{"id":"refinery-terminal-status-permit-data-engineering-guide","canonicalSlug":"refinery-terminal-status-permit-data-engineering-guide","url":"https://wellficent.com/en/news/refinery-terminal-status-permit-data-engineering-guide","language":"en","title":"Refinery or Fuel Terminal? How to Read Plant Status, Permits and Engineering Data","summary":"Primary-source cases from North Pole, Lumberton and Bakersfield explain why fuel-tax registration, cleanup status and tank inventory do not establish operating crude-refining capacity.","body":["A facility can retain “refinery” in its name, appear in a fuel-tax register and have an active environmental case after its crude-processing equipment stops operating. These statements concern different attributes. Treating them as interchangeable creates false refinery counts, misleading capacity comparisons and incorrect links between wells and downstream infrastructure.","This engineering review separates process identity, site identity, operating observations and reporting dates. It uses official documents and operator descriptions checked on 11 November 2026. The tank example is explicitly hypothetical, and the illustration depicts an unnamed conceptual terminal. Neither supplies measurements for any named facility. The corresponding reviewed Atlas records preserve their source history and unknown operating-state fields."],"keyPoints":[],"sections":[{"heading":"Define the process before counting the plant","paragraphs":["Start with what crosses the process boundary. Crude distillation, condensate fractionation, asphalt blending and fuel storage can all involve tanks, heaters, pumps and petroleum products, but those shared features do not establish the same industrial activity. A product list is insufficient: asphalt can come from a crude refinery or be received and blended at a terminal. Petro Rabigh explicitly identifies Arabian Light crude as feed; its integrated petrochemical activity does not erase the refining function. Conversely, a distribution business does not gain crude-processing capacity because its company name contains “oil.” Record the documented feed and process separately from ownership, current availability and any numerical rating."]},{"heading":"Read the purpose of each register","paragraphs":["The IRS document headed Active Fuel Refineries, dated 30 August 2026, is a fuel-tax registration inventory. It includes Hunt Southland at Lumberton and North Pole Refinery, as well as separately named renewable-fuel facilities. Its title must not be treated as an engineering definition of operating atmospheric crude distillation. Read the address and registration context, then examine plant-specific process evidence. The separate IRS terminal inventory is also a registration source; appearing in both inventories need not imply two physical installations. Deduplicate only with documented identity evidence. A tax record, environmental permit and operator page answer different questions, and disagreement between their labels requires review rather than automatic replacement of one field by another."]},{"heading":"North Pole: an active case is not an active crude unit","paragraphs":["Alaska DEC’s North Pole page, with a summary updated on 1 May 2026, describes the former Flint Hills refinery as the Marathon Terminal and dates the end of refining to 2014. The page’s Active field belongs to its contaminated-sites record. It therefore describes an environmental case, not verified current crude-unit operation. The same source separates historical activity from ongoing groundwater work. This review uses the explicit terminal reuse to correct the activity class while preserving unknown operating status in the dataset. The nearby Petro Star refinery has a separate IRS entry and address; its activity cannot be transferred to the former Flint Hills record merely because both are in North Pole."]