{ "metadata": { "schema_version": "2.0", "package_version": "2.0.0-rc1", "publication_status": "qualification_required", "generated_date": "2026-07-28", "last_verified": "2026-07-21", "confidence": "Context dependent", "public_safe": true, "confidential_fields_excluded": true, "source_package": "Depureco USA public knowledge source package v33", "json_path": "/ai/application-scenarios/markets/metal-fabrication-welding.json", "markdown_path": "/ai/application-scenarios/markets/metal-fabrication-welding.md" }, "reference": { "entity_id": "REF-ai-application-scenarios-markets-metal-fabrication-welding", "entity_type": "application_scenario_portfolio", "name": "Metal Fabrication & Welding", "human_route": "https://depurecousa.com/welding-fume-extractors-2/", "human_route_status": "available" }, "content": { "market": { "market_entity_id": "MKT-m2", "market_name": "Metal Fabrication & Welding", "human_route": "https://depurecousa.com/welding-fume-extractors-2/", "primary_roles": "Operations / EHS / Maintenance / Fabrication leadership" }, "portfolio_summary": { "scenario_count": 14, "control_modes": [ "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" ], "primary_categories": [ "Welding Fume Extraction", "Industrial Dust Collectors & Source Capture", "Fine Dust & HEPA Industrial Vacuums", "Combustible Dust, ORD LOC & Hazard-Rated Vacuums", "Continuous-Duty Three-Phase & High-Power Vacuums", "Mobile Wet & Dry Industrial Vacuums", "Centralized Vacuum Systems", "Sump, Coolant, Oil & Swarf Vacuums" ] }, "scenarios": [ { "scenario_id": "SCN-M2-0016", "market_code": "M2", "market_name": "Metal Fabrication & Welding", "department_or_area": "Manual welding bay", "production_stage_or_process": "MIG/TIG welding", "application_use_case": "Portable welding-fume capture", "material_examples": "welding smoke, metal oxides", "parent_material_family_id": "MF-13", "parent_material_family_name": "Welding Fumes, Smoke & Grinding Dust", "material_condition": "Application-specific; verify dry/wet/oily/airborne/settled and temperature", "control_mode_id": "CM-04", "control_mode": "Welding Fume Source Capture", "primary_category_id": "CC-08", "primary_category_name": "Welding Fume Extraction", "product_family_group": "PF-FUME", "candidate_product_count": 3, "candidate_products": "AIR WELD; XM TORCH 1M; XM TORCH 2M", "qualification_questions": "welding process and alloy; source distance; torch/hood compatibility; fume rate; duty cycle; filter and ventilation integration", "application_difference": "This scenario is separated from adjacent uses by its material state, source versus settled condition, duty, access, collection and discharge objective.", "disqualification_or_guardrail": "A floor vacuum does not control welding fume at the arc or torch.", "compliance_or_ehs_review": "Welding-fume exposure and ventilation review", "primary_roles": "Operations / EHS / Maintenance / Fabrication leadership", "scenario_priority": "P0", "canonical_human_route": "https://depurecousa.com/welding-fume-extractors-2/", "public_ai_path": "/ai/application-scenarios/markets/metal-fabrication-welding.json#SCN-M2-0016", "answer_summary": "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.", "proof_state": "First-party proof linked at market/product level", "lead_generation_endpoint": "https://depurecousa.com/welding-fume-extractors-2/", "status": "Complete" }, { "scenario_id": "SCN-M2-0017", "market_code": "M2", "market_name": "Metal Fabrication & Welding", "department_or_area": "Torch welding cell", "production_stage_or_process": "Torch extraction", "application_use_case": "On-torch welding-fume capture", "material_examples": "torch-generated welding fume", "parent_material_family_id": "MF-13", "parent_material_family_name": "Welding Fumes, Smoke & Grinding Dust", "material_condition": "Application-specific; verify dry/wet/oily/airborne/settled and temperature", "control_mode_id": "CM-04", "control_mode": "Welding Fume Source Capture", "primary_category_id": "CC-08", "primary_category_name": "Welding Fume Extraction", "product_family_group": "PF-FUME", "candidate_product_count": 3, "candidate_products": "AIR WELD; XM TORCH 1M; XM TORCH 