FRACTURINGHUB

Well Research Checklist

A step-by-step checklist for researching any Alberta well before contacting the operator or making a business decision.

How to Use This Checklist

Work through each phase in order. Every phase builds on the one before it, so skipping ahead means you may miss context that changes your assessment. Print this page, copy the steps into a spreadsheet, or keep it open alongside your research tools. The entire checklist typically takes 15–30 minutes per well once you are familiar with the process.

For a broader research workflow that covers multiple operators and opportunities, see the opportunity research checklist. For a structured way to document your findings, use the research summary template.

Phase 1: Basic Identification

  • □ Record the well licence number (UWI or licence ID)
  • □ Confirm the well name and well type (oil, gas, injection, disposal)
  • □ Note the surface location: field centre, township, range, meridian
  • □ Identify the formation or zone the well targets
  • □ Record the total depth and measured depth
  • □ Note the spud date and completion date

Phase 2: Status and Classification

  • □ Determine the current well status: active, inactive, suspended, or abandoned
  • □ Check the status effective date to understand how long the well has been in its current state
  • □ Note the well classification: oil, gas, oil & gas, injection, disposal, or other
  • □ Identify any regulatory flags or conditions attached to the well
  • □ Check if the well is part of a multi-well pad or a standalone location
  • □ Record the pool or field name associated with the well

Phase 3: Operator Research

  • □ Identify the current operator by name and licence number
  • □ Determine the operator type: large E&P, mid-size, junior, or private
  • □ Check the operator's total well portfolio to gauge overall size
  • □ Calculate the operator's active-to-inactive well ratio
  • □ Note other basins or regions where the operator holds wells
  • □ Identify any recent operator changes or licence transfers
  • □ Use the operator comparison matrix to score the operator against others in your pipeline

Phase 4: Production History

  • □ Pull the most recent production data for the well (monthly oil, gas, water volumes)
  • □ Determine if production is increasing, stable, or declining
  • □ Check for production gaps or periods of zero output that may indicate shut-in status
  • □ Note the well's cumulative production to assess reservoir maturity
  • □ Compare production against offset wells in the same pool or formation
  • □ Identify any artificial lift systems or equipment noted in production records

Phase 5: Nearby Activity

  • □ Map wells within a 5 km radius of the target well
  • □ Count active vs. inactive wells in the surrounding area
  • □ Identify other operators active in the same field or pool
  • □ Check for recent spuds or status changes within the radius
  • □ Note any new drilling programs or development plans that may affect the area
  • □ Identify nearby infrastructure: pipelines, processing facilities, road access

Phase 6: Outreach Preparation

  • □ Confirm the operator's contact information through official channels
  • □ Identify the likely decision-maker for your service type (field manager, procurement, owner)
  • □ Prepare a 2–3 sentence summary of why this well or operator is relevant to your business
  • □ List the specific questions you need answered before proposing a service
  • □ Note any warm referral paths: industry contacts, trade associations, mutual connections
  • □ Set a follow-up date if you are not ready to reach out immediately
  • □ Review the account qualification framework to score the operator before outreach

Example: Completed Checklist Entry

Here is how a completed checklist entry might look for a single well:

Well: Licence 00/12-06-078-18W4/00

Operator: Northern Ridge Energy Ltd. (Licence #4421)

Type: Gas — Montney formation, 3,100m depth

Status: Active since March 2024

Production: 1.2 MMcf/d gas, 15 bbl/d condensate — stable over 6 months

Nearby: 14 wells within 5 km, 9 active, 3 operators in the area

Outreach note: Operator has 67 total wells, 72% active. Contact through industry referral. Relevant for completion and stimulation services.

