Depureco USA public knowledge source package v33

3 Foot Aluminum Extension Pipe

Summary: This conductive aluminum extension pipe helps operators reach overhead areas, ceilings, ductwork, and other hard-to-access spaces. Each section is 3 feet long, can be quickly joined together, and can be paired with brushes or other accessories depending on the cleaning task. It is especially useful in combustible dust applications when used with compatible antistatic accessories and hose.

Exact hose diameter, connection, model and material compatibility must be verified before recommendation.

Published English WordPress product page from 2026-07-14 WXR

Do not infer universal compatibility, food-contact suitability or antistatic performance from the title alone.

Use this reference for qualification and routing. Final product, compliance, filtration, chemical compatibility, and system design decisions require application review.


Antistatic Conic Nozzle With Connection

Summary: This antistatic rubber conic nozzle is designed for food, pharmaceutical, chemical, and general industrial applications where conductivity is required. It provides targeted pickup without scratching surfaces, while the carbon-loaded rubber and galvanized steel connection help maintain conductivity. It is available in 1.5-inch, 2-inch, and 2.75-inch diameters, and a food-grade silicone version is also available on request.


Antistatic Conic Rubber Bend with Connection

Summary: This antistatic conic rubber bend is designed for detailed cleaning in tight spaces such as machinery, control panels, crevices, and small openings. Its tapered shape allows for precise pickup where standard tools cannot easily reach, and the tip can be cut to marked diameters such as 20 mm, 30 mm, or 40 mm, depending on the application. It is conductive and available in 1.5-inch and 2-inch diameters.


Antistatic Flat Pipe

Summary: This antistatic flat pipe is a sturdy galvanized steel tool built to collect metal chips, debris, stones, micro-parts, and granules from flat surfaces. Its rigid construction also lets it act as a light scraper for material stuck to the surface. It is conductive for combustible dust applications and is available in 1.5-inch, 2-inch, and 2.75-inch diameters.


Antistatic Round Brush with Brass Bristle Strips and Connection

Summary: This rounded brush with antistatic brass bristle strips is built for loosening stubborn material from tougher surfaces while maintaining conductivity. The brass bristles provide more aggressive mechanical action than a standard brush, making it especially effective on metal frames and adhered debris. It is ideal for combustible dust applications and is available in 1.5-inch and 2-inch diameters.


Antistatic Rubber Flat Pipe With Connection

Summary: This antistatic rubber flat pipe is ideal for cleaning grooves, holes, corners, and other hard-to-reach areas where a standard rigid tool is difficult to use. Its slight flexibility and longer shape help the operator reach deeper into tight spaces while maintaining effective pickup. It is useful for combustible dust, metal chips, coolant, and other materials, and is available in 1.5-inch and 2-inch diameters.


Antistatic Sweeper Nozzle With Connection

Summary: This antistatic sweeper nozzle is designed for flat-surface cleaning in combustible dust and general industrial environments. Its shape allows air to continue passing through even when the tool is pressed against the surface, helping maintain pickup on metal, plastic, stone, machinery, and walls. It is available in 1.5-inch and 2-inch diameters.


Brush with Antistatic Brass Bristle Strips with Connection

Summary: This antistatic brass-bristle brush is made for aggressive cleaning on flat horizontal and vertical surfaces, including walls and equipment exteriors. The stiff brass bristles help mechanically loosen stubborn material while the vacuum removes it at the source. It can also be paired with the aluminum extension for higher reach and is available in 1.5-inch and 2-inch diameters.


Conic Nozzle FDA Cert Rubber for Food Contact | Stainless Steel Connector

Summary: The FDA conic nozzle is a hygienic pickup tool designed for food and other sanitary processing environments. Its conical shape allows for controlled, targeted cleaning, while the available colors help prevent mixing tools between products or production areas. It is available in green, blue, and red, and in 1.5-inch and 2-inch diameters.


Conic Nozzle with Connection

Summary: The gray conic nozzle with connection is made from oil-resistant rubber and is ideal for coolant, oil, and general wet or dry recovery. Its softer rubber construction helps protect machinery, CNC interiors, tables, and other sensitive surfaces from scratching during cleanup. It is available in 1.5-inch, 2-inch, and 2.75-inch diameters and is intended for non-combustible dust only, with an antistatic version available separately.


Extension Pipe With Handle

Summary: The extension pipe with handle is a heavy-duty pickup tool designed for collecting large amounts of dust, debris, and bulk material from the floor. Its galvanized steel construction and built-in handle give the operator better control during demanding industrial cleanup, including combustible dust applications. It is most commonly used with larger hoses such as 2.75-inch or 4-inch diameters.


Food Pharma Oem Accessory Candidates Wave6

Antistatic Pro Kit, 1.5 in

UPF; BF; SWAN; AS where inlet and process fit

Conductive hose/tool path for powder cleanup

Application candidate — not exact product fit

Inlet diameter, hose conductivity, cuff compatibility, grounding path and material hazard

Do not claim included or compatible with an exact model until verified.

Conductive EVA reduction hose cuff 50/40 mm

UPF; BF; SWAN; AS where hose dimensions match

Hose OD/ID, inlet, conductive continuity and clamp/coupling

Do not publish exact compatibility from diameter alone.

D70 connection reducers

OEM or fixed-system connection transitions

Exact inlet, reducer direction, line sizing and system pressure loss

D80 connection reducers

Exact inlet, material, sanitary requirement and system pressure loss

D80 stainless steel reducers

SWAN / food-pharma process configurations where dimensions match

AISI grade, inlet dimensions, cleanability and process-zone requirements

Do not claim sanitary or food-contact compliance without configuration review.


Rectangular Brush FDA Cert for Food Contact | With Stainless Steel Connector

Round Brush FDA Cert Rubber for Food Contact | With Stainless Steel Connector

Scraping Pipe Industrial Vacuum Scraping Tool

Silicon Conical Nozzle With Stainless Steel Connector

Triangle Brush FDA cert Rubber for Food Contact | Stainless Steel Connector


PRO Brush (Antistatic Bristles)

Summary: This 2-inch and 2.75-inch industrial floor cleaning tool for combustible dust applications is built with a sturdy metal S-pipe, a quick-connect floor tool, and a fully metal construction for demanding environments. Adjustable wheels allow you to set the tool height based on the amount of dust being collected, while anti-static bristles help ensure conductivity from the tool all the way to the hose connection point. It is designed for collecting combustible dust such as flour, food, paper, plastic, and other organic combustible dusts across a wide range of industries.

Standard brush

Standard brush

Standard brush

Antistatic brush

Antistatic brush


PRO Brush (Squeegee/Brush)

Summary: This industrial floor cleaning kit for non-combustible applications is available in 2-inch and 2.75-inch sizes and includes a heavy-duty chromed metal S-pipe with a quick connection for either a brush or squeegee floor tool. Both versions feature adjustable wheels that let you regulate tool height based on the amount of material being collected. The squeegee is best for liquids and mud, while the brush is designed for dry materials like dust, debris, metal chips, glass, plastic particles, stones, and concrete dust.

Liquids / mud

Liquids / mud

Liquids / mud


PVC Brush (Squeegee/Brush)

Summary: This 1.5-inch floor cleaning kit for non-combustible applications is an industrial-grade floor tool available with either a brush or squeegee. The brush version is designed for dry material only, while the squeegee version is ideal for liquids but can also be used in dry applications. The floor tool is made from durable industrial plastic with heavy-duty brushes or squeegee strips for reliable floor collection.

Dry debris

Liquids / dry


PVC Flat Pipe

Summary: The PVC flat pipe is a simple, economical tool for housekeeping and general cleaning on floors, work areas, and other flat surfaces. It is suited to routine cleanup and can also be used for combustible dust applications. It is available in 1.5-inch diameter only and can be used with a compatible antistatic hose of the same diameter.


PVC Round Brush

Summary: The PVC round brush is designed to loosen and remove material stuck to uneven, curved, or irregular surfaces. Its bristles mechanically pull debris free so the vacuum can collect it more effectively, making it useful on machinery, walls, and shaped surfaces. It is available in a 2-inch diameter only, and an antistatic conductive version is also available.


Summary: The FDA rectangular brush is a broad-surface cleaning tool designed for food and sanitary environments. Its shape makes it especially effective on flat horizontal and vertical surfaces, while the different colors help prevent cross-contamination between areas or products. It is available in green, blue, and red, and in a 2.5-inch diameter.


Summary: The FDA round brush is designed for food industry cleaning, where color coding and contamination control are essential. It works like a standard round brush, helping loosen material from equipment and irregular surfaces while supporting hygienic cleaning practices. It is available in green, blue, and red, and in 1.5-inch and 2-inch diameters.


Summary: Rigid galvanized-steel vacuum tool for scraping, loosening, and recovering chips, swarf, sludge, wet debris, and other heavy material from CNC sumps, tanks, pits, trays, and industrial work areas.


Scraping Pipe with Air Fluidification

Summary: This scraping pipe with air fluidification is designed for bulk material and wet recovery, where standard airflow can become restricted. Its built-in manual bypass valve with silencer introduces air into the material stream to improve flow through the hose and reduce choking when the tool is submerged in liquid or buried in material. It is conductive for combustible dust use and is available in 2-inch diameter only.


Summary: The silicone conical nozzle is designed for food and other hygienic applications where an FDA-approved tool is required. Its conical shape allows for focused pickup in controlled cleaning areas, especially around processing equipment and sanitary workspaces. It is available in 1.5-inch, 2-inch, and 2.75-inch diameters.


Sweeper Nozzle With Connection

Summary: The sweeper nozzle with connection is a rubber floor tool primarily designed for metalworking, though it can also be used in many other industrial environments. Its squeegee-style shape allows airflow to continue while sweeping debris into the nozzle, making it especially useful on smooth, flat surfaces. It is available in 1.5-inch and 2-inch diameters and is intended for non-combustible dust applications.


Summary: The FDA triangle brush is designed for food, pharmaceutical, and nutraceutical environments where hygienic cleaning and color coding are important. Its triangular shape makes it especially useful for corners and other hard-to-reach flat-surface areas. It is available in green, blue, and red, and in 1.5-inch and 2-inch diameters.


Cvs Roots High Vacuum Stationary Central Vacuum Unit

CVS ROOTS High Vacuum Central Unit for Vacuum Systems

CVS Roots high-vacuum family/shared page.

Use the exact product file for specifications; do not combine CVS 300 and CVS 370 data.


DF22 / DF22 SP family; exact DF 22 M SKU remains unverified.

Do not publish an independent exact-model code or merge DF22 and DF22 SP specifications into this alias.


Do not create a separate product entity or NFPA certification claim from this legacy name.

Do not create a separate NFPA-certified product.


Use for routing and SEO history; do not create an independent exact technical product unless a distinct SKU is verified.


Do not publish complete-unit C2D2 approval without exact marking/listing evidence.


