Proof
Short, dry examples of inspection-led remedial and controlled access work in live environments.
Pub cellar structural remedial
Environment: Live pub cellar and keg storage area.
Problem: Localised beam-end corrosion and deterioration in a low-level service area with pump pipework and overhead congestion.
Constraint: Restricted access, live environment, multiple service lines overhead, and wash-down conditions likely to trap water on open steel sections.
Action: Deteriorated beam sections were cut out and replaced with galvanised concrete-filled pipe sections rather than full beam replacement.
Output: Local structural support restored with a more durable section choice for the environment and reduced risk of future water collection during wash-down.
Standing seam roof TIG remedial
Environment: Live airport roof environment on painted aluminium standing seam system.
Problem: Roof penetration and detail modification required on 22ga aluminium standing seam panels.
Constraint: Live operational environment, painted finished surface, thin-gauge material, access restrictions, and need to control distortion and finish quality on site.
Action: On-site TIG welding carried out to painted 22ga aluminium standing seam roof panels and penetration detail.
Output: Roof detail completed in situ with controlled heat input, maintained seam integrity, and a finished remedial suitable for the live environment.
Controlled access security gate
Environment: External service corridor requiring restricted pedestrian access between occupied buildings.
Problem: Access route required secure control, durable hardware, and managed entry without reliance on a mains-powered access system.
Constraint: Narrow external passage, frequent use, security requirement, and need for reliable off-grid access control hardware.
Action: Installed a secure mesh access gate with mechanical closing, coded entry, and off-grid keypad control suited to the restricted corridor environment.
Output: Access route upgraded to a more secure and controllable entry point with standalone coded access and robust perimeter separation.