Blast-It-All for Oil Gas Fabrication
Oil and gas fabrication can require abrasive blasting for skids, pipe racks, valve assemblies, frames and vessel components before coating. Blast-It-All blast rooms and abrasive blast booths should be planned around heavy part movement, blast dust control, compressed air, exhaust and maintenance access.
Discuss your installationBrand names identify the equipment discussed. Discuss your equipment model and installation scope with Double D; manufacturer authorization is not implied.
Fabricated Skid Clearance
Skids and structural packages can have protruding brackets, lifting lugs and temporary supports. Door openings, approach aisles and operator work zones should be sized around the full assembly, not only the steel footprint.
Exhaust And Dust Collection Fit
Dust collection and exhaust routing should be reviewed with the room location, building structure and replacement air. Poorly placed ductwork can interfere with cranes, doors, mezzanines or future service access.
Connections For Blast Operations
Compressed air, electrical service, lighting and controls should be located where operators and maintenance staff can reach them without entering lift paths or working behind staged material.
Site Review Checklist
Have part drawings or dimensions, handling method, proposed equipment location, utility information, ceiling and floor notes, production flow and photos of nearby operations ready before the review.
Frequently asked questions
What Blast-It-All equipment applies to oil and gas fabrication?
Blast rooms and abrasive blast booths apply where fabricated components need abrasive surface preparation before coating.
Why include temporary stands in planning dimensions?
Stands can raise or widen the effective workpiece size and may affect door height, operator reach, recovery cleanup and lift access.
How should the blast area relate to coating?
Cleaned parts should move to coating with minimal extra handling and limited exposure to traffic, fabrication dust or outdoor staging.
What affects relocation of a blast booth?
Relocation is affected by enclosure condition, duct routing, collector placement, compressed air, electrical feeds, floor anchors and the new path for parts.