2M", "qualification_questions": "welding process and alloy; source distance; torch/hood compatibility; fume rate; duty cycle; filter and ventilation integration", "application_difference": "This scenario is separated from adjacent uses by its material state, source versus settled condition, duty, access, collection and discharge objective.", "disqualification_or_guardrail": "A floor vacuum does not control welding fume at the arc or torch.", "compliance_or_ehs_review": "Welding-fume exposure and ventilation review", "primary_roles": "Operations / EHS / Maintenance / Fabrication leadership", "scenario_priority": "P0", "canonical_human_route": "https://depurecousa.com/welding-fume-extractors-2/", "public_ai_path": "/ai/application-scenarios/markets/metal-fabrication-welding.json#SCN-M2-0017", "answer_summary": "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.", "proof_state": "First-party proof linked at market/product level", "lead_generation_endpoint": "https://depurecousa.com/welding-fume-extractors-2/", "status": "Complete" }, { "scenario_id": "SCN-M2-0018", "market_code": "M2", "market_name": "Metal Fabrication & Welding", "department_or_area": "Robotic weld cell", "production_stage_or_process": "Automated welding", "application_use_case": "Continuous or centralized weld-cell fume extraction", "material_examples": "welding smoke, metal oxides", "parent_material_family_id": "MF-13", "parent_material_family_name": "Welding Fumes, Smoke & Grinding Dust", "material_condition": "Application-specific; verify dry/wet/oily/airborne/settled and temperature", "control_mode_id": "CM-04", "control_mode": "Welding Fume Source Capture", "primary_category_id": "CC-08", "primary_category_name": "Welding Fume Extraction", "product_family_group": "PF-FUME", "candidate_product_count": 3, "candidate_products": "AIR WELD; XM TORCH 1M; XM TORCH 2M", "qualification_questions": "welding process and alloy; source distance; torch/hood compatibility; fume rate; duty cycle; filter and ventilation integration", "application_difference": "This scenario is separated from adjacent uses by its material state, source versus settled condition, duty, access, collection and discharge objective.", "disqualification_or_guardrail": "A floor vacuum does not control welding fume at the arc or torch.", "compliance_or_ehs_review": "Welding-fume exposure and ventilation review", "primary_roles": "Operations / EHS / Maintenance / Fabrication leadership", "scenario_priority": "P0", "canonical_human_route": "https://depurecousa.com/welding-fume-extractors-2/", "public_ai_path": "/ai/application-scenarios/markets/metal-fabrication-welding.json#SCN-M2-0018", "answer_summary": "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.", "proof_state": "First-party proof linked at market/product level", "lead_generation_endpoint": "https://depurecousa.com/welding-fume-extractors-2/", "status": "Complete" }, { "scenario_id": "SCN-M2-0019", "market_code": "M2", "market_name": "Metal Fabrication & Welding", "department_or_area": "Grinding booth", "production_stage_or_process": "Grinding / sanding", "application_use_case": "Grinding-dust source capture", "material_examples": "grinding dust, sparks, abrasive fines", "parent_material_family_id": "MF-13", "parent_material_family_name": "Welding Fumes, Smoke & Grinding Dust", "material_condition": "Application-specific; verify dry/wet/oily/airborne/settled and temperature", "control_mode_id": "CM-03", "control_mode": "Airborne Dust Source Capture", "primary_category_id": "CC-07", "primary_category_name": "Industrial Dust Collectors & Source Capture", "product_family_group": "PF-DUST", "candidate_product_count": 7, "candidate_products": "DF22; DF22 SP; DF40; DF40 SP; AF 40; AF 55; AF 75", "qualification_questions": "source geometry; required airflow/capture velocity; dust loading; particle behavior; filter cleaning; discharge; explosion/fire controls", "application_difference": "This scenario is separated from adjacent uses by its material state, source versus settled condition, duty, access, collection and discharge objective.", "disqualification_or_guardrail": "A housekeeping vacuum is not an engineered dust