Industrial services · AKEN
Structural Steel Erection
Erection planned as controlled execution — sequence, lifting and alignment.
AKEN, a brand of A K ENGINEERING, executes steel erection for industrial sheds, process buildings, conveyors and equipment support structures. Erection is planned with sequencing, crane selection, lifting methods and alignment procedures so structural stability is maintained at every intermediate stage. Base: Hirakud, Sambalpur, Odisha.
AKEN is a brand of A K ENGINEERING · Base: Hirakud, Sambalpur, Odisha · Execution across Odisha and pan-India
Erection is controlled execution, not guesswork
Steel structures are most vulnerable while they are partly erected. AKEN treats erection as a planned sequence: which members go up first, where the crane stands, how temporary stability is maintained, and how bolting and alignment are verified before the next bay is released.
This planning matters most during shutdown windows and in live plants, where access is restricted, work fronts are time-bound and hot work is controlled. Our site teams work to agreed method statements, lifting plans and permit conditions.
Erection scope is taken from your drawings and site conditions. Where anchor or base plate conditions need attention, that is identified during the site readiness review before lifting begins.
Why erection planning matters on industrial sites
Reduced site risk
Rigging, lifting and access are planned ahead, with supervision at the critical lifts rather than improvised on the day.
Schedule control
Sequence planning and member marking mean the crew is not waiting for members or re-deciding the order of work.
Accuracy at first fit
Marked and trial-fitted components support faster bolt-up and better alignment for multi-bay structures.
Shutdown-ready planning
Work fronts can be planned against outage windows with defined sequence, so time in the window is used effectively.
Erection scope
Scope is confirmed against your drawings, BOQ and site conditions before work is released.
- Sequence planning for columns, rafters, bracings and trusses
- Rigging, lifting, bolting, levelling and alignment checks
- Anchor bolt coordination and base plate levelling support
- Assembly of platforms, galleries and access systems
- As-built support and punch list closure
- Shutdown-window erection planning where required
Typical erection steps
The steps below describe the erection method for structural steel scope. The applied sequence is confirmed against your drawings, site access and permitting conditions.
Site readiness review and material stacking
Access routes, laydown and stacking are agreed so that members are available in erection order rather than being searched for on site.
Crane selection and lifting plan
Crane capacity, position and lifting points are planned for each member group with rigging checks before lifts commence.
Base plate and anchor verification
Foundation and anchor conditions are verified against the drawings where applicable, before columns are placed.
Column and beam erection with alignment checks
Members are erected in sequence with plumb and alignment checks as each unit is released.
Bolting and stability checks
Controlled bolting is carried out, with torque discipline where specified, and intermediate stability confirmed before progressive release.
Final plumbing, bracing and finishing
Final plumbing, bracing installation and finishing complete the structural frame before handover.
Handover and punch list closure
Punch list items are closed out and documentation support is provided as per project requirement.
Where erection capability is applied
- Industrial sheds and process buildings
- Power plants and aluminium plants
- Cement plants and mining installations
- Warehousing and manufacturing units
- Plant expansion and brownfield structural works
Systems and site practices
Erection follows your approved drawings and method requirements. The items below describe the systems and site practices involved.
- Columns, rafters, beams and bracing members
- Trusses, platforms, galleries and access steelwork
- Bolted connections with torque discipline where specified
- Anchor and base plate interface coordination
- Working-at-height and lifting equipment practices
Project experience
Verified AKEN project case studies for this service are being prepared. Project photographs, verified scope and verified outcomes will be published here as projects are completed and documentation is approved for release.
Until then, we publish nothing about a project that has not been verified. You are welcome to request references relevant to your scope during technical discussion.
Representative imagery
Please note: the images below are representative industrial imagery illustrating the discipline described on this page. They are not photographs of an AKEN project. Only photographs supplied or verified by A K ENGINEERING are ever published as AKEN project photographs.
Structure erection by crane — representative industrial imagery
Shed frame erection — representative industrial imagery
Frequently asked questions
Practical questions from procurement, plant and project teams. If your question is not answered here, our engineering team can review your scope directly.
What do you need before an erection quotation?
Structural drawings, the scope split between supply and erection, site access and crane movement constraints, the planned shutdown window if any, and the site readiness status of foundations and laydown area.
How do you handle safety during steel erection?
Lifting is supervised with rigging checks, working-at-height controls and fall protection are applied, work areas are barricaded, and toolbox talks are held. Site-specific safety requirements and permit systems are followed where applicable.
Can erection be executed inside a running plant?
Yes, where access and permits allow. Brownfield erection is planned around live utilities, restricted laydown and permit conditions, and the sequencing is agreed with plant operations before mobilisation.
Do you handle roofing and cladding after erection?
Roofing, sheeting, cladding and accessories can be included in the same scope so the structure is enclosed by the same team that erected it.
How is alignment verified?
Columns and members are checked for plumb and alignment during erection and before bolting is finalised. Verification is carried out as per the project's QA requirements.
Related services
These services are commonly delivered together with the scope on this page, or as a standalone package.
- Structural Steel FabricationView service
- Pre-Engineered Buildings (PEB)View service
- Industrial Maintenance & ShutdownView service
Looking for the full capability list? View all AKEN services.
Discuss your structural steel erection requirement
Share your drawings, BOQ, site location and schedule. Our engineering team will review the scope and respond with a practical quotation. Drawings are treated as confidential and used only for estimation and engineering discussion.