Common Mistakes to Avoid

  • Skipping production data: A well can look active on paper but have zero production for months. Always check production history to confirm the well is actually producing.
  • Ignoring nearby activity: A single well in an area with no other activity tells a different story than a well surrounded by 20 active neighbours. Context from nearby wells shapes your outreach strategy.
  • Using outdated operator info: Operator changes and licence transfers happen. Verify the current operator before reaching out to avoid contacting the wrong company.
  • Researching without a plan: Know what you need the research for before you start. A checklist for a frac service opportunity looks different from one for an environmental assessment. Focus your research on your business purpose.
  • Not recording sources: Always note where each piece of data came from. When you revisit the well in three months, you will need to know which records to check for updates.

Researching a Well Through Its Lifecycle

A well passes through drilling, completion, production, and eventually abandonment or reclamation. Your research should match the phase. For a recently spudded well, focus on Phase 4 (production history) lightly and Phase 3 (operator) heavily — the operator's completion program is the immediate opportunity. For an old inactive well, focus on status, abandonment eligibility, and reclamation signals. The well status interpretation guide maps each status to its service implications so you can target the right phase.

Signals That Indicate Service Demand

Beyond status, several signals point to near-term work. A status change from inactive to active suggests a reactivation program. A cluster of new licences in one field centre suggests a pad development. Declining production on an active well suggests a workover or artificial lift upgrade. Frac hits and stress shadow between parent and child wells on the same pad suggest remediation or recompletion. Record these signals in Phase 6 so your outreach references specifics, not generalities.

Connecting Well Research to Account Qualification

One well rarely makes an account. After researching individual wells, roll the findings up to the operator using the account qualification framework. Count wells by status, assess the operator's active ratio, and score service fit. A single attractive well inside a large inactive portfolio may not justify pursuit; a pattern of active, recently drilled wells does. Use the operator comparison matrix to compare the operator against others in your pipeline.

Data Sources for Each Phase

PhasePrimary SourceSecondary Source
Basic IdentificationAER ST37 well recordsFracturingHub well search
Status and ClassificationAER ST37 status fieldsAER regulatory filings
Operator ResearchAER licence recordsCompany websites, industry directories
Production HistoryPetrinex production dataFracturingHub operator profiles
Nearby ActivityAER location fields, map searchFracturingHub map view
Outreach PreparationField intelligence, referralsAER licence contact context

FracturingHub consolidates AER ST37 data into searchable well profiles, operator views, and map visualizations. This makes the identification, status, operator, and nearby activity phases faster than working through raw data files. See features and pricing for details.

For more checklists and templates, visit the resources page.

Frequently Asked Questions

How long does it take to complete this checklist for one well?

With a research platform, most users complete the full checklist in 15–30 minutes. Manual research through raw AER data files may take longer. The time decreases as you become familiar with the data layout and your workflow.

Do I need to complete every phase for every well?

Not necessarily. If a well is clearly outside your service area or does not match your capabilities after Phase 1 or 2, you can stop early and move on. The full checklist is most valuable for wells that appear to be genuine prospects.

What if production data is missing or incomplete?

Some wells — particularly newer ones — may not have production history yet. Older inactive wells may have gaps. Note the gaps and proceed with the available data. Missing production data is itself a finding that belongs in your research notes.

Can I use this checklist for wells outside Alberta?

The checklist structure works for any regulatory jurisdiction, but the specific data sources (AER ST37, Petrinex) are Alberta-focused. For other provinces or states, substitute the equivalent regulatory and production databases.

How do I track which wells I have already researched?

Use a watchlist or spreadsheet to log completed checklists with the well licence number, date researched, and outcome. FracturingHub supports saved wells and watchlists that serve this purpose directly within the platform.

What well identifiers do I need to start?

Start with the licence number or the UWI (Unique Well Identifier). Both identify the well in AER ST37. The licence number ties to the current regulatory record; the UWI ties to the physical wellbore and stays constant through transfers. See the licence numbers and UWI guides.

Why check the operator before the production data?

The operator determines whether the well is worth pursuing at all. An active well owned by a dormant, inaccessible operator is a poor prospect. Confirm the operator's activity, size, and accessibility in Phase 3 before investing time in Phase 4 production detail.

