Industrial Automation and Industrial Electrical Engineering: IESA Supports a New Dust Collection System Project for the Tire Industry
A New Project Driving Industrial Performance and Better Air Quality
IESA continues to expand its presence in the material handling market by securing a new project with Nexair. This project is part of the tire manufacturing industry and involves the implementation of a dust collection system within a mixing workshop.
Beyond production performance, this type of installation plays a key role in improving operators’ working conditions, enhancing plant safety, and reducing industrial dust emissions. Leveraging its expertise in industrial automation and industrial electrical engineering, IESA will support its customer in delivering a reliable, high-performance solution that meets all technical requirements.
Industrial Dust Collection: A Key Challenge for Manufacturing Facilities
Mixing workshops used in tire manufacturing generate significant amounts of dust due to the handling of raw materials. Implementing an efficient dust collection system addresses several critical objectives:
- Improve air quality within production areas;
- Protect operators’ health and safety;
- Reduce risks associated with industrial dust;
- Preserve production equipment;
- Ensure process reliability and operational efficiency;
- Meet environmental and safety regulations.
In this context, industrial control systems play a crucial role by monitoring, controlling, and optimizing the operation of dust collection equipment while ensuring seamless integration with the existing manufacturing process.
A New Industrial Automation and Industrial Electrical Engineering Project
For this new project, IESA‘s engineering teams will deliver a comprehensive range of technical services covering the design, development, and commissioning of the installation.
Industrial Electrical Engineering Studies
Our electrical engineering experts will carry out all the electrical studies required for the project, including:
- Electrical cabinet drawings;
- Electrical calculation reports;
- Cable sizing;
- Preparation of technical documentation in compliance with the customer’s engineering standards.
This phase ensures a reliable, safe, and fully compliant electrical installation tailored to the site’s specific requirements.
Industrial Automation Development
IESA‘s automation engineers will also be responsible for:
- PLC programming;
- HMI development;
- Functional testing and validation;
- Integration of the control system into the existing production environment.
The objective is to provide a robust, user-friendly, and scalable automation solution capable of supporting long-term operational performance.
Commissioning and Installation Support
IESA’s involvement continues through the commissioning phase of the project.
Our teams will provide:
- On-site testing;
- Equipment tuning and adjustments;
- Validation of the overall system performance;
- Project follow-up in compliance with the customer’s technical standards.
This comprehensive approach ensures a smooth startup while maximizing system performance from day one.
IESA: A Trusted Partner for Complex Industrial Projects
With recognized expertise in industrial automation, industrial electrical engineering, SCADA systems, industrial IT, and process simulation, IESA supports manufacturers in their modernization projects and digital transformation initiatives.
Our ability to manage every stage of a project—from engineering studies to commissioning—enables us to deliver customized solutions that meet the requirements of a wide range of industries, including material handling and the tire manufacturing industry.
This new project once again demonstrates our commitment to delivering solutions that combine industrial performance, operator safety, and environmental responsibility.
Thank You to Nexair for Their Trust
The entire IESA team would like to sincerely thank Nexair for placing their trust in us for this new project.
We are proud to support our customers in developing innovative industrial solutions that contribute to safer, more efficient, and more sustainable manufacturing environments.