Abrasive-media recovery, blast-room cleanup, rust/scale/coating debris cleanup, booth housekeeping

Use only within the documented material, application, configuration and evidence boundary.

wet/dry ratio; liquid chemistry; solids size; tank volume; duty cycle; discharge; filtration

Request Abrasive-media recovery, blast-room cleanup,  Review

Do not select an exact model from the application label alone; confirm material, loading, duty, utilities, filtration, collection and discharge.

Shot Blasting, Sand Blasting & Surface Prep Booths

Do not make a final product, filtration, hazardous-location, combustible-dust, chemical-compatibility, or engineered-system selection without the required application inputs and supporting evidence.


Air-powered hazardous cleanup

Summary: Electric equipment is undesirable or disallowed

Hazard-sensitive residues, no-electric preference

Compressed air available? hazard area? material? continuous or spot cleanup?

Combustible Dust, ORD LOC & Hazard-Rated Vacuums

Request Air-powered hazardous cleanup Review

Do not recommend an exact vacuum or state compliance without material hazard data, area classification and exact product/configuration evidence.


AM depowdering support

Summary: Messy post-processing and powder waste

Metal or polymer? reactive? depowdering station or general housekeeping?

Need safer powder recovery and post-process support

Process; material/alloy; particle size; conductivity/reactivity; reclaim; inerting; area classification; collection/disposal

Request Additive Manufacturing Powder Review

Plastic Pellets, Regrind & Polymer Fines


Battery / conductive powder cleanup

Summary: Contamination risk and hazardous-powder concern

Material conductivity? ignition sensitivity? containment level? cleanroom/ESD sensitivity?

Antistatic / fine-powder / explosion-protection families

Need material-compatible and risk-aware cleanup


Bilge/compartment cleanup, blasting/coating-removal cleanup, welding-zone housekeeping, sump/liquid cleanup

liquid/solid ratio; chip geometry; sludge; tank size; simultaneous vacuum/discharge; pump-out distance; filtration

Request Bilge/compartment cleanup, blasting/coating-r Review

Confirm liquid chemistry, temperature, flammability/corrosivity and solids content before recommending wet recovery equipment.

Shipyards, Marine & Offshore Fabrication


Bulk-discharge / pre-separation

Summary: Standard container changes are too frequent; filters load too fast

Need bulk discharge? big-bag? hopper? forklift? pre-separation?

Filtering pre-separators
hoppers
discharge options

Need less manual handling and longer run time

Pre-Separators, Cyclones, Hoppers & Interceptors

Request Bulk-discharge / pre-separation Review


Bulk-dust cleanup, conveyor/crusher/mill cleanup, housekeeping around harsh-duty equipment

Material; density; abrasiveness; rate/volume; hose distance; vertical lift; duty cycle; collection/discharge


Catch-tank sludge removal, spent-abrasive cleanup, slurry cleanout

Tank dimensions; slurry depth; solids percentage; abrasive; access; discharge; frequency; power

Waterjet Cutting & Abrasive Slurry Cleanup


Clean production cleanup and conductive fine dust control

ISO cleanroom/9001, OSHA Lead/HazCom, customer quality systems

Fine particulate, solder/lead dust, ceramic/fiberglass, ESD debris

Particle control, ESD, contamination logs, lead handling

semiconductor HEPA vacuum; PCB dust vacuum

Product master materials/applications map


Combustible dust housekeeping

Summary: Unsafe cleanup method, ignition-source concern, audit pressure

What material? dust hazard analysis? housekeeping vs source capture? area classification?

NFPA660-compliant vacuums
air-powered
inertization-specific options

Need safer housekeeping method aligned to hazard

Exact material; SDS/DHA; area classification; dust data; ignition/reactivity concern; conductive path; utilities; disposal

Request Combustible Dust / Hazard Review

Broad combustible-dust hub versus product-category boundaries and evidence links require final review.


Conductive dust cleanup, ESD-safe housekeeping, powder handling, critical-area cleaning

Electronics, Battery & ESD-Sensitive Manufacturing


Coolant sump cleaning

Summary: Long manual cleanouts, wasted technician time, coolant loss, messy floors

How much liquid vs solids? chip size? sludge load? need fluid reuse? discharge distance? shift frequency?

Need pump-out/reuse, heavy sludge handling, fast PM windows

Coolant/oil type; sump volume; chip geometry; sludge depth; recovery/reuse; discharge distance; voltage; floor space


Coolant sump cleaning, wet chip/swarf recovery, sludge removal, machine-side housekeeping, floor recovery around CNCs


Coolant sump cleanout and chip separation

OSHA housekeeping, HazCom/SDS, waste minimization

Coolant, oil, swarf, sludge, metal chips

Spill control, coolant handling, waste fluid disposal, machine uptime

cnc sump vacuum; coolant recovery vacuum; oil and swarf vacuum


Dust/media recovery and coating-removal cleanup

OSHA silica/lead/hex chrome, EPA waste, SSPC/NACE/AMPP

Abrasive media, paint dust, lead paint, chrome coatings

High-Power
HEPA
Dust Collectors
Pre-Separators

Coating analysis, exposure, containment, hazardous waste characterization

abrasive blasting vacuum; paint dust HEPA vacuum


Fine powder housekeeping

Summary: Dust migration, exposure, dirty surfaces, filter overload

Is powder hazardous/combustible/toxic? required filtration? containment method? bagging needs?

HEPA dust extractors
fine-powder options
NFPA-sensitive options

Need containment, finer filtration, safer discharge

Material; particle size; density; exposure concern; combustibility; filter requirement; volume; hose distance; collection/disposal


Fine-powder cleanup, hazardous residue handling, housekeeping around processing equipment


Fine-powder containment, hygienic housekeeping, contained collection/discharge, machine integration

Material; potency/exposure; containment; batch/changeover; contact surfaces; validation; disposal; machine integration


Fluff/fiber/trims cleanup, process-scrap extraction, line housekeeping

continuous/periodic; scrap geometry; mounting; controls; collection; discharge; machine interface; duty

Request Fluff/fiber/trims cleanup, process-scrap extr Review


Food powder/ingredient spill cleanup and sanitary housekeeping

FDA FSMA, CGMP, HACCP, GFSI, AIB, USDA-FSIS when meat/poultry

Flour, sugar, spice, starch, allergens, crumbs

Explosion-Proof/ORD LOC
HEPA
Stainless
Centralized
Oven Vacuums

Allergen control, sanitation SSOPs, environmental monitoring, combustible dust

food plant vacuum; flour dust vacuum; allergen cleanup vacuum

Ingredient; allergen; sanitation zone; wet/dry state; combustible-dust review; contact surfaces; collection/disposal

Request Food Production Application Review


Foundry sand cleanup, shakeout/finishing housekeeping, slag/fines recovery, abrasive floor cleanup


Graphite/electrode powder cleanup and contamination control

OSHA HazCom, NFPA 660, ISO/quality/customer audits

Graphite, carbon black, electrode powders, metal oxides

HEPA
ORD LOC
Dust Collectors
Centralized

Dry room contamination, powder release, SDS, waste handling

battery powder vacuum; graphite dust vacuum; electrode dust collector


Hazard-sensitive cleanup, blast/coating residue removal, bilge/sump liquid cleanup

SDS/DHA; material; Kst/Pmax/MIE where available; area classification; ignition sensitivity; grounding; collection/disposal

Request Hazard-sensitive cleanup, blast/coating resid Review


Hazardous powder and process dust cleanup

OSHA PSM if HHC, HazCom, NFPA 660, EPA CAA/RCRA

Chemical powders, pigments, additives, resins

ORD LOC
Air-Powered
HEPA
Centralized
Dust Collectors

SDS, area classification, spill response, waste characterization

chemical powder vacuum; hazardous dust industrial vacuum


Hot oven cleaning

Summary: Manual scraping is slow and unpleasant

Actual temperature? routine schedule? elevated decks? conductive components?

Need temperature-resistant routine cleanup

Confirm pickup temperature and product temperature rating; do not assume a standard hose, filter or vacuum can collect hot material.


Hot oven cleaning, crumb/flour removal, belt/deck cleanup, elevated oven-area cleaning

Material; pickup temperature; cooldown; access; reach; shutdown window; combustible residue; tool/hose temperature


Housekeeping in ignition-sensitive areas, contained dust recovery, safer cleanup methods

Combustible Dust & Hazard-Sensitive Housekeeping


Ingredient powder cleanup, line-side housekeeping, production-area hygiene, liquid/spill recovery


Lead dust range cleanup

Summary: Unsafe sweeping/blowing, dirty lanes and traps

Need lane cleanup, brass pickup, HEPA, spark-safe method?

Range layout; cleanup zones; lead/GSR protocol; brass; unburned powder; filtration; disposal; accessories


Lead-dust housekeeping, brass cleanup, range-lane cleaning, behind-target cleanup


Machine-mounted scrap/dust collection

GMP/food/pharma depending line
machine safety/ANSI
customer URS

Trim waste, label waste, powder spills, packaging scraps

On-board/OEM
Centralized
Dust Collectors

Line clearance, contamination, machine integration, uptime

machine mounted vacuum; packaging trim vacuum

Machine/process; material; generation rate; interface dimensions; duty; footprint; controls; collection/discharge

Request OEM / Machine Integration Review

Industrial Dust Collectors & Source Capture

Separate airborne source capture from settled-dust housekeeping; a vacuum and a dust collector solve different parts of the problem.


Machining, composites, sanding, QA-driven cleanup

IATF 16949, AIAG, ISO 9001, OSHA HazCom/Silica/Lead, NFPA as needed

Coolant, chips, carbon fiber, aluminum dust, paint dust

Sump
HEPA
Dust Collectors
ORD LOC
Centralized

Process cleanliness, quality audits, cross-contamination, dust exposure

aerospace dust vacuum; automotive plant industrial vacuum

Material list; wet/dry/oily state; largest piece or particle size; volume; frequency; hose distance; power; filtration; collection/disposal


Material-recovery cleanup, chip collection, fines/light-fraction handling, line housekeeping

wet/dry ratio; liquid chemistry; solids size; tank volume; duty cycle; discharge; filtration

Request Material-recovery cleanup, chip collection, f Review


Metal powder recovery and depowdering cleanup

Additive Manufacturing / Powder Bed Fusion

NFPA 484/660, OSHA HazCom, ATEX/Ord Loc, ISO/medical device quality

Titanium, aluminum, stainless, cobalt-chrome, polymer powder

Inertization
Explosion-Proof/ORD LOC
HEPA
Air-Powered

Powder SDS, reactive metal handling, contamination, reclaim/disposal

additive manufacturing powder vacuum; titanium powder vacuum

Process; material/alloy; particle size; conductivity/reactivity; reclaim; inerting; area classification; collection/disposal


Mill-scale cleanup, finishing-line housekeeping, grit/fines removal, scrap-area cleanup

Primary Metals, Steel Mills & Service Centers


Multi-floor flour/grain dust collection and housekeeping

NFPA 660, OSHA NEP, FDA/USDA depending product, ASABE

Centralized
Explosion-Proof/ORD LOC
Dust Collectors
Pre-Separators

DHA, dust layer housekeeping, area classification, explosion venting/isolation

grain dust vacuum; flour mill central vacuum; feed mill vacuum


On-board machine extraction

Summary: Need compact installation without separate housekeeping step

What footprint? continuous duty? material type? container size?