},{"heading":"Lumberton and Tryon: storage and dispatch are distinct activities","paragraphs":["Hunt’s own logistics page identifies the Lumberton Terminal as manufacturing emulsified asphalt and storing and dispatching paving-grade asphalt. Its contact page places the site at 7539 Highway 11, matching the retained map address and distinguishing it from Sandersville and Tuscaloosa. These positive process descriptions support the terminal class despite the older refinery naming. Neal Oil describes bulk propane, diesel and gasoline distribution in Tryon. The county hazard plan lists its fixed chemical-storage locations using a 2020 inventory; the document itself is dated 2021 despite a 2026 download path. Such historical storage evidence is not a current compliance certificate. Loading counts and tank capacities remain their own quantities."]},{"heading":"Bakersfield: match the street and the well function","paragraphs":["EPA’s SJR draft Class I injection-permit fact sheet describes heavy-crude-derived manufacture at Shell Street in northern Bakersfield. It identifies WD-1 as a wastewater-disposal well and gives a refinery-site location. The IRS inventory separately lists San Joaquin Refining at 3542 Shell Street and Central Valley Renewable Fuels at 6451 Rosedale Highway. A conversion at the second location cannot be assigned to the first solely through a city-name match. Similarly, the disposal well is not an oil-production observation. The draft describes proposed permit conditions and a proposed additional well; it does not by itself prove that those conditions became final or that a future well was drilled. No verified Well Atlas production-record join has been established here, so none is invented."]},{"heading":"Calculate inventory cover without creating refinery capacity","paragraphs":["Assume a hypothetical usable inventory V = 24,000 bbl, expressed on the same liquid-volume reference basis as a constant dispatch rate Q. The ratio τ = V/Q has units of days. At 3,000, 6,000 and 12,000 bbl/day, it gives 8, 4 and 2 days respectively; the chart reproduces these three calculations. For a no-inflow, constant-outflow example, dV/dt = −Q and the time to exhaust that usable inventory is V/Q. With replenishment, the same ratio is only nominal inventory cover, not a stockout forecast or a measured residence-time distribution. Tank heels, unavailable product, line fill and operating reserves must already be excluded from usable inventory. All three dispatch rates are assumed scenarios, not plant observations. Neither the inventory in barrels nor its ratio to dispatch is crude-distillation nameplate capacity."]},{"heading":"Keep annual feed, projects and present availability apart","paragraphs":["Uzbekneftegaz’s May 2025 offering circular describes Bukhara’s mixed oil-and-condensate processing. The government’s 4 November 2026 account locates it in Karaulbazar and describes proposed hydrotreating, isomerisation and expansion. The location and feed evidence support refinery identity, but a planned expansion is not a completed process unit. An annual mass rating needs a documented feed-density and time basis before comparison with daily liquid volume; condensate and crude must retain their declared scope. The linked capacity and API-gravity guides show those separate calculations. A dated production announcement likewise remains an observation for its stated date, rather than a guarantee of uninterrupted operation on every subsequent day."]},{"heading":"Build connections that the evidence can support","paragraphs":["A reproducible facility review retains the map ID, source URL, document date, access date, process description and reason for the decision. Keep earlier classifications in revision history. Link the reviewed facility record and relevant engineering explanation directly, while labelling unverified joins as unresolved. An operator’s portfolio is not proof of a physical supply route, and a shared town is not proof of a common plant. This seven-record review retains every existing facility ID and leaves capacities and operating states unchanged. It reduces uncertainty about activity classification, without turning that narrower improvement into new production, ownership or supply-chain claims. Reassessment remains necessary when dated plant-specific evidence changes. A retained source record identifies a documented map feature; it does not certify a surveyed physical boundary."]