Manufacturing plants, warehouses, food processing and distribution centers across the USA. High-bay access, combustible-dust awareness, LOTO coordination and containment that protects inventory and electronics.
Process dust, packaging fibers and oil aerosols load industrial ductwork far faster than any office building.
Dust layers on overhead ducts and lint-loaded exhaust are recognized combustible-dust hazards.
Fouled coils and choked airflow force equipment to work harder — wasting energy and inviting downtime.
Containment, negative pressure and HEPA filtration capturing 99.97% of 0.3-micron particles.
Industrial facilities carry particulate loads standard commercial cleaning can't handle: process dust, packaging fibers, oil aerosols, combustion byproducts and product residues.
Every gram of dust that settles inside ductwork eventually lands somewhere — on product, in electronics, inside sensors, VFDs and robotics. Dust-choked coils and duct runs lose static pressure and force fans to work harder for the same output, while accumulated dust on high-bay overhead ductwork becomes a combustible-dust housekeeping concern your EHS team answers for.
IAQ Restoration delivers industrial duct cleaning engineered for production environments — lift plans for high-bay access, phased zone scheduling around production runs, LOTO coordination, and containment that keeps debris off inventory. The numbers make the case:
Metal fines, lubricant aerosols and process dust extracted from RTUs, MAUs, AHUs and long trunk runs.
Sanitary-minded duct cleaning for flour, sugar and organic dust environments — with product-safe methods and full documentation.
High-bay overhead ductwork, dock-door dust and 24/7 fulfillment operations — cleaned without stopping the pick lines.
Low-temperature evaporator coils and fiber-heavy press rooms, each with methods matched to the environment.
Industrial air systems collect whatever the operation produces. Machining throws metal fines and lubricant aerosols into the air; packaging lines shed cardboard and shrink-wrap fibers; warehouses contribute pallet debris, forklift particulate and dust through dock doors that never stay closed. All of it gets pulled into returns, packed onto coils and layered along hundreds of feet of trunk duct.
Overhead high-bay ductwork deserves special attention: dust that settles on top of ducts and joists is exactly the fugitive dust NFPA housekeeping standards target — and it's the hardest to reach, so it gets skipped for years. Moisture-prone components quietly support microbial growth that spreads odors through conditioned zones.
Industrial duct cleaning is the inspection and source-removal cleaning of the air conveyance and ventilation systems that serve production environments — rooftop units, makeup air units, air handlers, long trunk runs, high-bay overhead ductwork, terminal units and process-adjacent exhaust. It differs from ordinary commercial duct cleaning services in scale and hazard: heavier particulate loads, combustible dust considerations, lift-access work at height, and equipment that cannot simply be switched off for a week.
The method is source removal per the NADCA ACR Standard: mechanical agitation paired with continuous HEPA-filtered negative pressure, so contamination is extracted from the system and leaves the building — never blown deeper into it. Every industrial scope also accounts for what surrounds the ductwork: inventory, racking, sensors, VFDs and robotics that containment must protect while the work happens.
Dust ropes hanging from overhead ducts and joists, visible discharge blowing from supply diffusers at start-up, product or packaging contamination complaints, musty odors near air handlers, IAQ complaints concentrated on particular lines or shifts, energy consumption creeping up without a rate change, and any recent construction, racking reconfiguration or process change. If your EHS walkthrough notes fugitive dust accumulation at height, the inside of the duct is worse than the outside.
The NADCA ACR Standard calls for inspection-based cleaning: assess first, clean when contamination exceeds benchmarks. We recommend annual inspections with source-removal cleaning typically every 12–24 months in high-load zones — and immediately after construction, racking changes or water events.
Crews work nights, weekends and planned shutdown windows, coordinate lockout/tagout with your maintenance team, and hand each zone back clean and operational before the next shift starts. For multi-site portfolios we standardize scope, pricing and reporting under one national program.
Industrial pricing follows the realities of the site: number and tonnage of air handling systems, linear footage and diameter of duct runs, ceiling heights and lift requirements, contamination severity, exhaust complexity, and the scheduling window — live production, nights, or full shutdown. A plan review or site walk produces a firm, itemized quote at no cost, and multi-plant portfolios are priced as standardized programs. Measured against unplanned downtime, energy waste from fouled coils and the housekeeping citations fugitive dust invites, professional cleaning is one of the cheaper line items in a plant’s maintenance budget.
Beyond comfort HVAC, we clean general exhaust, process-adjacent exhaust and ventilation runs that carry fibers, oil mist and combustion byproducts. Lint- and residue-loaded exhaust is both an airflow problem and a fire-load problem — cleaning restores design CFM, reduces fire risk, and gives your EHS team documentation that the system was serviced to standard.
System mapping, lift and access plans, LOTO coordination.
Barriers and HEPA negative air protect product, racking and electronics.
Agitation and extraction through trunks, branches, coils and exhaust.
Matched-angle before/after photos against ACR criteria.
EHS/QA-ready closeout with SDS and re-inspection cadence.
Inspect annually and clean based on verified conditions. Most plants and warehouses schedule source-removal cleaning every 12–24 months for high-load zones, and immediately after construction, racking changes or water events.
Usually not. Work is phased by zone during nights, weekends or planned shutdown windows, with lockout/tagout coordinated through your maintenance team and each area handed back before the next shift.
Yes. We coordinate hazard assessment with your EHS team, use appropriately rated equipment with grounding and bonding practices, and follow your site dust-control and hot-work policies.
Yes. Every work zone is isolated with physical containment and HEPA-filtered negative air, keeping debris off product, racking, sensors and electronics.
Yes. Boom lifts, scissor lifts and fall-protection protocols are standard equipment for our industrial crews.
Yes. IAQ Restoration runs national multi-site programs with standardized scope, pricing and reporting across your entire portfolio.
NADCA-certified industrial crews, nationwide. Free scope review from your mechanical plans.
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