Six disciplines, one crew standard: calibrated equipment, a documented sequence, and a completion report that matches what happened on site.
Hydraulic torque wrenching applied in the correct pass sequence — typically 30/60/100% of target — so load lands evenly across the joint instead of pulling one side tight first. Every reading is logged against the bolt it belongs to.
Used for: flange joints, foundation bolts, structural connections up to large-diameter fasteners.
Multiple hydraulic tensioners fire simultaneously around the joint, stretching studs directly rather than twisting them — no friction-driven scatter in the applied load, and no galling on the threads.
Used for: high-value or safety-critical joints — heat exchangers, pressure vessels, turbine foundations — where even load distribution matters most.
Mechanical pipe and bolt severing with no flame and no spark. That keeps a hot-work permit off the critical path and removes the heat-affected zone that thermal cutting leaves behind on the parent material.
Used for: live or classified sites, tie-ins, and any cut where a permit delay would blow the shutdown window.
Portable, on-site machining restores a pitted or scored flange face to spec in place — no cutting the flange out of the line, no shipping it to a shop, no extending the outage to wait for one.
Used for: corroded or gasket-damaged flange faces found during a turnaround inspection.
Foundation ring bolts, tower-flange connections and nacelle bolting, on new-build erection and on scheduled re-torque campaigns across the operating life of the asset.
Used for: commissioning and periodic torque verification on wind farm assets.
Full bolting crews sized to a turnaround schedule — flange management, tie-ins and pipeline-integrity bolting run against the outage plan, not the other way around.
Used for: planned shutdowns, unplanned outages and pipeline tie-in campaigns.
Send the joint schedule — we'll tell you what it takes.