}],"text":"Refinery or Fuel Terminal? How to Read Plant Status, Permits and Engineering Data\n\nPrimary-source cases from North Pole, Lumberton and Bakersfield explain why fuel-tax registration, cleanup status and tank inventory do not establish operating crude-refining capacity.\n\nA facility can retain “refinery” in its name, appear in a fuel-tax register and have an active environmental case after its crude-processing equipment stops operating. These statements concern different attributes. Treating them as interchangeable creates false refinery counts, misleading capacity comparisons and incorrect links between wells and downstream infrastructure.\n\nThis engineering review separates process identity, site identity, operating observations and reporting dates. It uses official documents and operator descriptions checked on 11 November 2026. The tank example is explicitly hypothetical, and the illustration depicts an unnamed conceptual terminal. Neither supplies measurements for any named facility. The corresponding reviewed Atlas records preserve their source history and unknown operating-state fields.\n\nDefine the process before counting the plant\n\nStart with what crosses the process boundary. Crude distillation, condensate fractionation, asphalt blending and fuel storage can all involve tanks, heaters, pumps and petroleum products, but those shared features do not establish the same industrial activity. A product list is insufficient: asphalt can come from a crude refinery or be received and blended at a terminal. Petro Rabigh explicitly identifies Arabian Light crude as feed; its integrated petrochemical activity does not erase the refining function. Conversely, a distribution business does not gain crude-processing capacity because its company name contains “oil.” Record the documented feed and process separately from ownership, current availability and any numerical rating.\n\nRead the purpose of each register\n\nThe IRS document headed Active Fuel Refineries, dated 30 August 2026, is a fuel-tax registration inventory. It includes Hunt Southland at Lumberton and North Pole Refinery, as well as separately named renewable-fuel facilities. Its title must not be treated as an engineering definition of operating atmospheric crude distillation. Read the address and registration context, then examine plant-specific process evidence. The separate IRS terminal inventory is also a registration source; appearing in both inventories need not imply two physical installations. Deduplicate only with documented identity evidence. A tax record, environmental permit and operator page answer different questions, and disagreement between their labels requires review rather than automatic replacement of one field by another.\n\nNorth Pole: an active case is not an active crude unit\n\nAlaska DEC’s North Pole page, with a summary updated on 1 May 2026, describes the former Flint Hills refinery as the Marathon Terminal and dates the end of refining to 2014. The page’s Active field belongs to its contaminated-sites record. It therefore describes an environmental case, not verified current crude-unit operation. The same source separates historical activity from ongoing groundwater work. This review uses the explicit terminal reuse to correct the activity class while preserving unknown operating status in the dataset. The nearby Petro Star refinery has a separate IRS entry and address; its activity cannot be transferred to the former Flint Hills record merely because both are in North Pole.\n\nLumberton and Tryon: storage and dispatch are distinct activities\n\nHunt’s own logistics page identifies the Lumberton Terminal as manufacturing emulsified asphalt and storing and dispatching paving-grade asphalt. Its contact page places the site at 7539 Highway 11, matching the retained map address and distinguishing it from Sandersville and Tuscaloosa. These positive process descriptions support the terminal class despite the older refinery naming. Neal Oil describes bulk propane, diesel and gasoline distribution in Tryon. The county hazard plan lists its fixed chemical-storage locations using a 2020 inventory; the document itself is dated 2021 despite a 2026 download path. Such historical storage evidence is not a current compliance certificate. Loading counts and tank capacities remain their own quantities.