Engineering the critical systems behind BlueScope’s next-generation processing infrastructure

Behind every major industrial upgrade is a network of critical systems quietly doing the heavy lifting.

While furnaces and processing equipment often attract the attention, it’s the interconnected infrastructure behind them that ultimately determines reliability, efficiency, and long-term performance.

Soto recently played a key role in supporting a major upgrade project at BlueScope’s Western Sydney Service Centre, delivering detailed pipework engineering for a large-scale furnace and processing infrastructure project.

The scope involved the design and coordination of complex service networks including natural gas, compressed air, cooling water, wastewater, process services, and furnace piping systems.

For Soto, the project was about far more than producing drawings.

It was an opportunity to demonstrate how structured engineering systems, digital delivery tools, and collaborative project management can improve outcomes on highly complex industrial projects.

Using Plant3D and Navisworks workflows, Soto developed coordinated digital models that improved visibility across disciplines, enhanced constructability, and reduced coordination risks before construction activities commenced on site.

The scale of delivery reflected the complexity of the project:

• 4,200+ isometric drawings
• 360+ general arrangement drawings
• 2,000+ pipe support drawings

But the real story sits behind the numbers.

Projects of this scale require disciplined communication, ongoing stakeholder engagement, and engineering teams capable of balancing technical precision with practical, real-world delivery considerations.

The project also highlighted the strength of close Australian industry partnerships, with Soto collaborating alongside Illawarra Engineering Services (IES) throughout delivery. Built on long-standing relationships and shared industrial experience, the collaboration demonstrated how aligned local engineering teams can work together to solve complex challenges efficiently, practically, and at scale. In high-compliance industrial environments, strong relationships and responsive local capability remain a major advantage.

Through weekly coordination meetings, structured QA processes, and interdisciplinary collaboration, Soto maintained alignment across engineering, fabrication, and construction teams throughout the project lifecycle.

The project also represented an important step in the continued evolution of Soto’s digital engineering capability.

By strengthening internal workflows, developing team capability, and expanding advanced 3D coordination processes, Soto continues to position itself as a modern engineering partner capable of supporting increasingly complex industrial infrastructure projects.

As Australian industry continues to modernise and invest in future-ready manufacturing infrastructure, projects like this highlight the growing importance of integrated engineering delivery, operational reliability, and scalable engineering capability.

Projects like this are a reflection of how Soto approaches engineering at every level – combining technical expertise, digital capability, structured delivery, and practical problem-solving to create outcomes that perform in the real world.

Everything engineered.