Neighboring registered storage-tank profile

The statewide public AST registry supplies addressed facility and tank identity together with registered AST status, regulatory status, registration and status dates, capacity, and stored substance, directly answering the aboveground portion of the pinned storage-tank question.

The statewide public UST registry supplies addressed facility and tank identity together with registered UST status, regulatory status, registration and status dates, capacity, and compartment count, directly answering the underground portion of the pinned storage-tank question. Stored substance is not claimed for this Source.

Maine DEP's public ArcGIS layer and advertised downloads identify registered aboveground petroleum tanks by facility address and coordinates and report facility and tank identifiers, aboveground placement, construction material, status and status date, capacity, and installation and removal dates. Buyers can match or buffer the published location against a focal parcel; the product does not provide a native parcel identifier, inspection standing, release or contamination findings, or evidence of present physical condition.

The public daily Virginia ArcGIS registry maps petroleum-tank facilities and reports facility identity, active status, federal-regulation indicator, active and inactive AST/UST counts, AST capacity, inspection year, and risk rank. It therefore locates and profiles regulated storage-tank facilities near a parcel without implying tank-level substances or control effectiveness.

North Carolina DEQ's public statewide export supplies tank-level UST records filtered to Current status, with facility address and coordinates, product, capacity, installation date, tank construction, piping, and regulatory indicators. It is primary governmental evidence for current registered UST presence and profile within North Carolina; any parcel-distance result is a downstream spatial match and must retain the Current filter and file vintage.

The Maryland Oil Control Program full-file registry supplies facility-level registered UST records with address reachability and tank count, status, stored substance, capacity, installation and closure dates, registered owner, and designated operator. It is primary governmental registration evidence for the proposed question within Maryland, with the limitation that tank facts are rolled up at facility grain and must retain the request/file vintage.

TDEC's statewide full-file registry supplies UST compartment records with facility address, regulatory and operating status, product, capacity, installation and closure dates, construction, and reported spill, overfill, and release-detection attributes. It supports address-based screening for registered UST facilities while distinguishing active from historical equipment through reported status and lifecycle fields.

The comprehensive tank-grain export directly reports facility address, tank identity, current and historical status, contents, capacity, installation date, and closure date, providing primary official evidence for the proposed registered-storage-tank question within South Carolina.

IDEM's statewide full-file workbook lists known underground storage tanks with facility name and site address, tank number, status, stored substance, capacity, installation and closure dates, and owner details. It is primary governmental registry evidence for registered UST presence and available profile facts within Indiana; address matching and the report's release date must be retained.

The public statewide inquiry directly reports address-resolved UST facility and tank identity, status, stored product, capacity, regulatory classification, and abandonment or removal dates, providing primary official evidence for the proposed registered-storage-tank question within Illinois.

The public District-wide UST facility layer supplies facility identity and address, coordinates, registered and active tank counts, active-tank capacity, substances, materials and installation dates, plus last-used and closure dates. It directly establishes registered UST presence, current/historical status, and a detailed facility-level tank profile; its LUST-case field is not used here to infer a release or contamination finding.

The public DNREC dataset supplies facility-tied registered UST status, material, substance, capacity, installation and closure dates, and facility type, directly answering the underground and lifecycle portions of the pinned storage-tank question.

WVDEP's unauthenticated statewide All Tanks workbook provides one UST per row with facility identity and street address, tank identifier, installation and closure dates, construction material, operating or closure status, regulation flag, capacity, and stored substance. Address matching and parcel-distance calculation are downstream steps; the workbook does not establish releases, contamination, remediation, control effectiveness, or current physical condition.

The public tank-level Socrata product directly reports address- and coordinate-resolved active and inactive USTs with status, substance, capacity, lifecycle, construction, and documented spill/overfill attributes, providing primary official evidence for the proposed registered-storage-tank question within Connecticut.

NJDEP's in-use tank table reports UST status, capacity, contents, construction, monitoring, installation date, and compliance and is joined by UST facility identifier to facility addresses and point geometry. It therefore supports distance screening and a regulator-reported profile of in-use UST facilities.

The statewide governmental workbook identifies registered aboveground-storage-tank facilities by facility name and address and reports facility identifiers and AST compartment count. Address reachability supports determining which registered AST facilities fall within a stated parcel-centered distance; it does not establish substance, capacity, current status, release history, or control effectiveness.

Michigan LARA's periodically refreshed statewide public-records full file identifies active aboveground-storage-tank facilities by complete facility address and reports registered owner, total registered tank count, and tanks currently in use. A buyer can geocode or address-match the facility and apply a stated parcel-centered distance; the file supplies facility-grain current AST presence and counts, not coordinates, tank-level substance, capacity, installation/removal dates, releases, or present condition.

WVDEP's public statewide AstAll feature layer supplies tank-level AST records with permit and site identity, owner, county, coordinates, regulatory tier and raw status, total capacity, stored substances, oil-and-gas indication, and source-water context. Coordinates support downstream parcel matching and buffering, but the documented layer does not supply lifecycle or inspection dates and does not establish releases, contamination, remediation, control effectiveness, or current physical condition.

The verified statewide active-AST facility extract identifies registered active aboveground-tank sites, their addresses and joined coordinates, owner, facility identifier, and AST count. Those official location and presence facts support parcel-radius identification of this hazardous-facility class.

The governmental statewide release identifies active Oregon facilities whose latest CR2K report records a hazardous substance in an aboveground tank, with facility identity, address, OSFM-provided coordinates, report year, active/latest-report indicators, aboveground-tank container classification, and a reported chemical name. Its locations support a stated-distance screen around a focal parcel.