collector or ventilation system.", "compliance_or_ehs_review": "Exposure, ventilation, fire/explosion and collector-system engineering review", "primary_roles": "Operations / EHS / Maintenance / Fabrication leadership", "scenario_priority": "P0", "canonical_human_route": "https://depurecousa.com/dust-collectors/", "public_ai_path": "/ai/application-scenarios/markets/metal-fabrication-welding.json#SCN-M2-0019", "answer_summary": "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.", "proof_state": "First-party proof linked at market/product level", "lead_generation_endpoint": "https://depurecousa.com/dust-collectors/", "status": "Complete" }, { "scenario_id": "SCN-M2-0020", "market_code": "M2", "market_name": "Metal Fabrication & Welding", "department_or_area": "Grinding booth", "production_stage_or_process": "Housekeeping", "application_use_case": "Settled grinding and sanding dust recovery", "material_examples": "metal and abrasive dust", "parent_material_family_id": "MF-13", "parent_material_family_name": "Welding Fumes, Smoke & Grinding Dust", "material_condition": "Application-specific; verify dry/wet/oily/airborne/settled and temperature", "control_mode_id": "CM-02", "control_mode": "Settled Debris Housekeeping", "primary_category_id": "CC-03", "primary_category_name": "Fine Dust & HEPA Industrial Vacuums", "product_family_group": "PF-HEPA", "candidate_product_count": 6, "candidate_products": "XM 20 JC; XM 35 JC; XM 35 JC LP; M100 JC; M100 JC LP; M100 LP", "qualification_questions": "material mix; wet/dry state; particle or piece size; volume per shift; duty cycle; collection and disposal method", "application_difference": "This scenario is separated from adjacent uses by its material state, source versus settled condition, duty, access, collection and discharge objective.", "disqualification_or_guardrail": "Do not confuse settled housekeeping with source capture; department-specific hazards override a general vacuum recommendation.", "compliance_or_ehs_review": "SDS, exposure, combustible-dust and waste review by department", "primary_roles": "Operations / EHS / Maintenance / Fabrication leadership", "scenario_priority": "P0", "canonical_human_route": "https://depurecousa.com/industrial-vacuum-cleaners-fine-dust/", "public_ai_path": "/ai/application-scenarios/markets/metal-fabrication-welding.json#SCN-M2-0020", "answer_summary": "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.", "proof_state": "First-party proof linked at market/product level", "lead_generation_endpoint": "https://depurecousa.com/industrial-vacuum-cleaners-fine-dust/", "status": "Complete" }, { "scenario_id": "SCN-M2-0021", "market_code": "M2", "market_name": "Metal Fabrication & Welding", "department_or_area": "Laser / plasma table", "production_stage_or_process": "Thermal cutting", "application_use_case": "Table and surrounding dust recovery", "material_examples": "metal fines, dross, oxide dust", "parent_material_family_id": "MF-13", "parent_material_family_name": "Welding Fumes, Smoke & Grinding Dust", "material_condition": "Application-specific; verify dry/wet/oily/airborne/settled and temperature", "control_mode_id": "CM-03", "control_mode": "Airborne Dust Source Capture", "primary_category_id": "CC-07", "primary_category_name": "Industrial Dust Collectors & Source Capture", "product_family_group": "PF-DUST", "candidate_product_count": 7, "candidate_products": "DF22; DF22 SP; DF40; DF40 SP; AF 40; AF 55; AF 75", "qualification_questions": "source geometry; required airflow/capture velocity; dust loading; particle behavior; filter cleaning; discharge; explosion/fire controls", "application_difference": "This scenario is separated from adjacent uses by its material state, source versus settled condition, duty, access, collection and discharge objective.", "disqualification_or_guardrail": "A housekeeping vacuum is not an engineered dust collector or ventilation system.", "compliance_or_ehs_review": "Exposure, ventilation, fire/explosion and collector-system engineering review", "primary_roles": "Operations / EHS / Maintenance / Fabrication