FEASIBILITY STUDIES

We are experts in delivering comprehensive feasibility studies for new plant developments and upgrades to existing facilities

Early-stage analysis to reduce risk in strategic decisions

We analyze the technical, economic, and energy viability of your projects to outline a clear, cost-effective strategy before you commit to any investment.

The feasibility study we carry out at CONEG includes a detailed analysis of all key aspects involved in the development of a new continuous casting plant or the optimization of an existing one.

We assess the client’s production needs, the required steel grades and formats, as well as the desired production capacities.

We analyze the available infrastructure, identify potential technical limitations, and propose customized solutions that integrate advanced technologies in automation, process control, and energy efficiency.

Our designs are focused on maximizing productivity with the lowest possible rate of yield losses and defects, while optimizing resource use and minimizing unnecessary energy consumption.

All of this is accompanied by a rigorous estimate of the required investment, projected operating costs, and regulatory compliance, providing a solid technical and economic foundation for undertaking the project with full confidence and a high guarantee of success.

Evaluation of production requirements

Infrastructure evaluation

Improvement proposal: technical / economic

A productive, efficient, sustainable, and long-term competitive plant.
Regulatory Compliance

A solid foundation to deliver successful projects — with no unexpected issues

We proactively identify risks and optimize resources from the design stage, developing a clear and actionable roadmap to deliver an efficient, future-ready plant aligned with your long-term strategic goals,

Thanks to the feasibility study, you will gain a clear and well-founded understanding of the project’s technical, economic, and energy viability, enabling you to make strategic decisions with greater confidence.

This analysis not only identifies the most suitable solution in terms of investment and performance, but also allows you to anticipate risks, optimize resources from the design phase, and establish efficiency criteria that will have a direct impact on future operations.

In addition, it defines a structured roadmap that facilitates engineering planning, project execution, and commissioning — ensuring a plant that is not only productive, but also efficient, sustainable, and competitive in the long term.