Booth Exhaust Systems for Aerospace MRO
Aerospace MRO finishing work may involve aircraft panels, nacelle parts, interiors, components and support tooling that require controlled airflow and careful access planning. Double D Mechanical installs, relocates and services booth exhaust systems with attention to part clearance, exhaust routing, make-up air, controls and service access.
Discuss your installationAir Control Around Aircraft Components
Aerospace parts may be wide, curved, delicate or mounted on custom stands. Exhaust layout should support even air movement around parts without placing duct, filters or service items where they interfere with tooling or handling paths.
Coordination Above Booth and Hangar Areas
Exhaust duct may need to pass near roof structure, cranes, lights, sprinklers, mezzanines and existing mechanical systems. Early routing review helps identify support points, access needs and conflicts with other trades.
Balancing Exhaust and Supply Air
When booth exhaust runs, replacement air must enter in a way that does not disturb coating work or pull contaminants from adjacent spaces. Make-up air, doors, curtains and nearby shop ventilation should be evaluated together.
Preparation for an MRO Site Visit
Gather booth information, fan data, part envelopes, tooling locations, roof or ceiling access notes, electrical panels, control locations and photos of any congested overhead routes before the walkdown.
Frequently asked questions
What aerospace items can affect exhaust layout?
Large panels, stands, carts, masking areas, cranes and tall tooling can all influence duct routing and service access.
Why does nearby hangar airflow matter?
Large doors and open spaces can change building pressure, which may affect how air enters the booth.
Can existing exhaust equipment be reused after relocation?
It depends on condition, capacity, routing, controls, supports and the new booth location. Those items should be reviewed before work begins.
What maintenance access should be planned?
Filters, fan motors, belts, dampers, cleanouts, disconnects and controls should remain reachable without moving sensitive parts or tooling.