Request On-board machine extraction Review


Outage-window cleanup, pit/mezzanine cleanup, maintenance-bay housekeeping

Material; pickup points; simultaneous users; pipe length; vertical lift; duty; filtration; separation; discharge; controls; layout

Power Generation, Utilities & Industrial Maintenance Shops


Oven crumb recovery and flour-dust housekeeping

HACCP, FDA CGMP, GFSI/AIB, combustible dust

High-Temperature/Oven
Explosion-Proof
Centralized
Dust Collectors

Oven sanitation, allergen carryover, fire load, dry-cleaning methods

bakery oven vacuum; hot oven cleaning vacuum; crumb vacuum


Overhead cleaning, pit cleaning, floor cleanup, hard-to-reach housekeeping

Facility Maintenance & Industrial Housekeeping


Overhead/high-level cleaning

Summary: Hard-to-reach accumulations stay too long

How high? dry dust or sticky? access limitations? frequency?

Need reach and easier housekeeping execution

Request Overhead/high-level cleaning Review


Packaging trim extraction

Summary: Trim buildup jams equipment and forces stops

What material? continuous or intermittent waste? rate/volume? machine-side install space?


Pellet/flake recovery

Summary: Product loss and slippery floors

What fraction size? continuous spills or periodic? floor only or machine-side?

Wet & dry / mobile vacuums
centralized in bigger lines

Do not size a central system without pickup points, simultaneous users, distance, lift, material rate and discharge requirements.


Pellet/flakes/fines recovery, hopper/floor cleanup, line-side housekeeping

material; loading rate; separation objective; inlet diameter; collection capacity; discharge; vacuum compatibility

Request Pellet/flakes/fines recovery, hopper/floor cl Review


Pellet/regrind recovery and polymer dust control

SPI/PLASTICS, OSHA HazCom, NFPA 660 if combustible dust

Pellets, regrind, plastic dust, carbon black

Industrial Vacuums
Centralized
Dust Collectors
ORD LOC if combustible

Static control, contamination, housekeeping, regrind recovery

plastic pellet vacuum; plastic regrind vacuum


Pit cleanup, mixed metal/oil debris cleanup, fabrication + maintenance housekeeping

Rail, Heavy Equipment & Industrial Rebuild


Plant-wide housekeeping, multi-point extraction, material conveyance, discharge automation

pickup points; simultaneous users; equivalent distance; vertical lift; material rate; filtration; pre-separation; discharge; controls

Request Plant-wide housekeeping, multi-point extracti Review

Central Vacuum Systems / Multi-Point Plants


Plant-wide multi-point collection

Summary: Many local messes, too many standalone units, long conveyance path

How many points? distance? material? discharge method? automation?

Central vacuum systems + pre-separators/hoppers

Need centralized efficiency and long-distance conveyance

Request Plant-wide multi-point collection Review


Powder cleanup, room changeover, containment support

21 CFR 210/211, cGMP, ISPE, USP, WHO GMP, ALCOA+, CAPA

APIs, excipients, tablet dust, potent compounds

HEPA
Stainless
Centralized
OEM
Air-Powered/ORD LOC where dust hazard

Cleaning validation, data integrity, cross-contamination, deviation/CAPA

GMP vacuum; pharmaceutical powder vacuum; HEPA API vacuum

Material; potency/exposure; containment; batch/changeover; contact surfaces; validation; disposal; machine integration


Powder recovery, depowdering cleanup, blast/post-process cleanup, reactive-powder housekeeping


Powder/granule cleanup and spill containment

EPA FIFRA, OSHA HazCom, OSHA PSM where applicable, TFI

Pesticide powder, fertilizer dust, granules

HEPA/ORD LOC
Dust Collectors
Air-Powered
Centralized

SDS/label compliance, environmental release, spill procedures, combustible/oxidizer hazards

pesticide dust vacuum; fertilizer plant dust collector

Material; particle size; density; exposure concern; combustibility; filter requirement; volume; hose distance; collection/disposal


Range floor/backstop cleanup for lead dust, brass, unburned powder

OSHA Lead, NIOSH range guidance, RCRA, combustible dust/fire risk

Lead dust, GSR, brass, bullet fragments, unburned powder

Explosion-Proof HEPA
HEPA Longopac
ORD LOC

HEPA/explosion-proof cleanup, no dry sweeping, ventilation during cleanup, medical monitoring if triggered

shooting range vacuum; lead dust HEPA vacuum; explosion proof range vacuum


Respirable dust and heavy material cleanup

MSHA silica/dust rules, OSHA silica where applicable, EPA CAA

Silica, cement, mineral dust, coal dust, abrasive material

High-Power
Dust Collectors
Centralized
HEPA

Respirable dust sampling, dust collector maintenance, housekeeping

cement dust vacuum; mining dust collection vacuum

Material; density; abrasiveness; rate/volume; hose distance; vertical lift; duty cycle; collection/discharge


Sand, dust, heavy abrasive cleanup

OSHA silica, metal exposure standards, NFPA if combustible metal, EPA CAA

Foundry sand, metal dust, polishing dust, shot blast media

High-Power
Dust Collectors
Centralized
Pre-Separators

Abrasive loading, exposure monitoring, dust collector maintenance

foundry dust vacuum; shot blast media vacuum


Sawdust/sanding dust source capture and housekeeping

NFPA 660/legacy NFPA 664, OSHA NEP, OSHA housekeeping

Wood dust, sawdust, sanding dust, trim waste

Dust Collectors
Centralized
Explosion-Proof as needed

Dust accumulation, source capture, duct maintenance, fire/explosion risk

wood dust vacuum; cabinet shop dust collector; sawdust vacuum

Process; source airflow; hood/tool; dust loading; duct length; filter cleaning; discharge; protection requirements

Request Dust Collector / Source-Capture Review


Sawdust/shavings cleanup, sanding dust cleanup, general housekeeping


Scale cleanup, bay housekeeping, mixed oil/solid maintenance cleanup

Forging, Heat Treat & Heavy Metal Processing


Silica / concrete dust extraction

Summary: Airborne dust, compliance pressure, cleanup after grinding

Tool-side extraction or housekeeping? bagging method? portability? work duration?

Need fine filtration and contractor-friendly deployment


Silica dust control during grinding/cutting/scarifying

OSHA silica, ICRI Guidelines, SSPC/NACE/AMPP for coatings/surface prep

HEPA Dust Extractors
Fine-Dust
Pre-Separators

Exposure control plans, housekeeping methods, filter/disposal practices

silica dust vacuum; concrete grinding HEPA vacuum


Silica dust extraction, tool-side capture, post-grind cleanup, slurry/wet-dry cleanup


Source capture for welding fumes and grinding dust

OSHA Hex Chrome, OSHA respiratory protection, AWS D1.1, NIOSH/ACGIH guidance

Welding fumes, grinding dust, metal oxides, stainless dust

Welding Fume Extractors
Dust Collectors
HEPA
Centralized

Exposure assessment, local exhaust capture, filter maintenance, PPE integration

welding fume extractor; stainless welding fume collector

Welding process; alloy; stations; capture method; duty cycle; space; mobility; ducting or central-system need


Trim extraction, scrap collection, paper dust cleanup, line-side integration


Welding fume capture

Summary: Visible smoke, poor breathing zone, dirty weld bays

Need portable arm, fixed extraction, or integrated torch extraction? duty cycle? number of stations?

Welding fume extractors
centralized systems

Need source capture and cleaner weld areas


Welding fume capture, grinding dust cleanup, bay housekeeping, weld-cell source capture


Wet chips & swarf recovery

Summary: Bins are heavy, messy, unsafe; coolant drains poorly

How wet is the material? chip length? volume per shift? recover coolant or not?

Need chip + liquid separation and easier disposal

Coolant/oil type; sump volume; chip geometry; sludge depth; recovery/reuse; discharge distance; voltage; floor space


Electronics, Battery & ESD-Sensitive Manufacturing

Combustible Dust & Hazard-Sensitive Housekeeping

Facility Maintenance & Industrial Housekeeping

Central Vacuum Systems / Multi-Point Plants

Shot Blasting, Sand Blasting & Surface Prep Booths

Shipyards, Marine & Offshore Fabrication

Primary Metals, Steel Mills & Service Centers

Forging, Heat Treat & Heavy Metal Processing

Waterjet Cutting & Abrasive Slurry Cleanup

Power Generation, Utilities & Industrial Maintenance Shops

Rail, Heavy Equipment & Industrial Rebuild


Coolant sump cleanout and sludge removal

M 70 OIL; M100 OIL; M130 OIL P; RAM OIL 200 MP; RAM OIL 250 T; RAM OIL 250 TS; RAM OIL 280 MP; RAM OIL 500 MP

Family route approved; exact model qualification required

Approved for category/family-level selector

tank or sump volume; liquid chemistry; solids percentage; chip/sludge geometry; hose distance and lift; discharge or return objective

Do not select from tank volume alone or treat dense slurry, corrosive fluid and clean coolant as the same application.

First-party proof linked at market/product level

Continuous-Duty Three-Phase & High-Power Vacuums

PUMA 20 SP; PUMA 30 P SP; PUMA 35 P SP; TX 550 P SP; TX 750 SP

bulk density; abrasiveness; volume; chunk size; separator efficiency; filter protection; discharge container and handling

A pre-separator protects the system but is not the vacuum source; abrasive wear and discharge must be qualified.

material mix; wet/dry state; particle or piece size; volume per shift; duty cycle; collection and disposal method

Do not confuse settled housekeeping with source capture; department-specific hazards override a general vacuum recommendation.

Airborne grinding and sanding dust capture

Industrial Dust Collectors & Source Capture

Source-capture category approved; airflow/source engineering required

No automatic exact collector/extractor sizing

source geometry; required airflow/capture velocity; dust loading; particle behavior; filter cleaning; discharge; explosion/fire controls

A housekeeping vacuum is not an engineered dust collector or ventilation system.

XM 20 JC; XM 35 JC; XM 35 JC LP; M100 JC; M100 JC LP; M100 LP

Aluminum, magnesium or titanium fine-dust recovery

Combustible Dust, ORD LOC & Hazard-Rated Vacuums

M100 ORD LOC; BL 20 JC ORD LOC; BL 45 ORD LOC; BL 45 JC ORD LOC; BL 45 INERT ORD LOC; TX 400 P ORD LOC; TX 750 ORD LOC; ECOBULL C2D2

Hazard route approved; exact model evidence gated

Blocked until exact rating, material and facility evidence align

alloy or chemistry; particle size; MIE/Kst where available; moisture/oxygen sensitivity; dry versus immersion; disposal

Do not auto-recommend ordinary dry vacuuming for reactive or conductive fine powders.