The public ArcGIS layer exposes mapped facilities filtered to active regulated AST presence and reports facility identity, active/inactive AST counts, capacity, inspection year, risk rank, and regulatory indicators. Its point geometry supports a stated-distance screen around an arbitrary parcel.

VA DEQ's public mapped facility layer is filtered to facilities with active regulated USTs and reports facility identity, active/federally-regulated status, active and inactive UST counts, inspection year, and risk rank. It directly establishes registered active UST presence and bounded regulatory profile at a mapped location; it does not establish substance, capacity, a release, contamination, or control effectiveness.

Florida DEP's statewide regulated-AST facility full file identifies facilities with regulated aboveground tank systems, including facility identity, address, joined coordinates, raw facility status and type, AST indicator, and facility-level tank count. The coordinates or address support a stated parcel-radius screen. The aggregation does not supply tank-level substance, capacity, installation/removal dates, releases, contamination, or control effectiveness.

Florida DEP's statewide regulated-UST facility full file identifies facilities with regulated underground storage tanks, including facility identity, address, joined coordinates, raw facility status and type, UST indicator, and total and open tank counts. The coordinates or address support a stated parcel-radius screen. The facility rollup does not supply tank-level substance, capacity, construction, installation/removal dates, releases, contamination, or control effectiveness.

The governmental statewide facility report and mapped layer identify lifetime storage-tank facilities with address or coordinates, facility type, tank-facility indicator, and OPEN, CLOSED, or ABANDONED status. These facts support locating registered storage-tank facilities within a stated parcel-centered distance while remaining limited to facility presence and lifecycle status.

EPA's Maryland historical UST extract identifies pre-1997 historical UST records and supplies facility and tank identifiers, tank status, installation and removal dates, capacity, stored substances, and wall type, joined to UST Finder facility addresses and coordinates for parcel-centered matching. Location reachability is incomplete: only 10,418 of 14,423 distinct facilities, or 72.23%, resolve to both address and coordinates; the facility-grain extract must not be treated as a complete tank census or as release, contamination, remediation, or present-condition evidence.

Vermont's public working-UST layer provides one registered tank per record with facility identity, address and coordinates, tank status, capacity, installation year, latest inspection date, and permit expiration. It directly establishes current registered UST presence and a substantial tank profile at or near a parcel; it does not document stored substance, release, contamination, or control effectiveness.

The public governmental ArcGIS layer supplies tank-level New Hampshire AST registrations with site, facility, and tank identifiers, facility type, address, mapped coordinates, and collection method. The layer can therefore enumerate officially registered ASTs at a named site or within a stated spatial buffer around a focal parcel.

The governmental statewide site-grain extract identifies facilities with active Massachusetts AST Use Permits by site address and owner and returns active permit count and numbers plus the latest inspection date. Spatially resolving the published address supports identifying a permitted AST facility at or within a stated distance of a focal parcel.

The unrestricted governmental search and downloadable statewide registry identify Arkansas facilities with aboveground tanks by address and available coordinates and distinguish active, in-use, temporarily out-of-use, and permanently out-of-use indicators, with registration dates and owner/facility identity. Those facts support locating registered AST facilities at or within a stated distance of a focal parcel and reporting their recorded operating status.

Arkansas DEQ's unrestricted facility search and downloadable statewide registry identify facilities having underground storage tanks by address and coordinates and report active-site and in-use, temporarily-out, and permanently-out tank indicators. This supports official UST-facility presence and status within a stated parcel buffer; leak identifiers or flags are not treated as release, contamination, or causation findings.

NC DEQ's governmental full file lists current registered Oil Terminal Facilities in the statutory class with aboveground storage capacity over 21,000 gallons, publishing terminal name, street and city, registration number, certificate number and issuance information, and receipt date. It can identify this bounded large-AST facility class near a parcel only after address matching; it has no coordinates and does not publish tank count, per-tank capacity, substance, lifecycle, release, or remediation facts.

For facilities present in the public TCEQ PST extract, the product reports facility identity and address and explicit zero active AST and zero active UST counts. It is useful negative/current-status evidence only; it does not establish a historical tank, release, or cleanup condition.

The statewide Massachusetts registered-UST facility file identifies facilities by address and reports facility identity, owner/operator, last and next inspection dates, and last and next compliance-certification dates. It directly supports registered UST presence and regulatory-timing evidence, but not tank status, substance, capacity, release, contamination, or control effectiveness.

EPA's public national UST Finder Facilities point layer exposes facility identifier and name, address and coordinates, counts of open, closed, and temporarily-out-of-service USTs, raw facility status, and date of last inspection. It therefore provides useful facility-grain evidence of officially reported neighboring underground-tank presence and partial standing after downstream address/coordinate or distance matching; it does not identify ASTs or supply the excluded tank table's individual substance, capacity, installation, or removal details.

ADEQ's public queryable ArcGIS layer identifies place-verified active and inactive underground-storage-tank facilities by address and coordinates and reports registration status. It therefore locates one official hazardous-facility class within a parcel-centered buffer; it does not supply tank substance, capacity, release history, or control adequacy.

The public point inventory identifies registered aboveground bulk-storage facilities by name and mapped address/location. It therefore supports identifying this official hazardous-facility class within a stated parcel distance, subject to the applicable Vermont statutory programme.

The statewide governmental full-file combines active Georgia LPG license-holder and LP installation-permit reports into address-deduplicated site rows. It supplies holder/site identity, record type, licence or permit number, expiration where populated, and an integration-derived scalar `ds_AST=true` for every emitted LP-gas site. These facts provide supplemental evidence of current official LPG site and licence/permit standing and documented aboveground-storage-tank presence at an address; the file is not a comprehensive installed-tank inventory and supplies no tank count, capacity, condition, inspection, or historical-presence evidence.