Media Reclaim Systems for LNG Energy Modules
LNG energy module fabrication can involve structural frames, pipe racks, skids and modular assemblies that put heavy demands on blast cleanup. Double D Mechanical installs, relocates and services media reclaim systems that coordinate recovery equipment, separators, dust collection, utilities and maintenance clearance.
Discuss your installationRecovery Beneath Modular Frames
Module frames and pipe rack sections can create pockets where abrasive collects. Reclaim points should align with actual cleanup patterns, operator movement and the way parts are positioned by cranes, stands or transporters.
Conveying Around Large Structures
Screw conveyors, bucket elevators, separators and storage hoppers need routes that do not interfere with module staging, welding, coating preparation or outbound movement. Ceiling height and aisle width are central to placement.
Separation and Dust Routing
A reclaim system must remove dust, scale and debris before usable media returns to blasting. Separator exhaust, transfer point pickup and dust collector connections should be coordinated with the main blast ventilation system.
Maintenance Access During Production
Energy module facilities often keep large workpieces in place for extended periods. Motors, bearings, screens, cleanouts, hopper doors and controls should be reachable even when nearby production zones are occupied.
Walkdown Preparation
Bring module dimensions, stand or transporter details, blast area layout, floor construction, ceiling height, crane coverage, electrical service, collector location and abrasive storage requirements.
Frequently asked questions
How does module size affect reclaim design?
Large frames influence where abrasive lands, how operators reach cleanup areas and where conveyors or hoppers can be placed without blocking movement.
Can reclaim systems work with existing blast ventilation?
They can often be coordinated with existing collection equipment, but separator exhaust, duct routes and collector capacity need to be reviewed.
What utility information is needed?
Electrical service, control locations, compressed air needs, dust collector connections and available routes for conduit or ductwork should be identified.
What maintenance points should remain open?
Access should remain open to separators, screens, conveyors, elevators, bearings, motors, hoppers, cleanouts and controls.