Floor, enclosure and machine exterior cleanup

CVS 40P; CVS 55P; CVS 75; CVS 110 P; CVS 125 P; CVS 150; CVS 185; CVS 200 P

Central-system category approved; engineered sizing required

No automatic exact source/model selection

pickup points; simultaneous users; equivalent distance; vertical lift; material velocity; filtration; separation; discharge; controls

Do not size a central network without simultaneous-use, piping, separation and material-velocity calculations.

welding process and alloy; source distance; torch/hood compatibility; fume rate; duty cycle; filter and ventilation integration

A floor vacuum does not control welding fume at the arc or torch.

Continuous or centralized weld-cell fume extraction

Settled grinding and sanding dust recovery

Mobile cleanup around tables and fixtures

Centralized housekeeping across weld and grind bays

Shot-blast source extraction and cleanup

production zone; powder/liquid state; allergen or potency; cleanability; construction; filtration; containment; validated disposal

Do not claim hygienic, food-safe or containment performance from stainless construction or HEPA alone.

Powder and residue cleanup around mixers

Hot-material route approved; temperature engineering required

Blocked until actual material temperature and full configuration are approved

actual material temperature; cooling time; ignition potential; hose/tool/filter ratings; separator; access and disposal

Do not collect glowing, molten or ignition-capable material in a standard vacuum.

access opening; vertical lift; hose length; reach; debris condition; ergonomics; fall/confined-space controls

Vacuum selection does not replace fall protection, confined-space or access procedures.

machine interface; continuous material rate; scrap geometry; static; piping; receiver; automatic discharge and controls

Do not use periodic housekeeping assumptions for continuous process extraction.

SDS and DHA; material properties; area classification; ignition sensitivity; grounding path; exact product markings; disposal

Do not claim automatic NFPA, OSHA, ATEX or classified-location compliance.

Continuous paper or film trim extraction

continuous rate; material velocity; distance; bends; receiver; segregation; discharge and automation

Process conveying requires material-specific transport velocity and controls.

Plastic Pellets, Regrind & Polymer Fines

Fiberglass and board-dust source capture

Internal chamber and surrounding cleanup

Rafter and ledge combustible-dust recovery

Unknown combustible or hazardous dust review

Approved as disqualification / alternative-control route

material identity; process source; chemistry; temperature; airborne versus settled state; regulatory and engineering controls

Do not force an industrial vacuum recommendation when another control technology is required.

Proof gap: Labs test or case study recommended

Residue around vessels and process equipment

Chemical liquid and sludge compatibility review

Metal chips and fines feeding or cleanup

Air-Powered & Pneumatic Industrial Vacuums

AC 100; MINIAIR 2V; WD AIR; DV AIR 800; DV AIR 1100

Blasting media and coating-debris recovery

Contained filter and equipment maintenance

Pit and trench lead-bearing debris cleanup

Router table, enclosure and floor recovery

Central dry-chip and machine-area recovery

Pre-separator, hopper or automated discharge

Pre-Separators, Cyclones, Hoppers & Interceptors

Settled molding-sand and binder-residue cleanup

Broken mold, sand spill and floor recovery

Cooled refractory, charge dust and dross-area cleanup

Cooled scale, soot and refractory debris

Quench-fluid and scale compatibility review

Wash-fluid and fines compatibility review


Process engineering / Lab manager / EHS / Operations

Inert / Wet Collection Review
Hygienic / Contained Recovery
Hazard-Rated Housekeeping
Bulk Recovery + Pre-Separation
Settled Debris Housekeeping
Alternative Control Required

Combustible Dust, ORD LOC & Hazard-Rated Vacuums

Continuous-Duty Three-Phase & High-Power Vacuums

Application-specific; verify dry/wet/oily/airborne/settled and temperature

M100 ORD LOC; BL 20 JC ORD LOC; BL 45 ORD LOC; BL 45 JC ORD LOC; BL 45 INERT ORD LOC; TX 400 P ORD LOC; TX 750 ORD LOC; ECOBULL C2D2; AC 100 Z2-22; MINIAIR 2V Z2-22

This scenario is separated from adjacent uses by its material state, source versus settled condition, duty, access, collection and discharge objective.

Do not auto-recommend ordinary dry vacuuming for reactive or conductive fine powders.

Reactive-metal or process-specific EHS/engineering review

For reactive metal powder spill cleanup in Additive Manufacturing & 3D Printing, resolve alloy or chemistry; particle size; MIE/Kst where available; moisture/oxygen sensitivity; dry versus immersion; disposal. The control method is inert / wet collection review; route to combustible dust, ord loc & hazard-rated vacuums only after those inputs are confirmed.

For contained metal powder recovery in Additive Manufacturing & 3D Printing, resolve alloy or chemistry; particle size; MIE/Kst where available; moisture/oxygen sensitivity; dry versus immersion; disposal. The control method is inert / wet collection review; route to combustible dust, ord loc & hazard-rated vacuums only after those inputs are confirmed.

XM 20 JC; XM 35 JC; XM 35 JC LP; M100 JC; M100 JC LP; M100 LP

Do not claim hygienic, food-safe or containment performance from stainless construction or HEPA alone.

Sanitation, allergen, containment or validation review

For sls/mjf polymer powder recovery in Additive Manufacturing & 3D Printing, resolve production zone; powder/liquid state; allergen or potency; cleanability; construction; filtration; containment; validated disposal. The control method is hygienic / contained recovery; route to fine dust & hepa industrial vacuums only after those inputs are confirmed.

Internal chamber and surrounding cleanup

Do not claim automatic NFPA, OSHA, ATEX or classified-location compliance.

DHA, area classification and exact product evidence

For internal chamber and surrounding cleanup in Additive Manufacturing & 3D Printing, resolve SDS and DHA; material properties; area classification; ignition sensitivity; grounding path; exact product markings; disposal. The control method is hazard-rated housekeeping; route to combustible dust, ord loc & hazard-rated vacuums only after those inputs are confirmed.

For sieve and recovery station cleanup in Additive Manufacturing & 3D Printing, resolve alloy or chemistry; particle size; MIE/Kst where available; moisture/oxygen sensitivity; dry versus immersion; disposal. The control method is inert / wet collection review; route to combustible dust, ord loc & hazard-rated vacuums only after those inputs are confirmed.

PUMA 20 SP; PUMA 30 P SP; PUMA 35 P SP; TX 550 P SP; TX 750 SP

A pre-separator protects the system but is not the vacuum source; abrasive wear and discharge must be qualified.

Material hazard, abrasion and handling review

For abrasive media and dust cleanup in Additive Manufacturing & 3D Printing, resolve bulk density; abrasiveness; volume; chunk size; separator efficiency; filter protection; discharge container and handling. The control method is bulk recovery + pre-separation; route to continuous-duty three-phase & high-power vacuums only after those inputs are confirmed.

Do not confuse settled housekeeping with source capture; department-specific hazards override a general vacuum recommendation.

SDS, exposure, combustible-dust and waste review by department

For metal chips and dust cleanup in Additive Manufacturing & 3D Printing, resolve material mix; wet/dry state; particle or piece size; volume per shift; duty cycle; collection and disposal method. The control method is settled debris housekeeping; route to continuous-duty three-phase & high-power vacuums only after those inputs are confirmed.

Resin-contaminated debris and liquid review

Do not force an industrial vacuum recommendation when another control technology is required.

SDS, industrial hygiene, ventilation or alternative-control engineering

For resin-contaminated debris and liquid review in Additive Manufacturing & 3D Printing, resolve material identity; process source; chemistry; temperature; airborne versus settled state; regulatory and engineering controls. The control method is alternative control required; route to engineering / alternative control only after those inputs are confirmed.


Bakery maintenance / sanitation / plant ops

Hot Material Recovery
Hygienic / Contained Recovery
Airborne Dust Source Capture
Overhead, Pit or Hard-Access Recovery
Central / Multi-Point Vacuum Network

Industrial Dust Collectors & Source Capture

Do not collect glowing, molten or ignition-capable material in a standard vacuum.

For hot crumb and baked-residue recovery in Bakeries & Industrial Ovens, resolve actual material temperature; cooling time; ignition potential; hose/tool/filter ratings; separator; access and disposal. The control method is hot material recovery; route to food & pharma process vacuums only after those inputs are confirmed.

For deck and chamber cleanup in Bakeries & Industrial Ovens, resolve actual material temperature; cooling time; ignition potential; hose/tool/filter ratings; separator; access and disposal. The control method is hot material recovery; route to food & pharma process vacuums only after those inputs are confirmed.

For belt, crumb tray and under-line cleanup in Bakeries & Industrial Ovens, resolve production zone; powder/liquid state; allergen or potency; cleanability; construction; filtration; containment; validated disposal. The control method is hygienic / contained recovery; route to food & pharma process vacuums only after those inputs are confirmed.

A housekeeping vacuum is not an engineered dust collector or ventilation system.

Exposure, ventilation, fire/explosion and collector-system engineering review

For flour-dust source capture in Bakeries & Industrial Ovens, resolve source geometry; required airflow/capture velocity; dust loading; particle behavior; filter cleaning; discharge; explosion/fire controls. The control method is airborne dust source capture; route to industrial dust collectors & source capture only after those inputs are confirmed.

For settled flour and crumb cleanup in Bakeries & Industrial Ovens, resolve production zone; powder/liquid state; allergen or potency; cleanability; construction; filtration; containment; validated disposal. The control method is hygienic / contained recovery; route to food & pharma process vacuums only after those inputs are confirmed.

Vacuum selection does not replace fall protection, confined-space or access procedures.

Access, fall protection, confined-space and exposure review

For overhead flour and dust accumulations in Bakeries & Industrial Ovens, resolve access opening; vertical lift; hose length; reach; debris condition; ergonomics; fall/confined-space controls. The control method is overhead, pit or hard-access recovery; route to combustible dust, ord loc & hazard-rated vacuums only after those inputs are confirmed.

For water and food-residue recovery in Bakeries & Industrial Ovens, resolve production zone; powder/liquid state; allergen or potency; cleanability; construction; filtration; containment; validated disposal. The control method is hygienic / contained recovery; route to food & pharma process vacuums only after those inputs are confirmed.

CVS 40P; CVS 55P; CVS 75; CVS 110 P; CVS 125 P; CVS 150; CVS 185; CVS 200 P; CVS 250; CVS 300 ROOTS; CVS 370 ROOTS; HF 10; HF 15P; HF 18; HF 30P; HF 35P; HF 300; PUMA FIX 10; PUMA FIX 15P; PUMA FIX 20; DF FIX 55 SP; DF FIX 75 SP

Do not size a central network without simultaneous-use, piping, separation and material-velocity calculations.

Facility hazard zoning, system controls and engineering approval

For centralized bakery housekeeping in Bakeries & Industrial Ovens, resolve pickup points; simultaneous users; equivalent distance; vertical lift; material velocity; filtration; separation; discharge; controls. The control method is central / multi-point vacuum network; route to centralized vacuum systems only after those inputs are confirmed.