leadership", "scenario_priority": "P0", "canonical_human_route": "https://depurecousa.com/dust-collectors/", "public_ai_path": "/ai/application-scenarios/markets/metal-fabrication-welding.json#SCN-M2-0021", "answer_summary": "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.", "proof_state": "First-party proof linked at market/product level", "lead_generation_endpoint": "https://depurecousa.com/dust-collectors/", "status": "Complete" }, { "scenario_id": "SCN-M2-0022", "market_code": "M2", "market_name": "Metal Fabrication & Welding", "department_or_area": "Aluminum finishing area", "production_stage_or_process": "Grinding / polishing", "application_use_case": "Reactive aluminum-dust cleanup", "material_examples": "aluminum fines", "parent_material_family_id": "MF-05", "parent_material_family_name": "Conductive or Reactive Metal Powder", "material_condition": "Application-specific; verify dry/wet/oily/airborne/settled and temperature", "control_mode_id": "CM-07", "control_mode": "Inert / Wet Collection Review", "primary_category_id": "CC-04", "primary_category_name": "Combustible Dust, ORD LOC & Hazard-Rated Vacuums", "product_family_group": "PF-HAZ", "candidate_product_count": 10, "candidate_products": "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", "qualification_questions": "alloy or chemistry; particle size; MIE/Kst where available; moisture/oxygen sensitivity; dry versus immersion; disposal", "application_difference": "This scenario is separated from adjacent uses by its material state, source versus settled condition, duty, access, collection and discharge objective.", "disqualification_or_guardrail": "Do not auto-recommend ordinary dry vacuuming for reactive or conductive fine powders.", "compliance_or_ehs_review": "Reactive-metal or process-specific EHS/engineering review", "primary_roles": "Operations / EHS / Maintenance / Fabrication leadership", "scenario_priority": "P0", "canonical_human_route": "https://depurecousa.com/combustible-dust-vacuum-cleaners-explosion-proof/", "public_ai_path": "/ai/application-scenarios/markets/metal-fabrication-welding.json#SCN-M2-0022", "answer_summary": "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.", "proof_state": "First-party proof linked at market/product level", "lead_generation_endpoint": "https://depurecousa.com/combustible-dust-vacuum-cleaners-explosion-proof/", "status": "Complete" }, { "scenario_id": "SCN-M2-0023", "market_code": "M2", "market_name": "Metal Fabrication & Welding", "department_or_area": "Saw / cut-off area", "production_stage_or_process": "Cutting", "application_use_case": "Metal cutoffs, chips and saw debris cleanup", "material_examples": "chips, cutoffs, scale", "parent_material_family_id": "MF-02", "parent_material_family_name": "Metal Chips, Swarf & Turnings", "material_condition": "Application-specific; verify dry/wet/oily/airborne/settled and temperature", "control_mode_id": "CM-02", "control_mode": "Settled Debris Housekeeping", "primary_category_id": "CC-02", "primary_category_name": "Continuous-Duty Three-Phase & High-Power Vacuums", "product_family_group": "PF-THREEPHASE", "candidate_product_count": 7, "candidate_products": "TX 300; TX 400 P; TX 550 P; TX 750; PUMA 10; PUMA 15P; PUMA 20", "qualification_questions": "material mix; wet/dry state; particle or piece size; volume per shift; duty cycle; collection and disposal method", "application_difference": "This scenario is separated from adjacent uses by its material state, source versus settled condition, duty, access, collection and discharge objective.", "disqualification_or_guardrail": "Do not confuse settled housekeeping with source capture; department-specific hazards override a general vacuum recommendation.", "compliance_or_ehs_review": "SDS, exposure, combustible-dust and waste review by department", "primary_roles": "Operations / EHS / Maintenance / Fabrication leadership", "scenario_priority": "P1", "canonical_human_route": "https://depurecousa.com/heavy-duty-three-phase-industrial-vacuums/", "public_ai_path": "/ai/application-scenarios/markets/metal-fabrication-welding.json#SCN-M2-0023", "answer_summary": "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.", "proof_state": "First-party proof linked at market/product