Innovating steel fabrication procedures for unique designs
The University of Phoenix Stadium is considered an architectural icon for the region. With exceptional design of the retractable roof, it was the perfect opportunity for Schuff Steel to perform the first ever “superlift”. Innovative steel fabrication systems and procedures were designed to accommodate the large-scale assemblies and erect as much of the roof structure as possible at one time.
Download our case study to learn how we used innovation to overcome these steel fabrication challenges:
- Working within a tight schedule
- Designing around fabricated materials
- Fabricating for complex designs
- Preparing our team
The University of Phoenix Stadium project illustrates how planning, coordination and execution are integral to the success of a steel fabrication project to ensure accuracy and efficiency.
Cardinals Stadium by MCSixth is licensed under CC by 2.0
The breadth of services offered by Schlam ensures that we are able to satisfy all fabrication and wear management services.
We conduct assessments on current wear package/liner systems and provide recommendations to identify areas for improvements to increase efficiency, decrease down-time and reduce operating costs.
Our client's alumina refinery has a complex wet screening system - the wet material handled by this part of the plant is extremely abrasive and causes high volumes of wear.
The wear components were originally designed as an integral part of the structural makeup of the plant. This made replacing the components very expensive and time consuming, resulting in lost production
Working together, the Schlam and Alcoa teams were able to design, fabricate and install a modified assembly which included an easily removable wear component; this removed the need to disassemble major parts of the plant to conduct routine repairs.
The new component design has reduced cost whilst improving plant availability. As extensive disassembly work is also no longer required to conduct the repair, this has reduced the company’s exposure to what was once considered a frequent high risk task.
As part of the design, the wear material was substituted for a more fit-for-purpose product which further enhanced the cost savings.