Engineering / Operations / Maintenance / Executives

Central / Multi-Point Vacuum Network
Process Conveyance / Scrap Extraction
Bulk Recovery + Pre-Separation

Pre-Separators, Cyclones, Hoppers & Interceptors

For general multi-point housekeeping in Central Vacuum Systems / Multi-Point Plants, resolve pickup points; simultaneous users; equivalent distance; vertical lift; material velocity; filtration; separation; discharge; controls. The control method is central / multi-point vacuum network; route to centralized vacuum systems only after those inputs are confirmed.

For central dry-chip and machine-area recovery in Central Vacuum Systems / Multi-Point Plants, resolve pickup points; simultaneous users; equivalent distance; vertical lift; material velocity; filtration; separation; discharge; controls. The control method is central / multi-point vacuum network; route to centralized vacuum systems only after those inputs are confirmed.

Process conveying requires material-specific transport velocity and controls.

Process safety, static, fire and automation review

For central trim and scrap extraction in Central Vacuum Systems / Multi-Point Plants, resolve continuous rate; material velocity; distance; bends; receiver; segregation; discharge and automation. The control method is process conveyance / scrap extraction; route to oem, processing & packaging integration only after those inputs are confirmed.

For central housekeeping by production zone in Central Vacuum Systems / Multi-Point Plants, resolve pickup points; simultaneous users; equivalent distance; vertical lift; material velocity; filtration; separation; discharge; controls. The control method is central / multi-point vacuum network; route to centralized vacuum systems only after those inputs are confirmed.

For contained multi-suite recovery in Central Vacuum Systems / Multi-Point Plants, resolve pickup points; simultaneous users; equivalent distance; vertical lift; material velocity; filtration; separation; discharge; controls. The control method is central / multi-point vacuum network; route to centralized vacuum systems only after those inputs are confirmed.

For central abrasive-duty housekeeping in Central Vacuum Systems / Multi-Point Plants, resolve pickup points; simultaneous users; equivalent distance; vertical lift; material velocity; filtration; separation; discharge; controls. The control method is central / multi-point vacuum network; route to centralized vacuum systems only after those inputs are confirmed.

For central combustible-dust housekeeping in Central Vacuum Systems / Multi-Point Plants, resolve pickup points; simultaneous users; equivalent distance; vertical lift; material velocity; filtration; separation; discharge; controls. The control method is central / multi-point vacuum network; route to centralized vacuum systems only after those inputs are confirmed.

For pre-separator, hopper or automated discharge in Central Vacuum Systems / Multi-Point Plants, resolve bulk density; abrasiveness; volume; chunk size; separator efficiency; filter protection; discharge container and handling. The control method is bulk recovery + pre-separation; route to pre-separators, cyclones, hoppers & interceptors only after those inputs are confirmed.


Hazard-Rated Housekeeping
Settled Debris Housekeeping
Alternative Control Required
Airborne Dust Source Capture
Central / Multi-Point Vacuum Network

Air-Powered & Pneumatic Industrial Vacuums

pigments, additives, carbon black, powders

For chemical powder spill cleanup in Chemical & Petrochemical Processing, resolve SDS and DHA; material properties; area classification; ignition sensitivity; grounding path; exact product markings; disposal. The control method is hazard-rated housekeeping; route to combustible dust, ord loc & hazard-rated vacuums only after those inputs are confirmed.

Residue around vessels and process equipment

For residue around vessels and process equipment in Chemical & Petrochemical Processing, resolve material mix; wet/dry state; particle or piece size; volume per shift; duty cycle; collection and disposal method. The control method is settled debris housekeeping; route to fine dust & hepa industrial vacuums only after those inputs are confirmed.

Chemical liquid and sludge compatibility review

For chemical liquid and sludge compatibility review in Chemical & Petrochemical Processing, resolve material identity; process source; chemistry; temperature; airborne versus settled state; regulatory and engineering controls. The control method is alternative control required; route to engineering / alternative control only after those inputs are confirmed.

For conductive carbon-black recovery in Chemical & Petrochemical Processing, resolve SDS and DHA; material properties; area classification; ignition sensitivity; grounding path; exact product markings; disposal. The control method is hazard-rated housekeeping; route to combustible dust, ord loc & hazard-rated vacuums only after those inputs are confirmed.

For transfer-point powder capture in Chemical & Petrochemical Processing, resolve source geometry; required airflow/capture velocity; dust loading; particle behavior; filter cleaning; discharge; explosion/fire controls. The control method is airborne dust source capture; route to industrial dust collectors & source capture only after those inputs are confirmed.

Pneumatic cleanup around process equipment

AC 100; MINIAIR 2V; WD AIR; DV AIR 800; DV AIR 1100

For pneumatic cleanup around process equipment in Chemical & Petrochemical Processing, resolve SDS and DHA; material properties; area classification; ignition sensitivity; grounding path; exact product markings; disposal. The control method is hazard-rated housekeeping; route to air-powered & pneumatic industrial vacuums only after those inputs are confirmed.

For bag and pallet spill recovery in Chemical & Petrochemical Processing, resolve SDS and DHA; material properties; area classification; ignition sensitivity; grounding path; exact product markings; disposal. The control method is hazard-rated housekeeping; route to combustible dust, ord loc & hazard-rated vacuums only after those inputs are confirmed.

For centralized chemical housekeeping in Chemical & Petrochemical Processing, resolve pickup points; simultaneous users; equivalent distance; vertical lift; material velocity; filtration; separation; discharge; controls. The control method is central / multi-point vacuum network; route to centralized vacuum systems only after those inputs are confirmed.


Operations / Engineering / Maintenance / Owners

Fluid + Solids Recovery
Bulk Recovery + Pre-Separation
Settled Debris Housekeeping
Airborne Dust Source Capture
Inert / Wet Collection Review
Central / Multi-Point Vacuum Network
Alternative Control Required
Overhead, Pit or Hard-Access Recovery

Coolant sump cleanout and sludge removal

M 70 OIL; M100 OIL; M130 OIL P; RAM OIL 200 MP; RAM OIL 250 T; RAM OIL 250 TS; RAM OIL 280 MP; RAM OIL 500 MP; RAM OIL 1000 AV; RAM OIL 1000 MP

Do not select from tank volume alone or treat dense slurry, corrosive fluid and clean coolant as the same application.

SDS, flammability, corrosion, waste and fluid-reuse procedures as applicable

For coolant sump cleanout and sludge removal in CNC Machining & Metalworking, resolve tank or sump volume; liquid chemistry; solids percentage; chip/sludge geometry; hose distance and lift; discharge or return objective. The control method is fluid + solids recovery; route to sump, coolant, oil & swarf vacuums only after those inputs are confirmed.

For filtered coolant recovery and return in CNC Machining & Metalworking, resolve tank or sump volume; liquid chemistry; solids percentage; chip/sludge geometry; hose distance and lift; discharge or return objective. The control method is fluid + solids recovery; route to sump, coolant, oil & swarf vacuums only after those inputs are confirmed.

long steel or aluminum turnings, oily swarf

For long swarf and birdnest recovery in CNC Machining & Metalworking, resolve bulk density; abrasiveness; volume; chunk size; separator efficiency; filter protection; discharge container and handling. The control method is bulk recovery + pre-separation; route to continuous-duty three-phase & high-power vacuums only after those inputs are confirmed.

For dry chip and cutting recovery in CNC Machining & Metalworking, resolve material mix; wet/dry state; particle or piece size; volume per shift; duty cycle; collection and disposal method. The control method is settled debris housekeeping; route to continuous-duty three-phase & high-power vacuums only after those inputs are confirmed.

coolant, cast-iron fines, abrasive slurry

For grinding slurry and fines recovery in CNC Machining & Metalworking, resolve tank or sump volume; liquid chemistry; solids percentage; chip/sludge geometry; hose distance and lift; discharge or return objective. The control method is fluid + solids recovery; route to sump, coolant, oil & swarf vacuums only after those inputs are confirmed.

Airborne grinding and sanding dust capture

For airborne grinding and sanding dust capture in CNC Machining & Metalworking, resolve source geometry; required airflow/capture velocity; dust loading; particle behavior; filter cleaning; discharge; explosion/fire controls. The control method is airborne dust source capture; route to industrial dust collectors & source capture only after those inputs are confirmed.

For settled grinding dust cleanup in CNC Machining & Metalworking, resolve material mix; wet/dry state; particle or piece size; volume per shift; duty cycle; collection and disposal method. The control method is settled debris housekeeping; route to fine dust & hepa industrial vacuums only after those inputs are confirmed.

Aluminum, magnesium or titanium fine-dust recovery

For aluminum, magnesium or titanium fine-dust recovery in CNC Machining & Metalworking, resolve alloy or chemistry; particle size; MIE/Kst where available; moisture/oxygen sensitivity; dry versus immersion; disposal. The control method is inert / wet collection review; route to combustible dust, ord loc & hazard-rated vacuums only after those inputs are confirmed.

Floor, enclosure and machine exterior cleanup

chips, wiping debris, fines, light liquids

For floor, enclosure and machine exterior cleanup in CNC Machining & Metalworking, resolve material mix; wet/dry state; particle or piece size; volume per shift; duty cycle; collection and disposal method. The control method is settled debris housekeeping; route to mobile wet & dry industrial vacuums only after those inputs are confirmed.

For coolant and oil spill recovery in CNC Machining & Metalworking, resolve material mix; wet/dry state; particle or piece size; volume per shift; duty cycle; collection and disposal method. The control method is settled debris housekeeping; route to mobile wet & dry industrial vacuums only after those inputs are confirmed.

For central cleanup across cnc cells in CNC Machining & Metalworking, resolve pickup points; simultaneous users; equivalent distance; vertical lift; material velocity; filtration; separation; discharge; controls. The control method is central / multi-point vacuum network; route to centralized vacuum systems only after those inputs are confirmed.

For oil-mist and aerosol control review in CNC Machining & Metalworking, resolve material identity; process source; chemistry; temperature; airborne versus settled state; regulatory and engineering controls. The control method is alternative control required; route to engineering / alternative control only after those inputs are confirmed.

For wet fines and sludge recovery in CNC Machining & Metalworking, resolve tank or sump volume; liquid chemistry; solids percentage; chip/sludge geometry; hose distance and lift; discharge or return objective. The control method is fluid + solids recovery; route to sump, coolant, oil & swarf vacuums only after those inputs are confirmed.

For pit and trench liquid-solid recovery in CNC Machining & Metalworking, resolve access opening; vertical lift; hose length; reach; debris condition; ergonomics; fall/confined-space controls. The control method is overhead, pit or hard-access recovery; route to mobile wet & dry industrial vacuums only after those inputs are confirmed.

For overhead dust and chip-fines cleanup in CNC Machining & Metalworking, resolve access opening; vertical lift; hose length; reach; debris condition; ergonomics; fall/confined-space controls. The control method is overhead, pit or hard-access recovery; route to fine dust & hepa industrial vacuums only after those inputs are confirmed.


EHS / Operations / Engineering / Maintenance

Hazard-Rated Housekeeping
Inert / Wet Collection Review
Overhead, Pit or Hard-Access Recovery
Airborne Dust Source Capture
Alternative Control Required

For settled combustible dust cleanup in Combustible Dust & Hazard-Sensitive Housekeeping, resolve SDS and DHA; material properties; area classification; ignition sensitivity; grounding path; exact product markings; disposal. The control method is hazard-rated housekeeping; route to combustible dust, ord loc & hazard-rated vacuums only after those inputs are confirmed.

