Enter an API number, lease ID, or operator name. MineralFlow AI queries every applicable Texas Railroad Commission public record source, runs Arps decline curve analysis, models multi-scenario economics, and returns an acquisition scorecard and offer range — with every field traced to its source record and every gap disclosed, not guessed.
Full TRRC retrieval · Arps DCA · Multi-scenario economics · Offset Analytics · Acquisition Scorecard · Evidence-tracked per field
A complete working interest evaluation means pulling TRRC production, fitting a decline curve, modeling PV-10/PV-15 across price scenarios, verifying LOE against basin benchmarks, and checking compliance — all before you write an LOI. Most teams do this in a spreadsheet, by hand, one deal at a time.
Every layer of a working interest due diligence — from raw TRRC production through a signed offer recommendation — in a single platform.
Pulls the monthly production record from the Texas Railroad Commission by API number or lease ID, alongside wellbore identity, operator/P-5 status, compliance, injection, oil proration, drilling permits, and lease inventory — 18 public record sources queried automatically, every attempt logged.
Fits exponential, hyperbolic, and harmonic models. Selects best by SSE with b-factor penalty for over-fitting. Applies industry-standard terminal decline switch to prevent hyperbolic tails from projecting unrealistic economic lives. Returns EUR, R², and 60-month forward projections.
Stress / Base / Strip / Upside price decks, with basin-specific differentials applied. Computes PV-10, PV-15, offer range (low/mid/high), and breakeven oil price — including severance tax, ad valorem, workover reserve, and SWD disposal costs. IRR and payout months compute when a proposed purchase price is supplied; otherwise the report says so explicitly rather than guessing.
Scores mechanical integrity, regulatory compliance, operator profile, and development activity, weighted into a single deal-quality score with a pursue / review / pass recommendation — each dimension shows its reasoning, not just a number.
True geodesic-radius offset well search, analog similarity scoring, and composite type-curve construction — used to proxy-value undeveloped tracts against nearby comparable completions.
Every diligence field shows its data source and the record it was pulled from. When a source can't be reached, or production is ramping instead of declining, or ownership data doesn't exist for this well, the report says so explicitly — it will not force a number it can't back.
The platform runs the full retrieval and analysis automatically. You provide the identifier; it queries every applicable public record source, fits the decline curve, and builds the report.
Enter the API number, lease ID, operator name, or legal description. No manual TRRC searching required.
Every applicable TRRC source is queried in sequence — production, compliance, injection, permits, and more — with every attempt logged, success or failure.
Decline curve fit, multi-scenario economics, offset analytics, and the acquisition scorecard are built from the records actually found — not assumed.
PDF report, Excel workbook, CSV exports, and a ZIP evidence archive. Any source that couldn't be reached or record that wasn't found is disclosed, not omitted.
The economics model runs the same math a petroleum engineer would — including the parts most acquisition spreadsheets skip.
Trailing average of active months only — excludes downtime, restart transition, and potentially incomplete TRRC reports.
For hyperbolic wells, uses D(t) = Di/(1+b·Di·t) rather than the historical t=0 rate — prevents overstating future decline speed for mature wells.
Severance tax, ad valorem, workover reserve, SWD disposal (when water cut is known), and LOE cross-checked against EIA basin benchmarks.
Every Texas underwriting pulls the full regulatory picture from the Railroad Commission automatically, in parallel, in minutes.
A deal report is only as useful as the data behind it. Every diligence field carries its evidence source — and the platform tells you exactly what documents to request to upgrade a weak source to a verified one.
Production, compliance, injection, and permit data pulled directly from the Railroad Commission. Highest-quality public record source for Texas wells.
Scanned document packets and permit filings, retrieved where structured data isn't available for a given source.
When a source can't be reached, returns no applicable record, or doesn't exist for this well, the report says so explicitly — never silently substituted with an estimate.
LOE is cross-checked against the expected range for the basin. Decline rate is compared to the typical rate for the play. If the numbers don't match, the platform flags it before the offer is written.
Midland and Delaware sub-basins. LOE $7.50–$20/BOE. Typical decline 2.5–3.0%/mo. Oil differential –$3.50 to –$4.00/BBL.
Oil window and gas/condensate window. LOE $6–$16/BOE. Typical decline 4.5–5.0%/mo. Faster decline, lower disposal costs.
Spraberry / Wolfcamp conventional. LOE $12–$32/BOE. Typical decline 1.2%/mo. Long-lived stripper wells with higher per-unit operating costs.
Cotton Valley and Haynesville formations. LOE $10–$25/BOE. High salt water disposal costs. Strong Midcontinent gas infrastructure.
Mature shale play. LOE $14–$30/BOE driven by compression and well age. Typical decline 2.0%/mo.
Frio / Yegua / Austin Chalk and six additional Texas basins, each with a documented reference range for LOE, differential, and decline.
The same rigor as a 25-year veteran petroleum engineer — without the 8-hour turnaround or the single-point dependency.
Run a complete underwriting in minutes instead of a day. Evaluate the full opportunity set, not just the deals that fit the queue.
Every number is source-tagged. LOE is benchmarked. Decline rates are sanity-checked against basin typical. The platform flags what a veteran would flag — before you sign anything.
The same DCA model, cost structure, and evidence standards on every deal — whether it's your first this week or your fifteenth. No more spreadsheet drift.
Want to see the full output on a real Texas well before committing? Send an API number or RRC lease ID and we'll walk through the production analysis, DCA fit, economic model, and offer range together.