Insertec » Thermal Engineering Solutions » Engineering

Engineering solutions

Thermal engineering is one of the strengths of our organisation: it is part of our DNA.

Close collaboration with our customers and partners has enabled us to develop the powerful service we have today.

With a focus on performance, efficiency and sustainability, all our engineering departments work hand in hand to ensure the highest quality at all stages of projects.

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Metallurgy

Careful control of raw materials, alloy composition and production steps to manufacture high quality products efficiently and sustainably.

Processes engineering

Design, optimisation and management of complex processes within aluminium production facilities.

Civil works

Execution of projects, ensuring they are completed on time, on budget and to the highest quality and safety standards.

Automation and control

Design, integration and maintenance of the machinery and automatisms necessary for the integral management based on data intelligence of automated and robotised plants.

Commissioning engineering and start-up

Assembly of the equipment in the client’s plant and identification of possible errors.

Plant engineering

Layout dimensioning (heights, layouts, integration of in-house and external equipment, cabling, piping etc.) and structural engineering (analysis of structural systems and components).

Concept engineering

Dimensioning of equipment, systems (hydraulic, pneumatic…) and schematics based on information provided by the plant engineering department and solid knowledge of the equipment in terms of combustion and fluid dynamics.

Purchases

Contact with suppliers to acquire the necessary material after approval of the equipment design. Communication with all engineering departments to find the right balance between costs and features.

Project management

Coordination of departments, processes and skills to deliver projects on time and on target.

Quality engineering

Control of the quality management system and compliance with quality standards for all products involved in each stage of the production process.

Detail engineering

Development of 3D models, manufacturing drawings, lining data, etc., once the equipment has been defined.