For housekeeping in classified locations in Combustible Dust & Hazard-Sensitive Housekeeping, resolve SDS and DHA; material properties; area classification; ignition sensitivity; grounding path; exact product markings; disposal. The control method is hazard-rated housekeeping; route to combustible dust, ord loc & hazard-rated vacuums only after those inputs are confirmed.

For reactive metal powder recovery in Combustible Dust & Hazard-Sensitive Housekeeping, resolve alloy or chemistry; particle size; MIE/Kst where available; moisture/oxygen sensitivity; dry versus immersion; disposal. The control method is inert / wet collection review; route to combustible dust, ord loc & hazard-rated vacuums only after those inputs are confirmed.

For spill and collector-area housekeeping in Combustible Dust & Hazard-Sensitive Housekeeping, resolve SDS and DHA; material properties; area classification; ignition sensitivity; grounding path; exact product markings; disposal. The control method is hazard-rated housekeeping; route to combustible dust, ord loc & hazard-rated vacuums only after those inputs are confirmed.

Rafter and ledge combustible-dust recovery

For rafter and ledge combustible-dust recovery in Combustible Dust & Hazard-Sensitive Housekeeping, resolve access opening; vertical lift; hose length; reach; debris condition; ergonomics; fall/confined-space controls. The control method is overhead, pit or hard-access recovery; route to combustible dust, ord loc & hazard-rated vacuums only after those inputs are confirmed.

For pneumatic hazard-sensitive cleanup in Combustible Dust & Hazard-Sensitive Housekeeping, resolve SDS and DHA; material properties; area classification; ignition sensitivity; grounding path; exact product markings; disposal. The control method is hazard-rated housekeeping; route to air-powered & pneumatic industrial vacuums only after those inputs are confirmed.

For combustible-dust source capture in Combustible Dust & Hazard-Sensitive Housekeeping, resolve source geometry; required airflow/capture velocity; dust loading; particle behavior; filter cleaning; discharge; explosion/fire controls. The control method is airborne dust source capture; route to industrial dust collectors & source capture only after those inputs are confirmed.

Unknown combustible or hazardous dust review

For unknown combustible or hazardous dust review in Combustible Dust & Hazard-Sensitive Housekeeping, resolve material identity; process source; chemistry; temperature; airborne versus settled state; regulatory and engineering controls. The control method is alternative control required; route to engineering / alternative control only after those inputs are confirmed.


Airborne Dust Source Capture
Bulk Recovery + Pre-Separation
Fluid + Solids Recovery
Settled Debris Housekeeping
Hazard-Rated Housekeeping
Overhead, Pit or Hard-Access Recovery

For tool-connected silica-dust extraction in Construction, Concrete & Floor Prep, resolve source geometry; required airflow/capture velocity; dust loading; particle behavior; filter cleaning; discharge; explosion/fire controls. The control method is airborne dust source capture; route to fine dust & hepa industrial vacuums only after those inputs are confirmed.

Shot-blast source extraction and cleanup

For shot-blast source extraction and cleanup in Construction, Concrete & Floor Prep, resolve source geometry; required airflow/capture velocity; dust loading; particle behavior; filter cleaning; discharge; explosion/fire controls. The control method is airborne dust source capture; route to fine dust & hepa industrial vacuums only after those inputs are confirmed.

For heavy concrete debris and dust recovery in Construction, Concrete & Floor Prep, resolve bulk density; abrasiveness; volume; chunk size; separator efficiency; filter protection; discharge container and handling. The control method is bulk recovery + pre-separation; route to continuous-duty three-phase & high-power vacuums only after those inputs are confirmed.

For concrete slurry recovery in Construction, Concrete & Floor Prep, resolve tank or sump volume; liquid chemistry; solids percentage; chip/sludge geometry; hose distance and lift; discharge or return objective. The control method is fluid + solids recovery; route to mobile wet & dry industrial vacuums only after those inputs are confirmed.

For final hepa housekeeping after grinding in Construction, Concrete & Floor Prep, resolve material mix; wet/dry state; particle or piece size; volume per shift; duty cycle; collection and disposal method. The control method is settled debris housekeeping; route to fine dust & hepa industrial vacuums only after those inputs are confirmed.

For contained hazardous-dust recovery in Construction, Concrete & Floor Prep, resolve SDS and DHA; material properties; area classification; ignition sensitivity; grounding path; exact product markings; disposal. The control method is hazard-rated housekeeping; route to fine dust & hepa industrial vacuums only after those inputs are confirmed.

For overhead mineral-dust cleanup in Construction, Concrete & Floor Prep, resolve access opening; vertical lift; hose length; reach; debris condition; ergonomics; fall/confined-space controls. The control method is overhead, pit or hard-access recovery; route to fine dust & hepa industrial vacuums only after those inputs are confirmed.

For pneumatic or remote-power cleanup in Construction, Concrete & Floor Prep, resolve material mix; wet/dry state; particle or piece size; volume per shift; duty cycle; collection and disposal method. The control method is settled debris housekeeping; route to air-powered & pneumatic industrial vacuums only after those inputs are confirmed.


Engineering / EHS / Facilities / Operations

Hazard-Rated Housekeeping
Inert / Wet Collection Review
Airborne Dust Source Capture
Settled Debris Housekeeping
Fluid + Solids Recovery
Central / Multi-Point Vacuum Network

For fine conductive particulate cleanup in Electronics, Battery & ESD-Sensitive Manufacturing, resolve SDS and DHA; material properties; area classification; ignition sensitivity; grounding path; exact product markings; disposal. The control method is hazard-rated housekeeping; route to combustible dust, ord loc & hazard-rated vacuums only after those inputs are confirmed.

For graphite or conductive powder cleanup in Electronics, Battery & ESD-Sensitive Manufacturing, resolve alloy or chemistry; particle size; MIE/Kst where available; moisture/oxygen sensitivity; dry versus immersion; disposal. The control method is inert / wet collection review; route to combustible dust, ord loc & hazard-rated vacuums only after those inputs are confirmed.

For critical-area dry powder housekeeping in Electronics, Battery & ESD-Sensitive Manufacturing, resolve SDS and DHA; material properties; area classification; ignition sensitivity; grounding path; exact product markings; disposal. The control method is hazard-rated housekeeping; route to combustible dust, ord loc & hazard-rated vacuums only after those inputs are confirmed.

Fiberglass and board-dust source capture

For fiberglass and board-dust source capture in Electronics, Battery & ESD-Sensitive Manufacturing, resolve source geometry; required airflow/capture velocity; dust loading; particle behavior; filter cleaning; discharge; explosion/fire controls. The control method is airborne dust source capture; route to industrial dust collectors & source capture only after those inputs are confirmed.

Fine particulate and contamination cleanup

For fine particulate and contamination cleanup in Electronics, Battery & ESD-Sensitive Manufacturing, resolve material mix; wet/dry state; particle or piece size; volume per shift; duty cycle; collection and disposal method. The control method is settled debris housekeeping; route to fine dust & hepa industrial vacuums only after those inputs are confirmed.

For slurry and wet residue cleanup in Electronics, Battery & ESD-Sensitive Manufacturing, resolve tank or sump volume; liquid chemistry; solids percentage; chip/sludge geometry; hose distance and lift; discharge or return objective. The control method is fluid + solids recovery; route to mobile wet & dry industrial vacuums only after those inputs are confirmed.

Contaminated components and floor debris

For contaminated components and floor debris in Electronics, Battery & ESD-Sensitive Manufacturing, resolve material mix; wet/dry state; particle or piece size; volume per shift; duty cycle; collection and disposal method. The control method is settled debris housekeeping; route to fine dust & hepa industrial vacuums only after those inputs are confirmed.

For centralized critical-area housekeeping in Electronics, Battery & ESD-Sensitive Manufacturing, resolve pickup points; simultaneous users; equivalent distance; vertical lift; material velocity; filtration; separation; discharge; controls. The control method is central / multi-point vacuum network; route to centralized vacuum systems only after those inputs are confirmed.


Settled Debris Housekeeping
Overhead, Pit or Hard-Access Recovery
Central / Multi-Point Vacuum Network
Hazard-Rated Housekeeping

For mixed floor debris and spills in Facility Maintenance & Industrial Housekeeping, resolve material mix; wet/dry state; particle or piece size; volume per shift; duty cycle; collection and disposal method. The control method is settled debris housekeeping; route to mobile wet & dry industrial vacuums only after those inputs are confirmed.

For oil, metal debris and parts cleanup in Facility Maintenance & Industrial Housekeeping, resolve material mix; wet/dry state; particle or piece size; volume per shift; duty cycle; collection and disposal method. The control method is settled debris housekeeping; route to mobile wet & dry industrial vacuums only after those inputs are confirmed.

For pit, trench and low-point cleanup in Facility Maintenance & Industrial Housekeeping, resolve access opening; vertical lift; hose length; reach; debris condition; ergonomics; fall/confined-space controls. The control method is overhead, pit or hard-access recovery; route to mobile wet & dry industrial vacuums only after those inputs are confirmed.

For overhead dust and debris recovery in Facility Maintenance & Industrial Housekeeping, resolve access opening; vertical lift; hose length; reach; debris condition; ergonomics; fall/confined-space controls. The control method is overhead, pit or hard-access recovery; route to fine dust & hepa industrial vacuums only after those inputs are confirmed.

For pallet, dock and aisle cleanup in Facility Maintenance & Industrial Housekeeping, resolve material mix; wet/dry state; particle or piece size; volume per shift; duty cycle; collection and disposal method. The control method is settled debris housekeeping; route to mobile wet & dry industrial vacuums only after those inputs are confirmed.

Boiler, compressor and utility-area debris

For boiler, compressor and utility-area debris in Facility Maintenance & Industrial Housekeeping, resolve material mix; wet/dry state; particle or piece size; volume per shift; duty cycle; collection and disposal method. The control method is settled debris housekeeping; route to continuous-duty three-phase & high-power vacuums only after those inputs are confirmed.

For plant-wide central housekeeping in Facility Maintenance & Industrial Housekeeping, resolve pickup points; simultaneous users; equivalent distance; vertical lift; material velocity; filtration; separation; discharge; controls. The control method is central / multi-point vacuum network; route to centralized vacuum systems only after those inputs are confirmed.

For department-specific combustible-dust cleanup in Facility Maintenance & Industrial Housekeeping, resolve SDS and DHA; material properties; area classification; ignition sensitivity; grounding path; exact product markings; disposal. The control method is hazard-rated housekeeping; route to combustible dust, ord loc & hazard-rated vacuums only after those inputs are confirmed.


Airborne Dust Source Capture
Hygienic / Contained Recovery
Settled Debris Housekeeping
Central / Multi-Point Vacuum Network

For ingredient-powder source capture in Food & Beverage Processing, resolve source geometry; required airflow/capture velocity; dust loading; particle behavior; filter cleaning; discharge; explosion/fire controls. The control method is airborne dust source capture; route to industrial dust collectors & source capture only after those inputs are confirmed.

