Paint and Blast Systems for LNG Energy Modules
LNG energy module finishing often involves structural skids, pipe supports, frames and assembled modules that require abrasive blasting, coating and careful movement through the shop. Double D Mechanical supports the booths, rooms, exhaust, make-up air and utilities that serve those operations.
Discuss your installationSkid and Frame Coating Flow
Modules may move through fit-up, weld inspection, blasting, coating and final assembly with limited opportunities to rework the route. Equipment layout should support each step without forcing clean steel back across fabrication traffic.
Blast Room Reclaim Planning
Media reclaim systems, dust collection and service access need to match the way modules enter and leave the room. Floor layout should leave space for sweeping, recovery equipment, lift access and maintenance around moving parts.
Replacement Air and Heat Load
Large exhaust volumes can affect shop pressure and comfort near adjacent fabrication areas. Make-up air, heaters, duct routing and controls should be reviewed as part of the full finishing system rather than as isolated pieces.
Inputs for LNG Module Sites
For a practical review, gather module dimensions, handling methods, coating materials, blast media, expected staging areas, utility information and any building constraints that affect exhaust or equipment placement.
- Show where modules wait before blast and after paint.
- Confirm lift, crane or cart access at each opening.
- Identify roof, wall and floor areas available for mechanical equipment.
Frequently asked questions
Can one finishing line handle different LNG module shapes?
It can when booth size, blast room access, airflow, staging and handling equipment are evaluated against the full range of module shapes.
Why review make-up air with exhaust?
Exhaust removes air from the building, and replacement air helps stabilize pressure, temperature and booth performance.
What maintenance points need clear access?
Dust collectors, reclaim equipment, filters, fans, motors, heaters, dampers, lights and controls should remain accessible.
What details help with utility planning?
Existing electrical service, gas availability, compressed air, control locations, roof access and duct routing constraints are useful early details.