level", "lead_generation_endpoint": "https://depurecousa.com/heavy-duty-three-phase-industrial-vacuums/", "status": "Complete" }, { "scenario_id": "SCN-M2-0024", "market_code": "M2", "market_name": "Metal Fabrication & Welding", "department_or_area": "Weld bay floor", "production_stage_or_process": "Housekeeping", "application_use_case": "Cooled slag, spatter and mixed bay debris", "material_examples": "slag, wire, dust, cutoffs", "parent_material_family_id": "MF-16", "parent_material_family_name": "General Mixed Industrial Debris", "material_condition": "Application-specific; verify dry/wet/oily/airborne/settled and temperature", "control_mode_id": "CM-02", "control_mode": "Settled Debris Housekeeping", "primary_category_id": "CC-02", "primary_category_name": "Continuous-Duty Three-Phase & High-Power Vacuums", "product_family_group": "PF-THREEPHASE", "candidate_product_count": 7, "candidate_products": "TX 300; TX 400 P; TX 550 P; TX 750; PUMA 10; PUMA 15P; PUMA 20", "qualification_questions": "material mix; wet/dry state; particle or piece size; volume per shift; duty cycle; collection and disposal method", "application_difference": "This scenario is separated from adjacent uses by its material state, source versus settled condition, duty, access, collection and discharge objective.", "disqualification_or_guardrail": "Do not confuse settled housekeeping with source capture; department-specific hazards override a general vacuum recommendation.", "compliance_or_ehs_review": "SDS, exposure, combustible-dust and waste review by department", "primary_roles": "Operations / EHS / Maintenance / Fabrication leadership", "scenario_priority": "P1", "canonical_human_route": "https://depurecousa.com/heavy-duty-three-phase-industrial-vacuums/", "public_ai_path": "/ai/application-scenarios/markets/metal-fabrication-welding.json#SCN-M2-0024", "answer_summary": "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.", "proof_state": "First-party proof linked at market/product level", "lead_generation_endpoint": "https://depurecousa.com/heavy-duty-three-phase-industrial-vacuums/", "status": "Complete" }, { "scenario_id": "SCN-M2-0025", "market_code": "M2", "market_name": "Metal Fabrication & Welding", "department_or_area": "Fabrication bay", "production_stage_or_process": "General housekeeping", "application_use_case": "Mobile cleanup around tables and fixtures", "material_examples": "mixed metal debris, dust, light liquids", "parent_material_family_id": "MF-16", "parent_material_family_name": "General Mixed Industrial Debris", "material_condition": "Application-specific; verify dry/wet/oily/airborne/settled and temperature", "control_mode_id": "CM-02", "control_mode": "Settled Debris Housekeeping", "primary_category_id": "CC-01", "primary_category_name": "Mobile Wet & Dry Industrial Vacuums", "product_family_group": "PF-WETDRY", "candidate_product_count": 5, "candidate_products": "M100; M PRO; MINIBULL; WD 132P; WD AIR", "qualification_questions": "material mix; wet/dry state; particle or piece size; volume per shift; duty cycle; collection and disposal method", "application_difference": "This scenario is separated from adjacent uses by its material state, source versus settled condition, duty, access, collection and discharge objective.", "disqualification_or_guardrail": "Do not confuse settled housekeeping with source capture; department-specific hazards override a general vacuum recommendation.", "compliance_or_ehs_review": "SDS, exposure, combustible-dust and waste review by department", "primary_roles": "Operations / EHS / Maintenance / Fabrication leadership", "scenario_priority": "P0", "canonical_human_route": "https://depurecousa.com/wet-and-dry-industrial-vacuum-cleaners/", "public_ai_path": "/ai/application-scenarios/markets/metal-fabrication-welding.json#SCN-M2-0025", "answer_summary": "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.", "proof_state": "First-party proof linked at market/product level", "lead_generation_endpoint": "https://depurecousa.com/wet-and-dry-industrial-vacuum-cleaners/", "status": "Complete" }, { "scenario_id": "SCN-M2-0026", "market_code": "M2", "market_name": "Metal