For settled ingredient-powder cleanup in Food & Beverage Processing, resolve production zone; powder/liquid state; allergen or potency; cleanability; construction; filtration; containment; validated disposal. The control method is hygienic / contained recovery; route to food & pharma process vacuums only after those inputs are confirmed.

Powder and residue cleanup around mixers

For powder and residue cleanup around mixers in Food & Beverage Processing, resolve production zone; powder/liquid state; allergen or potency; cleanability; construction; filtration; containment; validated disposal. The control method is hygienic / contained recovery; route to food & pharma process vacuums only after those inputs are confirmed.

For crumbs, rejects and packaging debris in Food & Beverage Processing, resolve material mix; wet/dry state; particle or piece size; volume per shift; duty cycle; collection and disposal method. The control method is settled debris housekeeping; route to food & pharma process vacuums only after those inputs are confirmed.

For food liquids and wet residue cleanup in Food & Beverage Processing, resolve production zone; powder/liquid state; allergen or potency; cleanability; construction; filtration; containment; validated disposal. The control method is hygienic / contained recovery; route to food & pharma process vacuums only after those inputs are confirmed.

Ingredient spills and pallet-area cleanup

For ingredient spills and pallet-area cleanup in Food & Beverage Processing, resolve material mix; wet/dry state; particle or piece size; volume per shift; duty cycle; collection and disposal method. The control method is settled debris housekeeping; route to food & pharma process vacuums only after those inputs are confirmed.

For transfer-point combustible-dust capture in Food & Beverage Processing, resolve source geometry; required airflow/capture velocity; dust loading; particle behavior; filter cleaning; discharge; explosion/fire controls. The control method is airborne dust source capture; route to industrial dust collectors & source capture only after those inputs are confirmed.

ingredient dust, crumbs, packaging residue

For centralized food-production housekeeping in Food & Beverage Processing, resolve pickup points; simultaneous users; equivalent distance; vertical lift; material velocity; filtration; separation; discharge; controls. The control method is central / multi-point vacuum network; route to centralized vacuum systems only after those inputs are confirmed.


Plant Ops / Maintenance / Production Supervision / EHS

Hot Material Recovery
Alternative Control Required
Bulk Recovery + Pre-Separation
Airborne Dust Source Capture
Settled Debris Housekeeping
Overhead, Pit or Hard-Access Recovery
Central / Multi-Point Vacuum Network

For forge scale and heavy-debris recovery in Forging, Heat Treat & Heavy Metal Processing, resolve actual material temperature; cooling time; ignition potential; hose/tool/filter ratings; separator; access and disposal. The control method is hot material recovery; route to continuous-duty three-phase & high-power vacuums only after those inputs are confirmed.

Cooled scale, soot and refractory debris

For cooled scale, soot and refractory debris in Forging, Heat Treat & Heavy Metal Processing, resolve actual material temperature; cooling time; ignition potential; hose/tool/filter ratings; separator; access and disposal. The control method is hot material recovery; route to continuous-duty three-phase & high-power vacuums only after those inputs are confirmed.

Quench-fluid and scale compatibility review

For quench-fluid and scale compatibility review in Forging, Heat Treat & Heavy Metal Processing, resolve material identity; process source; chemistry; temperature; airborne versus settled state; regulatory and engineering controls. The control method is alternative control required; route to engineering / alternative control only after those inputs are confirmed.

For abrasive media and scale recovery in Forging, Heat Treat & Heavy Metal Processing, resolve bulk density; abrasiveness; volume; chunk size; separator efficiency; filter protection; discharge container and handling. The control method is bulk recovery + pre-separation; route to continuous-duty three-phase & high-power vacuums only after those inputs are confirmed.

For grinding-dust source capture in Forging, Heat Treat & Heavy Metal Processing, resolve source geometry; required airflow/capture velocity; dust loading; particle behavior; filter cleaning; discharge; explosion/fire controls. The control method is airborne dust source capture; route to industrial dust collectors & source capture only after those inputs are confirmed.

For mixed oil, scale and debris cleanup in Forging, Heat Treat & Heavy Metal Processing, resolve material mix; wet/dry state; particle or piece size; volume per shift; duty cycle; collection and disposal method. The control method is settled debris housekeeping; route to continuous-duty three-phase & high-power vacuums only after those inputs are confirmed.

For press-pit and trench cleanup in Forging, Heat Treat & Heavy Metal Processing, resolve access opening; vertical lift; hose length; reach; debris condition; ergonomics; fall/confined-space controls. The control method is overhead, pit or hard-access recovery; route to continuous-duty three-phase & high-power vacuums only after those inputs are confirmed.

For central abrasive-duty housekeeping in Forging, Heat Treat & Heavy Metal Processing, resolve pickup points; simultaneous users; equivalent distance; vertical lift; material velocity; filtration; separation; discharge; controls. The control method is central / multi-point vacuum network; route to centralized vacuum systems only after those inputs are confirmed.


Plant / Foundry / Maintenance / EHS / Process Engineering

Bulk Recovery + Pre-Separation
Airborne Dust Source Capture
Settled Debris Housekeeping
Hot Material Recovery
Alternative Control Required
Welding Fume Source Capture
Fluid + Solids Recovery
Central / Multi-Point Vacuum Network

Settled molding-sand and binder-residue cleanup

For settled molding-sand and binder-residue cleanup in Foundries, resolve bulk density; abrasiveness; volume; chunk size; separator efficiency; filter protection; discharge container and handling. The control method is bulk recovery + pre-separation; route to continuous-duty three-phase & high-power vacuums only after those inputs are confirmed.

For airborne sand-dust source capture in Foundries, resolve source geometry; required airflow/capture velocity; dust loading; particle behavior; filter cleaning; discharge; explosion/fire controls. The control method is airborne dust source capture; route to industrial dust collectors & source capture only after those inputs are confirmed.

Broken mold, sand spill and floor recovery

For broken mold, sand spill and floor recovery in Foundries, resolve bulk density; abrasiveness; volume; chunk size; separator efficiency; filter protection; discharge container and handling. The control method is bulk recovery + pre-separation; route to continuous-duty three-phase & high-power vacuums only after those inputs are confirmed.

For fine core-sand and resin-dust cleanup in Foundries, resolve source geometry; required airflow/capture velocity; dust loading; particle behavior; filter cleaning; discharge; explosion/fire controls. The control method is airborne dust source capture; route to industrial dust collectors & source capture only after those inputs are confirmed.

For airborne shakeout dust capture in Foundries, resolve source geometry; required airflow/capture velocity; dust loading; particle behavior; filter cleaning; discharge; explosion/fire controls. The control method is airborne dust source capture; route to industrial dust collectors & source capture only after those inputs are confirmed.

For settled sand and debris recovery in Foundries, resolve bulk density; abrasiveness; volume; chunk size; separator efficiency; filter protection; discharge container and handling. The control method is bulk recovery + pre-separation; route to continuous-duty three-phase & high-power vacuums only after those inputs are confirmed.

For grinding-dust source capture in Foundries, resolve source geometry; required airflow/capture velocity; dust loading; particle behavior; filter cleaning; discharge; explosion/fire controls. The control method is airborne dust source capture; route to industrial dust collectors & source capture only after those inputs are confirmed.

For settled grinding dust and metal fines in Foundries, resolve material mix; wet/dry state; particle or piece size; volume per shift; duty cycle; collection and disposal method. The control method is settled debris housekeeping; route to fine dust & hepa industrial vacuums only after those inputs are confirmed.

For shot, scale and blast-dust recovery in Foundries, resolve bulk density; abrasiveness; volume; chunk size; separator efficiency; filter protection; discharge container and handling. The control method is bulk recovery + pre-separation; route to continuous-duty three-phase & high-power vacuums only after those inputs are confirmed.

Cooled refractory, charge dust and dross-area cleanup

For cooled refractory, charge dust and dross-area cleanup in Foundries, resolve actual material temperature; cooling time; ignition potential; hose/tool/filter ratings; separator; access and disposal. The control method is hot material recovery; route to continuous-duty three-phase & high-power vacuums only after those inputs are confirmed.

For fume and emission-control review in Foundries, resolve material identity; process source; chemistry; temperature; airborne versus settled state; regulatory and engineering controls. The control method is alternative control required; route to engineering / alternative control only after those inputs are confirmed.

A floor vacuum does not control welding fume at the arc or torch.

Welding-fume exposure and ventilation review

For welding-fume extraction in Foundries, resolve welding process and alloy; source distance; torch/hood compatibility; fume rate; duty cycle; filter and ventilation integration. The control method is welding fume source capture; route to welding fume extraction only after those inputs are confirmed.

cast-iron chips, steel or aluminum swarf

For dry chips and swarf recovery in Foundries, resolve material mix; wet/dry state; particle or piece size; volume per shift; duty cycle; collection and disposal method. The control method is settled debris housekeeping; route to continuous-duty three-phase & high-power vacuums only after those inputs are confirmed.

For cnc sump and grinding-sludge cleanup in Foundries, resolve tank or sump volume; liquid chemistry; solids percentage; chip/sludge geometry; hose distance and lift; discharge or return objective. The control method is fluid + solids recovery; route to sump, coolant, oil & swarf vacuums only after those inputs are confirmed.

For centralized abrasive-duty housekeeping in Foundries, resolve pickup points; simultaneous users; equivalent distance; vertical lift; material velocity; filtration; separation; discharge; controls. The control method is central / multi-point vacuum network; route to centralized vacuum systems only after those inputs are confirmed.


Settled Debris Housekeeping
Hazard-Rated Housekeeping
Overhead, Pit or Hard-Access Recovery
Hygienic / Contained Recovery
Alternative Control Required

For lead and primer-residue floor cleanup in Indoor Shooting Ranges, resolve material mix; wet/dry state; particle or piece size; volume per shift; duty cycle; collection and disposal method. The control method is settled debris housekeeping; route to fine dust & hepa industrial vacuums only after those inputs are confirmed.

For behind-target lead/fines cleanup in Indoor Shooting Ranges, resolve SDS and DHA; material properties; area classification; ignition sensitivity; grounding path; exact product markings; disposal. The control method is hazard-rated housekeeping; route to combustible dust, ord loc & hazard-rated vacuums only after those inputs are confirmed.

For spent brass recovery in Indoor Shooting Ranges, resolve material mix; wet/dry state; particle or piece size; volume per shift; duty cycle; collection and disposal method. The control method is settled debris housekeeping; route to continuous-duty three-phase & high-power vacuums only after those inputs are confirmed.

For lead-bearing overhead dust cleanup in Indoor Shooting Ranges, resolve access opening; vertical lift; hose length; reach; debris condition; ergonomics; fall/confined-space controls. The control method is overhead, pit or hard-access recovery; route to fine dust & hepa industrial vacuums only after those inputs are confirmed.