\n\nBakersfield: match the street and the well function\n\nEPA’s SJR draft Class I injection-permit fact sheet describes heavy-crude-derived manufacture at Shell Street in northern Bakersfield. It identifies WD-1 as a wastewater-disposal well and gives a refinery-site location. The IRS inventory separately lists San Joaquin Refining at 3542 Shell Street and Central Valley Renewable Fuels at 6451 Rosedale Highway. A conversion at the second location cannot be assigned to the first solely through a city-name match. Similarly, the disposal well is not an oil-production observation. The draft describes proposed permit conditions and a proposed additional well; it does not by itself prove that those conditions became final or that a future well was drilled. No verified Well Atlas production-record join has been established here, so none is invented.\n\nCalculate inventory cover without creating refinery capacity\n\nAssume a hypothetical usable inventory V = 24,000 bbl, expressed on the same liquid-volume reference basis as a constant dispatch rate Q. The ratio τ = V/Q has units of days. At 3,000, 6,000 and 12,000 bbl/day, it gives 8, 4 and 2 days respectively; the chart reproduces these three calculations. For a no-inflow, constant-outflow example, dV/dt = −Q and the time to exhaust that usable inventory is V/Q. With replenishment, the same ratio is only nominal inventory cover, not a stockout forecast or a measured residence-time distribution. Tank heels, unavailable product, line fill and operating reserves must already be excluded from usable inventory. All three dispatch rates are assumed scenarios, not plant observations. Neither the inventory in barrels nor its ratio to dispatch is crude-distillation nameplate capacity.\n\nKeep annual feed, projects and present availability apart\n\nUzbekneftegaz’s May 2025 offering circular describes Bukhara’s mixed oil-and-condensate processing. The government’s 4 November 2026 account locates it in Karaulbazar and describes proposed hydrotreating, isomerisation and expansion. The location and feed evidence support refinery identity, but a planned expansion is not a completed process unit. An annual mass rating needs a documented feed-density and time basis before comparison with daily liquid volume; condensate and crude must retain their declared scope. The linked capacity and API-gravity guides show those separate calculations. A dated production announcement likewise remains an observation for its stated date, rather than a guarantee of uninterrupted operation on every subsequent day.\n\nBuild connections that the evidence can support\n\nA reproducible facility review retains the map ID, source URL, document date, access date, process description and reason for the decision. Keep earlier classifications in revision history. Link the reviewed facility record and relevant engineering explanation directly, while labelling unverified joins as unresolved. An operator’s portfolio is not proof of a physical supply route, and a shared town is not proof of a common plant. This seven-record review retains every existing facility ID and leaves capacities and operating states unchanged. It reduces uncertainty about activity classification, without turning that narrower improvement into new production, ownership or supply-chain claims. Reassessment remains necessary when dated plant-specific evidence changes. A retained source record identifies a documented map feature; it does not certify a surveyed physical boundary.\n\nTechnical and economic analysis\n\nAnalysis as of: 2026-11-11\n\nEvidence cutoff: 2026-11-11\n\nOutlook horizon: Facility evidence and inventory arithmetic\n\nIllustrative sensitivity\n\nHypothetical inventory cover: 24,000 bbl usable stock\n\nCalculated scenarios: τ = 24000 / Q, with Q = 3000, 6000 or 12000 bbl/day on a compatible liquid-volume basis. Assumed usable stock and constant dispatch; no measured facility data, stockout forecast or crude-distillation capacity.