in sectors such as refining, petrochemicals, oil & gas, energy, chemicals, pharmaceuticals and water treatment, where precision and reliability are essential for operational continuity.
The benefits of this approach include:

  • Safe, efficient and reliable equipment and installations.
  • Optimization of materials and technologies, reducing costs.
  • Minimization of risks of mechanical failure.
  • Guaranteed integrity throughout the project life cycle

AITESA has a team specialized in mechanical engineering that combines technical rigor, international standards and advanced calculation tools.

Each design is developed with a clear purpose: to ensure the safety, strength and mechanical efficiency of each component.

Talk to an expert

Aitesa has more than 40 years of experience designing and supplying heat recovery boilers.

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