What does well status (active, inactive, suspended, abandoned) tell me?

Status tells you the well's regulatory phase. Active means producing or capable; inactive means shut in; suspended means under AER authority; abandoned means plugged. Each maps to different service demand. Decode them with the well status interpretation guide.

How do lateral length and formation affect my research?

Lateral length and formation determine completion complexity. Long laterals in the Montney or Duvernay need more frac stages, proppant, and fluid. A frac company should record these in Phase 1 so it can estimate job size and fit. The same well is irrelevant to a shallow-service provider.

What is the point of mapping nearby wells in Phase 5?

Nearby wells reveal whether you are looking at a pad development, an infill program, or an isolated well. Parent and child wells on the same pad can interfere via frac hits and stress shadow. That context changes both the opportunity size and the technical conversation you can have with the operator.

Should I research well integrity and cementing for every well?

Not for every well, but it matters for workover, recompletion, and abandonment research. Casing and cementing condition, BOP and frac stack history, and wellhead integrity are relevant when the well needs intervention. Note them in Phase 2 and Phase 4 when applicable.

How does produced water factor into well research?

Produced water volume affects handling, disposal, and water recycling opportunities. High water cut on a declining well may signal a need for water management services. Note water volumes from Petrinex alongside oil and gas in Phase 4.

What is real-time frac monitoring and when is it relevant?

Real-time data, microseismic, and fiber optics (DAS) monitor fracs as they happen. This is specialist completion-engineering context, rarely in public records. Note it only if the operator has published it; it is a high-value signal but not part of standard AER research.

How do I use decline curve analysis in well research?

Decline curve analysis estimates future production from history. For an active well with declining output, it predicts when a workover or recompletion will be needed. Use it in Phase 4 as a forward-looking signal, clearly marked as an estimate.

What is the difference between reservoir, completion, and production engineering here?

Reservoir engineering assesses the hydrocarbon resource; completion engineering designs the well to produce (including fracs); production engineering manages ongoing flow. For business development, completion and production signals (fracs, workovers, artificial lift) are the most actionable. Note which discipline each signal belongs to.

How do I research an unconventional reservoir well?

Unconventional reservoirs (tight oil, tight gas, shale) needMulti-stage fracs and long laterals. Tight oil wells in the Montney or Bakken and tight gas in the Deep Basin are completion-intensive. Weight Phase 1 and Phase 3 toward lateral length, stage count, and drilling activity.

What if the well changed operators?

Licence transfers are common. The new operator is your outreach target, but the historical operator explains the well's past. Check operator history in Phase 3 and note the transfer date — a recent transfer often means a new decision-maker and a window to pitch services.

How do I know if a well is a good fit for my frac fleet?

Match lateral length, formation, depth, and completion schedule to your frac pumps, blenders, sand kings, and crew capacity. A well with a 3,000m lateral in the Montney during your available window is a fit; a shallow vertical well is not. Record the match in Phase 3.

Should I include microseismic or fiber optics in my notes?

Only if public or operator-published. These are advanced completion-monitoring tools. If an operator runs them, it signals a sophisticated completion program and potentially more work. Otherwise leave them out — do not invent technical detail you cannot verify.

How do I prioritize which wells to research first?

Start with wells that match your service line and sit in your territory, then filter by status that signals demand (active for maintenance, inactive/suspended for workover or reclamation). Use the operator comparison matrix to focus on operators worth pursuing.

What is the connection to the account qualification framework?

After researching individual wells, roll up to the operator and score it on activity, service fit, accessibility, and timing. A strong single well inside a weak operator portfolio may not justify pursuit. The framework prevents over-indexing on one attractive well.

This page provides general educational information from FracturingHub. It is not a substitute for professional training, engineering review, regulatory guidance, or site-specific safety instruction. Always confirm requirements with qualified professionals and follow local regulations, site procedures, and safety standards.

Engineering Assistant