\n\nThese calculations illustrate stated assumptions; they are not observations or a calibrated forecast.\n\n3000 bbl/day: 8 days\n\n6000 bbl/day: 4 days\n\n12000 bbl/day: 2 days","category":"energy","region":"world","topics":["oil","gas"],"eventDate":"2026-11-11","eventDateBasis":"analysis-as-of-date","publishedAt":"2026-11-11T11:57:54Z","modifiedAt":"2026-11-11T11:57:54Z","publicationBasis":"first-publication","preparedAt":"2026-11-11T11:45:32Z","sourcePublishedAt":null,"translatedAt":null,"sources":[{"url":"https://www.irs.gov/pub/irs-sbse/rcn-db.pdf","name":"IRS — Active Fuel Refineries, 30 August 2026","checkedAt":"2026-11-11"},{"url":"https://www.irs.gov/pub/irs-sbse/tcn-db.pdf","name":"IRS — Active Fuel Terminals","checkedAt":"2026-11-11"},{"url":"https://dec.alaska.gov/spar/csp/sites/north-pole-refinery/","name":"Alaska DEC — North Pole contaminated-site case, summary updated 1 May 2026","checkedAt":"2026-11-11"},{"url":"https://www.huntrefining.com/logistics-terminal-operations.aspx","name":"Hunt — Lumberton Terminal process description","checkedAt":"2026-11-11"},{"url":"https://www.huntrefining.com/contact.aspx","name":"Hunt — Plant contact addresses","checkedAt":"2026-11-11"},{"url":"https://nealoil.com/propane-diesel-gas-delivery/","name":"Neal Oil — Tryon bulk fuel distribution","checkedAt":"2026-11-11"},{"url":"https://jeo.com/wp-content/uploads/2026/03/05_McPherson-County-Appendix.pdf","name":"McPherson County — 2021 hazard mitigation plan, 2020 fixed-storage inventory","checkedAt":"2026-11-11"},{"url":"https://www.epa.gov/system/files/documents/2025-07/r9uic-ca1-fy16-1-san-joaquin-refinery-ltd-factsheet-2020.pdf","name":"EPA — SJR draft Class I UIC permit fact sheet, R9UIC-CA1-FY16-1","checkedAt":"2026-11-11"},{"url":"https://www.petrorabigh.com/en/OurProducts/RefinedProducts","name":"Petro Rabigh — Arabian Light crude feed and refined products","checkedAt":"2026-11-11"},{"url":"https://webdev.ung.uz/media/allfiles/files/194fb03e11964234b49c7dfdd98a17be.pdf","name":"Uzbekneftegaz — May 2025 offering circular, Bukhara mixed oil/condensate feed","checkedAt":"2026-11-11"},{"url":"https://pakistan.mfa.uz/en/news/bukhara-oil-refinery-to-increase-production-of-high-quality-fuel","name":"Uzbekistan embassy — Bukhara project account, 4 November 2026","checkedAt":"2026-11-11"},{"url":"https://ghgdata.epa.gov/ghgp/html/2023.do?et=undefined&id=1006032","name":"EPA — Eagle Springs, 2023 facility reporting period","checkedAt":"2026-11-11"},{"url":"https://wellficent.com/en/refineries/osm-way-60950041","name":"Wellficent Atlas — Former Flint Hills North Pole record","checkedAt":"2026-11-11"},{"url":"https://wellficent.com/en/refineries/osm-way-910454887","name":"Wellficent Atlas — Hunt Lumberton record","checkedAt":"2026-11-11"},{"url":"https://wellficent.com/en/refineries/osm-relation-9649412","name":"Wellficent Atlas — SJR Shell Street record","checkedAt":"2026-11-11"}],"translations":{"en":"https://wellficent.com/en/news/refinery-terminal-status-permit-data-engineering-guide","tr":"https://wellficent.com/tr/news/refinery-terminal-status-permit-data-engineering-guide","ar":"https://wellficent.com/ar/news/refinery-terminal-status-permit-data-engineering-guide","fr":"https://wellficent.com/fr/news/refinery-terminal-status-permit-data-engineering-guide","es":"https://wellficent.com/es/news/refinery-terminal-status-permit-data-engineering-guide","ru":"https://wellficent.com/ru/news/refinery-terminal-status-permit-data-engineering-guide","pt":"https://wellficent.com/pt/news/refinery-terminal-status-permit-data-engineering-guide"},"corrections":[],"locations":[],"type":"analysis","analysis":{"asOf":"2026-11-11","kind":"technical-economic","chart":{"kind":"illustrative","note":{"ar":"سيناريوهات حسابية: τ = 24000 / Q، حيث Q = 3000 أو 6000 أو 12000 bbl/day على أساس حجم سائل متوافق. المخزون المتاح والشحن الثابت مفترضان؛ ليست بيانات منشأة مقاسة أو توقع نفاد أو طاقة تقطير خام.","en":"Calculated scenarios: τ = 24000 / Q, with Q = 3000, 6000 or 