Engineering the Foundation for Performance
IAC’s engineering team provides the technical foundation for every system we design and build. Our in-house experts develop efficient, high-performance solutions across air pollution control, process systems, and bulk material handling. With structural, civil, mechanical, electrical, and controls disciplines working together, we deliver precise, application-driven designs that enhance performance and reliability for OEM equipment and full EPC projects alike.
Integrated Engineering for EPC and OEM Systems
IAC’s engineering team supports every stage of project delivery, combining technical expertise with the efficiency of a vertically integrated organization. Our engineers collaborate across structural, civil, mechanical, electrical, and controls disciplines to design complete systems that perform reliably and install seamlessly.
Each design is developed with fabrication and construction in mind, allowing IAC to maintain quality control from the first drawing to final installation. This integration minimizes handoffs, accelerates schedules, and ensures that complex industrial systems are built exactly as intended.
From foundation design and equipment layout to ducting, power distribution, and automation, our team delivers solutions that meet operational and environmental performance goals. IAC engineers design and integrate complete systems across key equipment categories, including:
- Air Pollution Control Systems – Baghouses, dust collectors, and gas stream conditioning
- Material Handling Systems – Pneumatic and mechanical conveying, storage silos, and loadouts
- Thermal Processing Systems – Rotary dryers, cooling, and gas cleaning
- Automated Controls and MCCs – PLC programming, power distribution, and remote diagnostics
Every system is engineered for seamless fit, reliable performance, and simplified maintenance across industries such as cement, steel, biomass, and power generation.
Engineered OEM Equipment Built for Application
Every IAC system begins with engineering that is specific to the customer’s process. Our equipment begins with proven standard designs that are then engineered and refined to meet the specific materials, operating conditions, and performance goals of each application. This approach ensures higher efficiency, longer service life, and dependable compliance with environmental and safety standards.
Whether designing baghouses, pneumatic conveying systems, rotary dryers, or loadout facilities, IAC engineers consider every variable that affects performance, from airflow and temperature to particle load and control integration. Each system is modeled, verified, and refined to deliver predictable results in the field.
Because engineering, fabrication, and construction operate within the same organization, IAC can deliver OEM equipment that fits precisely within plant layouts, installs efficiently, and performs as intended from startup. The result is equipment that functions as part of a complete, optimized process rather than a standalone component.
Collaboration and Flexibility
IAC’s engineering teams are built to collaborate. We work directly with plant owners, operators, and EPC firms to provide specialized design expertise and responsive support at any project stage. Whether leading a turnkey EPC project or contributing as an OEM design partner, our engineers bring the same focus on technical accuracy, constructability, and performance.
Each project receives detailed drawings, models, and documentation to align with customer specifications and reporting standards. Our teams are experienced in coordinating with owner’s engineers, procurement groups, and construction managers to maintain clear communication and predictable results.
IAC’s structure allows us to deliver fast-track engineering and fabrication when schedules demand it, without compromising precision or quality. The result is a flexible, collaborative process that adapts to each customer’s requirements and consistently delivers on performance goals.
Partnering with IAC for Engineering
IAC combines engineering depth with the advantages of a fully integrated EPC organization. Our engineers represent every key discipline—structural, civil, mechanical, electrical, and controls—giving us the capability to manage projects from concept through commissioning with complete accountability.
By uniting engineering, fabrication, and construction, we simplify communication, reduce risk, and shorten timelines. Each project benefits from consistent oversight, proven design standards, and practical field experience gained from decades of work in industries such as cement, steel, biomass, power generation, and mining.
For customers, this means designs that work as planned, installations that start up smoothly, and systems that perform reliably for years. From engineered equipment to full EPC projects, IAC delivers precision, integration, and performance at every stage.
Let’s Engineer What’s Next
Partner with IAC to bring your next project from concept to completion with confidence. Whether you need a full EPC solution or OEM equipment engineered for your specific process, our team delivers the technical expertise, integration, and reliability your operation demands.
Connect with our engineering team to discuss your project goals and learn how IAC can help optimize performance, accelerate delivery, and reduce long-term operating costs.
Request More Information
Videos
View All Engineering VideosTransload & Loadout Systems Design/Build
IAC Designs and Builds the most advanced Transload and Loadout facilities on the market. Working with a variety of industries, IAC Transload and Loadout systems are designed for fast material transfer times that can load numerous trucks at a time.
Request more information today by visiting https://iac-intl.com/request-a-quote or calling us at 800.334.7431.
Industrial Accessories Company, Let's build something incredible.
IAC The Meaning of Air-to-Cloth Ratio in Baghouse Design
Industrial Accessories Company's Application Engineering Manager, Luis Castano, explains the importance of Air-to-Cloth ratio in Baghouse design, plus its relation to air velocity through the filters, and interstitial air velocity between the filters.
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Eliminate first plant walk to investigate an issue, and go out with the right tools and parts to make the repair, with IAC's IoT 4.0 Smart Plant Remote Monitoring Sensor Systems. Do more and work smarter by replacing traditional baghouse dust collector controller boards with IoT 4.0 remote monitoring timer…
How to Correctly Position HEPA Filters in a Baghouse Ventilation System
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Hooding Design For Ventilation Systems
Did you know that poor hooding or no hooding at all can pose a major problem for your ventilation system? You may not give it a whole lot of thought, but hoods are an important component in your vent system. Watch the video to learn more!