Insertec » Thermal Engineering Solutions » Engineering » Process engineering

The Industrial Process Engineering team of Insertec focuses on the design, optimization, and management of complex processes within the aluminium production facilities.

Our department plays a crucial role in ensuring that industrial operations are efficient, cost-effective, safe, and environmentally sustainable. This involves the application of engineering principles, mathematical modeling, and scientific principles to various industrial processes. Key aspects include:

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  • This involves conceptualizing and planning the overall structure and components of a production process. Our engineers in this field consider factors such as raw material input, equipment selection, layout, and the sequence of operations to ensure an efficient and cost-effective process.
  • Our engineers work on improving existing processes by analyzing and fine-tuning parameters to enhance efficiency, reduce waste, and minimize costs. This may involve the use of mathematical models, simulation tools, and advanced control strategies.
  • Managing the flow of materials within a production facility, including storage, transportation, and handling, to optimize efficiency and minimize waste.
  • Implementing systems to regulate and monitor the variables in a process, ensuring that it operates within specified parameters. This involves the use of control systems and instrumentation to maintain consistency and quality in production.
  • Our engineers are responsible for ensuring that processes comply with safety regulations and environmental standards. They design systems to minimize the impact on the environment and prevent accidents or hazardous conditions.
  • Implementing measures to ensure the consistent quality of products through various techniques such as statistical process control, inspection methods, and quality assurance procedures.
  • Industrial processes often consume a significant amount of energy. Our engineers work on designing and optimizing processes to reduce energy consumption and promote sustainability.
  • Implementing advanced technologies such as automation and robotics to improve the precision and speed of manufacturing processes, as well as to enhance safety.
  • Assessing the environmental impact of a process from raw material to end-of-life disposal, with the aim of minimizing the overall environmental footprint.