12000 bbl/day on a compatible liquid-volume basis. Assumed usable stock and constant dispatch; no measured facility data, stockout forecast or crude-distillation capacity.","es":"Escenarios calculados: τ = 24000 / Q; Q = 3000, 6000 o 12000 bbl/día sobre una referencia de volumen líquido compatible. Inventario utilizable y despacho constante supuestos; no son mediciones, pronósticos de agotamiento ni capacidad de destilación.","fr":"Scénarios calculés : τ = 24000 / Q, avec Q = 3000, 6000 ou 12000 bbl/jour sur une base de volume liquide compatible. Stock utilisable et expédition constante supposés ; ni mesures de site, ni prévision de rupture, ni capacité de distillation.","pt":"Cenários calculados: τ = 24000 / Q; Q = 3000, 6000 ou 12000 bbl/dia numa base de volume líquido compatível. Inventário utilizável e expedição constante supostos; não são medições, previsões de rutura nem capacidade de destilação.","ru":"Расчётные сценарии: τ = 24000 / Q, где Q = 3000, 6000 или 12000 bbl/сутки на совместимой базе объёма жидкости. Запас и постоянная отгрузка условные; это не измерения объекта, прогноз исчерпания или мощность перегонки.","tr":"Hesaplanan senaryolar: τ = 24000 / Q; Q = 3000, 6000 veya 12000 bbl/gün, uyumlu sıvı hacmi temelinde. Kullanılabilir stok ve sabit sevkiyat varsayımdır; gerçek tesis ölçümü, stok tükenme öngörüsü veya ham petrol damıtma kapasitesi değildir."},"rows":[{"label":{"ar":"3000 برميل/يوم","en":"3000 bbl/day","es":"3000 bbl/día","fr":"3000 bbl/jour","pt":"3000 bbl/dia","ru":"3000 bbl/сутки","tr":"3000 bbl/gün"},"value":8},{"label":{"ar":"6000 برميل/يوم","en":"6000 bbl/day","es":"6000 bbl/día","fr":"6000 bbl/jour","pt":"6000 bbl/dia","ru":"6000 bbl/сутки","tr":"6000 bbl/gün"},"value":4},{"label":{"ar":"12000 برميل/يوم","en":"12000 bbl/day","es":"12000 bbl/día","fr":"12000 bbl/jour","pt":"12000 bbl/dia","ru":"12000 bbl/сутки","tr":"12000 bbl/gün"},"value":2}],"unit":"days","title":{"ar":"تغطية مخزون افتراضي: 24,000 bbl قابلة للاستخدام","en":"Hypothetical inventory cover: 24,000 bbl usable stock","es":"Cobertura hipotética: 24.000 bbl utilizables","fr":"Couverture fictive : stock utilisable de 24 000 bbl","pt":"Cobertura hipotética: 24.000 bbl utilizáveis","ru":"Условное покрытие: доступный запас 24 000 bbl","tr":"Varsayımsal stok süresi: 24.000 bbl kullanılabilir stok"},"unitLabel":{"ar":"يوم","en":"days","es":"días","fr":"jours","pt":"dias","ru":"сутки","tr":"gün"}},"horizon":"Facility evidence and inventory arithmetic","horizonLabel":{"ar":"أدلة المنشآت وحساب المخزون","en":"Facility evidence and inventory arithmetic","es":"Pruebas de instalaciones y cálculo de inventario","fr":"Preuves sur les sites et calcul de stock","pt":"Provas sobre instalações e cálculo de inventário","ru":"Доказательства по объектам и расчёт запаса","tr":"Tesis kanıtı ve stok hesabı"},"evidenceCutoff":"2026-11-11"},"relatedArticles":[{"canonicalSlug":"refinery-capacity-calendar-stream-day-engineering-guide","url":"https://wellficent.com/en/news/refinery-capacity-calendar-stream-day-engineering-guide","title":"Refinery capacity: calendar day, stream day and actual throughput","language":"en"},{"canonicalSlug":"api-gravity-density-mass-volume-engineering-guide","url":"https://wellficent.com/en/news/api-gravity-density-mass-volume-engineering-guide","title":"API Gravity, Density and Mass–Volume Conversion: A Petroleum Engineering Guide","language":"en"},{"canonicalSlug":"drilling-hydrostatic-pressure-ecd-engineering-guide","url":"https://wellficent.com/en/news/drilling-hydrostatic-pressure-ecd-engineering-guide","title":"Drilling pressure: hydrostatics, ECD and the mud window","language":"en"}],"image":{"url":"https://wellficent.com/media/eb8cb1303daf610f3fb31dd2c4e70462855119c8df80db825c09ba5b85ac65ff.webp","width":1536,"height":1024,"alt":"Conceptual products terminal with three tanks inside containment, a pump skid and a separate tanker-loading canopy; not a named facility.","credit":"Wellficent / Codex imagegen — AI-generated conceptual illustration; not an authentic project photograph, site survey or process schematic.","licenseUrl":"https://openai.com/policies/terms-of-use/"}}