Structural Steel Erection for Texas Industrial Projects
Heavy steel changes the plan. A pre-engineered rigid frame is light for its span, bolted together with standard connections and lifted by a small crew with a boom truck. Structural steel is something else: wide-flange columns and beams, joists, deck, moment connections, field welding and picks that need a real crane and a lift plan on paper. When a project outgrows the standard metal building catalog, the erection work shifts from assembly to engineering.
We erect structural steel for industrial buildings, equipment supports, mezzanines, canopies, pipe racks and the heavy portions of mixed metal buildings. Often it is part of a pre-engineered project, such as a crane runway inside a shop or a tall wall that the standard frame cannot take. Sometimes it is the main structure, such as a plant that needs long spans and heavy floor loads.
Below we describe how we crew, plan and sequence this work, and what owners and general contractors should expect when steel is on the schedule.
What we manage on the steel
We schedule, supervise and inspect the field work from unloading to final bolting. That includes receiving and checking the delivery against the shop drawings, laying out and setting base plates, standing columns, setting beams and girders, installing joists and deck, and tightening or welding connections to the engineer's specification. We also handle punch list items, such as bolt replacement, touch-up paint and fit-up corrections.
We bring in outside help when the job needs it, such as a larger crane or a testing agency, and we manage them as part of our scope. We do not subcontract the thinking. The superintendent who plans the lift is the one who runs the crew. On projects that mix framing types, the same people coordinate the rigid frame erection and the heavier steel so that connections between the two line up the first time.
Lift plans, fall protection and the federal rules
Steel erection is governed by a federal safety standard that covers site layout, access, column stability, walking and working surfaces, fall protection, multi-story framing and decking. We follow it as the minimum and add our own habits. Every critical lift gets a written plan that shows the crane, radius, load weight and rigging. The ground under the crane is checked, because a crane that sinks into soft clay is a hazard no plan can fix.
Crews tie off whenever they work at height, and connectors use approved methods. Columns are secured with at least four anchor bolts and plumbed before the crane releases, beams are bolted with at least two bolts at each end before the hook is released, and temporary bracing stays in place until permanent bracing is complete. Wind limits are posted on the job, and when gusts pass them, the lift stops. These rules sound strict, and they should be.
Where heavy steel is going up in Texas
Large industrial projects are shaping the market. In July 2026 an automaker announced a $3.6 billion expansion of its San Antonio plant that adds a second assembly line, 2,000 jobs and 2.5 million square feet, which would make the plant twice its current size by 2030. In Travis County, a giant factory complex near State Highway 130 covers 2,100 acres and about 10 million square feet of floor area, with construction beginning in July 2020 and first deliveries in April 2022.
In West Texas, the Midland Development Corporation and city council approved an incentive in July 2026 for a satellite manufacturing facility of more than 400,000 square feet at the Midland Spaceport Business Park. Those projects need structural steel on a scale that smaller owners will not match, but they pull cranes, welders and detailers into the region and affect lead times for everyone. We serve work in San Antonio, Austin and Midland, as well as the smaller plants that grow up around them.
Drawings, tolerances and the interface with concrete
Steel is detailed in the shop before it is cut. Shop drawings and erection drawings come from a detailer, and the engineer of record reviews them. Late changes mean more revisions, and every revision can slip the delivery. We ask for a drawing review meeting with the owner, the engineer and the detailer before fabrication starts, and we flag clashes with ductwork, piping and openings.
The interface with concrete is a classic source of trouble. Base plates, grout, anchor rods and embed plates must be placed to tight tolerances, and a heavy column can ruin a pour if the bolts are not where the drawing said. Our foundation and anchor bolt coordination applies even more here, since the loads are higher and the bolts are bigger. Camber, deflection and fireproofing are also reviewed at this stage.
Mills, fabricators and the order of deliveries
Heavy steel has its own supply chain. Wide-flange shapes come from a mill, are cut and drilled at a fabricator, painted or primed, and shipped on flatbeds in the order the erector needs them. If one beam is late, an entire bay can stall. We track the shop schedule and push for deliveries in erection sequence, which lets us build outward from a braced starting point.
On the site we plan laydown areas, crane pads and truck routes, so the building does not get boxed in by its own steel. Where the job is an expansion of an existing plant, we coordinate with operations so lifts avoid active areas. For owners adding to a facility, our building expansions and additions work shows how we phase around production. Manufacturers will also find our manufacturing pages helpful for planning.
Share the drawings and the site
Send the structural drawings, or even a sketch, along with the site and the schedule you need to hit. We will review the lifts, the crane needs and the delivery sequence and tell you what it takes.
Common Questions
How is structural steel different from a pre-engineered metal building?
A pre-engineered building is a package of standardized tapered frames and light secondary members designed together. Structural steel uses hot-rolled shapes, joists and deck engineered individually, which handle heavier loads, longer spans and custom layouts. Many projects use both.
Do you weld in the field?
We do when the design calls for it, with qualified welders and inspection as the engineer requires. Many connections are bolted to speed the work and reduce inspection needs, so we raise the question early.
What size crane will my project need?
The answer comes from the heaviest piece, the farthest reach and the ground conditions. We calculate those before we price, and the crane is matched to the plan, not guessed. Sometimes two smaller cranes work better than one big one.
Can you work alongside other trades in an occupied plant?
Yes. We schedule lifts in off-hours when needed, fence the area and brief the plant staff. Planning that sequence in advance is the most important step.
What should I ask before the steel is released?
Confirm the shop drawings are approved, the anchor rods are set and verified, the site is ready for deliveries, and the crane is booked. A missing item in this list is the most common cause of delay.
