Offshore Module Finishing for Marine Fabrication
Marine fabrication shops that build offshore and LNG modules need finishing equipment that can handle heavy frames, pipe supports, platforms and assembled skids. Double D Mechanical supports paint booth, blast room, exhaust, make-up air and utility work for these coating areas.
Discuss your installationMarine Module Production Paths
Modules may move between fitting, welding, inspection, blast, coating and outfitting areas. The finishing layout should match that path so clean work does not cross grinding dust, weld smoke or heavy material staging.
Openings for Tall Assemblies
Offshore module frames can be tall, wide and irregular. Booth and blast room openings should be reviewed with lift equipment, temporary supports, platform access and overhead obstructions in mind.
Mechanical Systems Near Yard Work
Exhaust stacks, dust collection, make-up air, heaters and controls need routes that fit the building and nearby production. Planning should account for roof steel, wall penetrations, cranes, docks and active fabrication zones.
Planning Data for Installation
A useful planning package includes module drawings, largest envelope dimensions, handling method, coating process, blast media, existing utilities and photos of the proposed equipment location.
- Identify the path for booth panels, duct and mechanical equipment.
- Confirm where operators need lift or platform access.
- Note any production areas that affect installation staging.
Frequently asked questions
What is different about coating offshore modules in marine shops?
The workpieces are often large, dense and tied to heavy handling equipment, so layout decisions have to account for movement and access as much as coating.
How should blast media recovery be planned?
Recovery paths should match room geometry, floor use, service access and the way modules are loaded and unloaded.
Why keep service space around exhaust equipment?
Fans, motors, belts, dampers, filters and duct cleanouts need routine inspection, and cramped access makes service work harder.
What can slow down an equipment relocation?
Hidden utility conflicts, roof penetrations, limited rigging space, damaged panels and unclear control wiring can all complicate relocation work.