Titan Abrasive Tank And Vessel Blast Rooms
Storage tanks and pressure vessels need surface preparation that reaches curved shells, heads, saddles, nozzles and welded seams. Titan Abrasive blast rooms and media reclaim systems should be laid out around vessel support, rotation, dust control and the next coating step.
Discuss your installationBrand names identify the equipment discussed. Discuss your equipment model and installation scope with Double D; manufacturer authorization is not implied.
Shell Support And Rotation Space
Tanks and vessels may need rollers, saddles, carts or crane handling to expose all surfaces. The blast room footprint should allow the workpiece to be positioned safely while keeping operators clear of pinch points and preserving door and wall liner clearance.
Nozzles, Saddles And Weld Seams
Preparation details often concentrate around nozzles, stiffeners, saddles and seam areas. Lighting, operator platforms and blast hose reach should be reviewed so those surfaces can be cleaned without forcing awkward access or blocking exhaust flow.
Exhaust Volume And Replacement Air
Large vessels can occupy much of the room volume and alter air movement. Dust collection, exhaust duct routing and make-up air should be coordinated so visibility, containment and building pressure remain manageable during blasting.
Before The Site Walk
Have vessel drawings, maximum dimensions, support method, coating sequence, available utilities and preferred exhaust routes ready. Also identify where completed shells will wait before coating so clean staging does not conflict with abrasive cleanup.
Frequently asked questions
What vessel measurements matter for blast room layout?
Diameter, length, weight, nozzle projection, support method and required rotation space all affect room size and handling clearance.
How does vessel shape affect airflow?
Curved shells and large diameters can block or redirect air, so exhaust pickup and replacement air should be reviewed with the vessel in its working position.
Can tanks move directly from blast to paint?
They can when the route is clean, inspected and staged properly. The layout should keep abrasive cleanup away from coated or ready-to-coat surfaces.
What should be accessible after installation?
Operators should be able to reach filters, reclaim components, lighting, doors, duct cleanouts, controls and any rollers or support fixtures used in the room.
What trade coordination is typical?
Compressed air, electrical, mechanical exhaust, make-up air, controls and building trades may need sequencing around the blast room and coating equipment.