Fabrication & Welding", "department_or_area": "Multi-bay fabrication shop", "production_stage_or_process": "Plant engineering", "application_use_case": "Centralized housekeeping across weld and grind bays", "material_examples": "settled dust, chips, light scrap", "parent_material_family_id": "MF-16", "parent_material_family_name": "General Mixed Industrial Debris", "material_condition": "Application-specific; verify dry/wet/oily/airborne/settled and temperature", "control_mode_id": "CM-05", "control_mode": "Central / Multi-Point Vacuum Network", "primary_category_id": "CC-06", "primary_category_name": "Centralized Vacuum Systems", "product_family_group": "PF-CENTRAL", "candidate_product_count": 22, "candidate_products": "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", "qualification_questions": "pickup points; simultaneous users; equivalent distance; vertical lift; material velocity; filtration; separation; discharge; controls", "application_difference": "This scenario is separated from adjacent uses by its material state, source versus settled condition, duty, access, collection and discharge objective.", "disqualification_or_guardrail": "Do not size a central network without simultaneous-use, piping, separation and material-velocity calculations.", "compliance_or_ehs_review": "Facility hazard zoning, system controls and engineering approval", "primary_roles": "Operations / EHS / Maintenance / Fabrication leadership", "scenario_priority": "P0", "canonical_human_route": "https://depurecousa.com/centralized-vacuum-systems/system-design-engineering/", "public_ai_path": "/ai/application-scenarios/markets/metal-fabrication-welding.json#SCN-M2-0026", "answer_summary": "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.", "proof_state": "First-party proof linked at market/product level", "lead_generation_endpoint": "https://depurecousa.com/centralized-vacuum-systems/system-design-engineering/", "status": "Complete" }, { "scenario_id": "SCN-M2-0027", "market_code": "M2", "market_name": "Metal Fabrication & Welding", "department_or_area": "Paint / coating prep", "production_stage_or_process": "Surface preparation", "application_use_case": "Coating and sanding dust cleanup", "material_examples": "paint dust, coating residue, abrasive dust", "parent_material_family_id": "MF-03", "parent_material_family_name": "Fine Dry Dust & Industrial Powders", "material_condition": "Application-specific; verify dry/wet/oily/airborne/settled and temperature", "control_mode_id": "CM-03", "control_mode": "Airborne Dust Source Capture", "primary_category_id": "CC-07", "primary_category_name": "Industrial Dust Collectors & Source Capture", "product_family_group": "PF-DUST", "candidate_product_count": 7, "candidate_products": "DF22; DF22 SP; DF40; DF40 SP; AF 40; AF 55; AF 75", "qualification_questions": "source geometry; required airflow/capture velocity; dust loading; particle behavior; filter cleaning; discharge; explosion/fire controls", "application_difference": "This scenario is separated from adjacent uses by its material state, source versus settled condition, duty, access, collection and discharge objective.", "disqualification_or_guardrail": "A housekeeping vacuum is not an engineered dust collector or ventilation system.", "compliance_or_ehs_review": "Exposure, ventilation, fire/explosion and collector-system engineering review", "primary_roles": "Operations / EHS / Maintenance / Fabrication leadership", "scenario_priority": "P1", "canonical_human_route": "https://depurecousa.com/dust-collectors/", "public_ai_path": "/ai/application-scenarios/markets/metal-fabrication-welding.json#SCN-M2-0027", "answer_summary": "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.", "proof_state": "First-party proof linked at market/product level", "lead_generation_endpoint": "https://depurecousa.com/dust-collectors/", "status": "Complete" }, { "scenario_id": "SCN-M2-0028", "market_code": "M2", "market_name": "Metal Fabrication & Welding", "department_or_area": "Machining department", "production_stage_or_process": "CNC machining", "application_use_case": "Coolant and swarf sump