{
  "metadata": {
    "schema_version": "2.0",
    "package_version": "2.0.0-rc1",
    "publication_status": "conditional_reference_human_review_required",
    "last_verified": "2026-07-14",
    "generated_date": "2026-07-28",
    "confidence": "Medium",
    "public_safe": true,
    "confidential_fields_excluded": true,
    "source_package": "Depureco USA public knowledge source package v33",
    "json_path": "/ai/configurations/high-volume-coolant-oil-sludge-recovery.json",
    "markdown_path": "/ai/configurations/high-volume-coolant-oil-sludge-recovery.md"
  },
  "entity": {
    "entity_id": "CFG-HIGH-VOLUME-SUMP",
    "entity_type": "configuration",
    "name": "High-Volume Coolant, Oil, and Sludge Recovery",
    "slug": "high-volume-coolant-oil-and-sludge-recovery",
    "summary": "Recover and transfer large volumes of liquid and heavy settled solids from machining or process tanks.",
    "ai_file_path": "/ai/configurations/high-volume-coolant-oil-sludge-recovery.md",
    "canonical_url": "https://depurecousa.com/sump-vacuums-for-coolant-and-metal-chips/",
    "materials": [
      "Coolant",
      "oil",
      "sludge",
      "chips",
      "swarf",
      "settled process solids"
    ],
    "recommended_series": [
      "RAM OIL Series"
    ],
    "example_products": [
      "RAM OIL 500 MP",
      "RAM OIL 1000 MP",
      "RAM OIL T555",
      "RAM OIL 1000 AV"
    ],
    "required_features": [
      "SIEVE GRID BASKET",
      "TILTING HOPPER",
      "LIQUID POWDER SEPARATION"
    ],
    "optional_features": [
      "PUMP",
      "PUMP EXT",
      "FKL"
    ],
    "qualification_inputs": [
      "Liquid volume",
      "tank access",
      "solids percentage",
      "transfer distance",
      "discharge rate",
      "forklift access",
      "power source"
    ],
    "claim_guardrail": "Confirm tank access, hose diameter, pump head, fluid compatibility, and solids loading.",
    "priority": "P0",
    "source_authority": "Product master + target market map",
    "confidence": "Medium",
    "conversion_route": {
      "primary_endpoint_id": "CE-SUMP",
      "primary_human_route": "https://depurecousa.com/sump-vacuums-for-coolant-and-metal-chips/",
      "secondary_endpoint_id": "CE-LABS",
      "secondary_human_route": "https://depurecousa.com/industrial-vacuum-material-testing/",
      "qualification_profile_id": "QP-SUMP",
      "qualification_questions": "Coolant/oil type; sump volume; chip geometry; sludge depth; recovery/reuse; discharge distance; voltage; floor space",
      "primary_cta": "Request High-Volume Sump Review",
      "conversion_stage": "Configuration fit review",
      "automatic_product_selection_allowed": false
    },
    "proof_asset_ids": [
      "PROOF-LAB-SEn7iuGNr7A",
      "PROOF-LAB-TEMOm2P02is",
      "PROOF-LAB-0D0k4w9R0bk",
      "PROOF-LAB-1I_5L-6vn4w",
      "PROOF-CASE-case-study-dry-metal-chips",
      "PROOF-CASE-case-study-vacuum-solution-for-aluminum-cutting",
      "PROOF-CASE-case-study-central-vacuum-for-dry-metal-chips"
    ],
    "proof_summary": {
      "lab_tests": 4,
      "case_studies": 3,
      "technical_documents": 0,
      "product_visuals": 0,
      "claim_rule": "Use only within the documented material, application, configuration and evidence boundary."
    },
    "human_route": "https://depurecousa.com/sump-vacuums-for-coolant-and-metal-chips/",
    "human_route_status": "available",
    "publication_status": "conditional_reference_human_review_required",
    "selection_qualification_required": true
  },
  "public_relationships": [],
  "support": {
    "unknown_or_unverified_information": {
      "next_best_page": "https://depurecousa.com/sump-vacuums-for-coolant-and-metal-chips/",
      "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": "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."
  }
}