Contained filter and equipment maintenance

For contained filter and equipment maintenance in Indoor Shooting Ranges, resolve production zone; powder/liquid state; allergen or potency; cleanability; construction; filtration; containment; validated disposal. The control method is hygienic / contained recovery; route to fine dust & hepa industrial vacuums only after those inputs are confirmed.

For mixed metal and maintenance debris in Indoor Shooting Ranges, resolve material mix; wet/dry state; particle or piece size; volume per shift; duty cycle; collection and disposal method. The control method is settled debris housekeeping; route to mobile wet & dry industrial vacuums only after those inputs are confirmed.

For airborne lead and smoke control review in Indoor Shooting Ranges, resolve material identity; process source; chemistry; temperature; airborne versus settled state; regulatory and engineering controls. The control method is alternative control required; route to engineering / alternative control only after those inputs are confirmed.

Pit and trench lead-bearing debris cleanup

For pit and trench lead-bearing debris cleanup in Indoor Shooting Ranges, resolve access opening; vertical lift; hose length; reach; debris condition; ergonomics; fall/confined-space controls. The control method is overhead, pit or hard-access recovery; route to combustible dust, ord loc & hazard-rated vacuums only after those inputs are confirmed.


Operations / EHS / Maintenance / Fabrication leadership

Welding Fume Source Capture
Airborne Dust Source Capture
Settled Debris Housekeeping
Inert / Wet Collection Review
Central / Multi-Point Vacuum Network
Fluid + Solids Recovery
Overhead, Pit or Hard-Access Recovery

For portable welding-fume capture in Metal Fabrication & Welding, resolve welding process and alloy; source distance; torch/hood compatibility; fume rate; duty cycle; filter and ventilation integration. The control method is welding fume source capture; route to welding fume extraction only after those inputs are confirmed.

For on-torch welding-fume capture in Metal Fabrication & Welding, resolve welding process and alloy; source distance; torch/hood compatibility; fume rate; duty cycle; filter and ventilation integration. The control method is welding fume source capture; route to welding fume extraction only after those inputs are confirmed.

Continuous or centralized weld-cell fume extraction

For continuous or centralized weld-cell fume extraction in Metal Fabrication & Welding, resolve welding process and alloy; source distance; torch/hood compatibility; fume rate; duty cycle; filter and ventilation integration. The control method is welding fume source capture; route to welding fume extraction only after those inputs are confirmed.

For grinding-dust source capture in Metal Fabrication & Welding, resolve source geometry; required airflow/capture velocity; dust loading; particle behavior; filter cleaning; discharge; explosion/fire controls. The control method is airborne dust source capture; route to industrial dust collectors & source capture only after those inputs are confirmed.

Settled grinding and sanding dust recovery

For settled grinding and sanding dust recovery in Metal Fabrication & Welding, resolve material mix; wet/dry state; particle or piece size; volume per shift; duty cycle; collection and disposal method. The control method is settled debris housekeeping; route to fine dust & hepa industrial vacuums only after those inputs are confirmed.

For table and surrounding dust recovery in Metal Fabrication & Welding, resolve source geometry; required airflow/capture velocity; dust loading; particle behavior; filter cleaning; discharge; explosion/fire controls. The control method is airborne dust source capture; route to industrial dust collectors & source capture only after those inputs are confirmed.

For reactive aluminum-dust cleanup in Metal Fabrication & Welding, resolve alloy or chemistry; particle size; MIE/Kst where available; moisture/oxygen sensitivity; dry versus immersion; disposal. The control method is inert / wet collection review; route to combustible dust, ord loc & hazard-rated vacuums only after those inputs are confirmed.

Metal cutoffs, chips and saw debris cleanup

For metal cutoffs, chips and saw debris cleanup in Metal Fabrication & Welding, resolve material mix; wet/dry state; particle or piece size; volume per shift; duty cycle; collection and disposal method. The control method is settled debris housekeeping; route to continuous-duty three-phase & high-power vacuums only after those inputs are confirmed.

Cooled slag, spatter and mixed bay debris

For cooled slag, spatter and mixed bay debris in Metal Fabrication & Welding, resolve material mix; wet/dry state; particle or piece size; volume per shift; duty cycle; collection and disposal method. The control method is settled debris housekeeping; route to continuous-duty three-phase & high-power vacuums only after those inputs are confirmed.

Mobile cleanup around tables and fixtures

For mobile cleanup around tables and fixtures in Metal Fabrication & Welding, resolve material mix; wet/dry state; particle or piece size; volume per shift; duty cycle; collection and disposal method. The control method is settled debris housekeeping; route to mobile wet & dry industrial vacuums only after those inputs are confirmed.

Centralized housekeeping across weld and grind bays

For centralized housekeeping across weld and grind bays in Metal Fabrication & Welding, resolve pickup points; simultaneous users; equivalent distance; vertical lift; material velocity; filtration; separation; discharge; controls. The control method is central / multi-point vacuum network; route to centralized vacuum systems only after those inputs are confirmed.

paint dust, coating residue, abrasive dust

For coating and sanding dust cleanup in Metal Fabrication & Welding, resolve source geometry; required airflow/capture velocity; dust loading; particle behavior; filter cleaning; discharge; explosion/fire controls. The control method is airborne dust source capture; route to industrial dust collectors & source capture only after those inputs are confirmed.

For coolant and swarf sump maintenance in Metal Fabrication & Welding, resolve tank or sump volume; liquid chemistry; solids percentage; chip/sludge geometry; hose distance and lift; discharge or return objective. The control method is fluid + solids recovery; route to sump, coolant, oil & swarf vacuums only after those inputs are confirmed.

For oil, grit and mixed debris recovery in Metal Fabrication & Welding, resolve access opening; vertical lift; hose length; reach; debris condition; ergonomics; fall/confined-space controls. The control method is overhead, pit or hard-access recovery; route to mobile wet & dry industrial vacuums only after those inputs are confirmed.


Airborne Dust Source Capture
Bulk Recovery + Pre-Separation
Hot Material Recovery
Settled Debris Housekeeping
Central / Multi-Point Vacuum Network

For crusher and mill source capture in Mining, Cement & Minerals, resolve source geometry; required airflow/capture velocity; dust loading; particle behavior; filter cleaning; discharge; explosion/fire controls. The control method is airborne dust source capture; route to industrial dust collectors & source capture only after those inputs are confirmed.

For transfer-point dust capture and cleanup in Mining, Cement & Minerals, resolve source geometry; required airflow/capture velocity; dust loading; particle behavior; filter cleaning; discharge; explosion/fire controls. The control method is airborne dust source capture; route to industrial dust collectors & source capture only after those inputs are confirmed.

For bulk cement and mineral-dust recovery in Mining, Cement & Minerals, resolve bulk density; abrasiveness; volume; chunk size; separator efficiency; filter protection; discharge container and handling. The control method is bulk recovery + pre-separation; route to continuous-duty three-phase & high-power vacuums only after those inputs are confirmed.

For baghouse dust and hopper-spill recovery in Mining, Cement & Minerals, resolve bulk density; abrasiveness; volume; chunk size; separator efficiency; filter protection; discharge container and handling. The control method is bulk recovery + pre-separation; route to continuous-duty three-phase & high-power vacuums only after those inputs are confirmed.

For cooled ash-like and kiln-area debris in Mining, Cement & Minerals, resolve actual material temperature; cooling time; ignition potential; hose/tool/filter ratings; separator; access and disposal. The control method is hot material recovery; route to continuous-duty three-phase & high-power vacuums only after those inputs are confirmed.

For spill and bin-area cleanup in Mining, Cement & Minerals, resolve bulk density; abrasiveness; volume; chunk size; separator efficiency; filter protection; discharge container and handling. The control method is bulk recovery + pre-separation; route to continuous-duty three-phase & high-power vacuums only after those inputs are confirmed.

For mixed oils, grit and maintenance debris in Mining, Cement & Minerals, resolve material mix; wet/dry state; particle or piece size; volume per shift; duty cycle; collection and disposal method. The control method is settled debris housekeeping; route to mobile wet & dry industrial vacuums only after those inputs are confirmed.

For centralized harsh-duty housekeeping in Mining, Cement & Minerals, resolve pickup points; simultaneous users; equivalent distance; vertical lift; material velocity; filtration; separation; discharge; controls. The control method is central / multi-point vacuum network; route to centralized vacuum systems only after those inputs are confirmed.


Settled Debris Housekeeping
Bulk Recovery + Pre-Separation
Welding Fume Source Capture
Overhead, Pit or Hard-Access Recovery
Hazard-Rated Housekeeping
Central / Multi-Point Vacuum Network

For bilge water, oil and debris recovery in Oil & Gas, Offshore & Marine, resolve material mix; wet/dry state; particle or piece size; volume per shift; duty cycle; collection and disposal method. The control method is settled debris housekeeping; route to air-powered & pneumatic industrial vacuums only after those inputs are confirmed.

Blasting media and coating-debris recovery

For blasting media and coating-debris recovery in Oil & Gas, Offshore & Marine, resolve bulk density; abrasiveness; volume; chunk size; separator efficiency; filter protection; discharge container and handling. The control method is bulk recovery + pre-separation; route to continuous-duty three-phase & high-power vacuums only after those inputs are confirmed.

For welding-fume source capture in Oil & Gas, Offshore & Marine, resolve welding process and alloy; source distance; torch/hood compatibility; fume rate; duty cycle; filter and ventilation integration. The control method is welding fume source capture; route to welding fume extraction only after those inputs are confirmed.

For tank residue and maintenance cleanup in Oil & Gas, Offshore & Marine, resolve access opening; vertical lift; hose length; reach; debris condition; ergonomics; fall/confined-space controls. The control method is overhead, pit or hard-access recovery; route to air-powered & pneumatic industrial vacuums only after those inputs are confirmed.

For pneumatic or rated housekeeping in Oil & Gas, Offshore & Marine, resolve SDS and DHA; material properties; area classification; ignition sensitivity; grounding path; exact product markings; disposal. The control method is hazard-rated housekeeping; route to air-powered & pneumatic industrial vacuums only after those inputs are confirmed.

Chips, cutoffs and grinding debris cleanup

For chips, cutoffs and grinding debris cleanup in Oil & Gas, Offshore & Marine, resolve material mix; wet/dry state; particle or piece size; volume per shift; duty cycle; collection and disposal method. The control method is settled debris housekeeping; route to continuous-duty three-phase & high-power vacuums only after those inputs are confirmed.

For wet/dry deck and maintenance debris in Oil & Gas, Offshore & Marine, resolve material mix; wet/dry state; particle or piece size; volume per shift; duty cycle; collection and disposal method. The control method is settled debris housekeeping; route to air-powered & pneumatic industrial vacuums only after those inputs are confirmed.

Fixed vacuum network for maintenance areas

For fixed vacuum network for maintenance areas in Oil & Gas, Offshore & Marine, resolve pickup points; simultaneous users; equivalent distance; vertical lift; material velocity; filtration; separation; discharge; controls. The control method is central / multi-point vacuum network; route to centralized vacuum systems only after those inputs are confirmed.