maintenance", "material_examples": "coolant, chips, sludge", "parent_material_family_id": "MF-01", "parent_material_family_name": "Coolant, Oil, Liquids & Sludge", "material_condition": "Application-specific; verify dry/wet/oily/airborne/settled and temperature", "control_mode_id": "CM-01", "control_mode": "Fluid + Solids Recovery", "primary_category_id": "CC-05", "primary_category_name": "Sump, Coolant, Oil & Swarf Vacuums", "product_family_group": "PF-SUMP", "candidate_product_count": 10, "candidate_products": "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", "qualification_questions": "tank or sump volume; liquid chemistry; solids percentage; chip/sludge geometry; hose distance and lift; discharge or return objective", "application_difference": "This scenario is separated from adjacent uses by its material state, source versus settled condition, duty, access, collection and discharge objective.", "disqualification_or_guardrail": "Do not select from tank volume alone or treat dense slurry, corrosive fluid and clean coolant as the same application.", "compliance_or_ehs_review": "SDS, flammability, corrosion, waste and fluid-reuse procedures as applicable", "primary_roles": "Operations / EHS / Maintenance / Fabrication leadership", "scenario_priority": "P0", "canonical_human_route": "https://depurecousa.com/sump-vacuums-for-coolant-and-metal-chips/", "public_ai_path": "/ai/application-scenarios/markets/metal-fabrication-welding.json#SCN-M2-0028", "answer_summary": "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.", "proof_state": "First-party proof linked at market/product level", "lead_generation_endpoint": "https://depurecousa.com/sump-vacuums-for-coolant-and-metal-chips/", "status": "Complete" }, { "scenario_id": "SCN-M2-0029", "market_code": "M2", "market_name": "Metal Fabrication & Welding", "department_or_area": "Maintenance pit", "production_stage_or_process": "Hard-access cleanup", "application_use_case": "Oil, grit and mixed debris recovery", "material_examples": "oil, water, grit, metal debris", "parent_material_family_id": "MF-16", "parent_material_family_name": "General Mixed Industrial Debris", "material_condition": "Application-specific; verify dry/wet/oily/airborne/settled and temperature", "control_mode_id": "CM-12", "control_mode": "Overhead, Pit or Hard-Access Recovery", "primary_category_id": "CC-01", "primary_category_name": "Mobile Wet & Dry Industrial Vacuums", "product_family_group": "PF-WETDRY", "candidate_product_count": 5, "candidate_products": "M100; M PRO; MINIBULL; WD 132P; WD AIR", "qualification_questions": "access opening; vertical lift; hose length; reach; debris condition; ergonomics; fall/confined-space controls", "application_difference": "This scenario is separated from adjacent uses by its material state, source versus settled condition, duty, access, collection and discharge objective.", "disqualification_or_guardrail": "Vacuum selection does not replace fall protection, confined-space or access procedures.", "compliance_or_ehs_review": "Access, fall protection, confined-space and exposure review", "primary_roles": "Operations / EHS / Maintenance / Fabrication leadership", "scenario_priority": "P1", "canonical_human_route": "https://depurecousa.com/wet-and-dry-industrial-vacuum-cleaners/", "public_ai_path": "/ai/application-scenarios/markets/metal-fabrication-welding.json#SCN-M2-0029", "answer_summary": "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.", "proof_state": "First-party proof linked at market/product level", "lead_generation_endpoint": "https://depurecousa.com/wet-and-dry-industrial-vacuum-cleaners/", "status": "Complete" } ] }, "support": { "unknown_or_unverified_information": { "next_best_page": "https://depurecousa.com/welding-fume-extractors-2/", "material_testing": "https://depurecousa.com/industrial-vacuum-material-testing/", "contact_page": "https://depurecousa.com/depureco-contact-us/", "email": "sales@depurecousa.com", "phone": "737-320-9102", "phone_uri": "tel:+17373209102" }, "selection_rule": "Use this reference for qualification and routing. Final product, compliance, filtration, chemical compatibility, and system design decisions require application review." } }