Sandblast booth installation for LNG energy modules
LNG energy module fabrication can require abrasive blasting for frames, pipe racks, supports, enclosures and modular assemblies before coating. Double D Mechanical installs sandblast booths and blast rooms with attention to large part movement, dust collection, make-up air, media reclaim, compressed air and service access around critical equipment.
Discuss your installationModule Prep and Handling Space
Module components may be tall, wide or awkward to reposition. Booth planning should allow loading routes, crane or forklift access, staging space and technician movement around structural members, pipe supports and equipment frames.
Dust Capture for Heavy Structures
Blast rooms for module work need steady airflow through the work zone and enough exhaust capacity for abrasive dust. Collector location, duct routing, intake air and room pressure should be planned together so the booth works with the surrounding building.
Media Movement and Recovery Areas
Spent media handling affects both production and maintenance. Recovery floors, reclaim equipment, storage containers and cleanout areas should be placed where they do not block the path for large components.
Coordinating Mechanical Connections
Installation may involve compressed air piping, electrical feeds, lighting, controls, exhaust supports, roof or wall openings and make-up air equipment. Coordination with structural and electrical trades is important where overhead handling systems share the same space.
Planning Items for the Site Visit
A walkthrough should start with the real work envelope and the facility limits.
- Maximum module component size and weight
- Expected handling equipment and staging locations
- Blast media, recovery and cleanup expectations
- Available compressed air, electrical service and exhaust route options
Frequently asked questions
What drives the size of a blast booth for LNG module work?
The largest component, handling equipment, operator access and staging needs usually drive the footprint more than a simple part dimension.
Why is make-up air part of blast booth planning?
Exhaust systems remove air from the room. A planned replacement air path helps avoid pressure problems and supports stable booth performance.
Can a reclaim system fit around large module parts?
Yes, but the recovery layout must be coordinated with loading paths, floor elevations and maintenance access so it does not become an obstacle.
What facility information is useful before installation?
Roof structure, wall openings, electrical service, compressed air capacity, crane coverage and floor conditions all help define the installation approach.
How should service access be handled?
Filters, collectors, reclaim components, valves, dampers, controls and lighting should remain reachable without moving major production equipment.