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In-Situ Stress Testing

In-situ stress testing that connects wellbore measurements to the stress state your models assume — from Calgary coordination to Western Canada field windows.

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The problem

Models are only as honest as the stress inputs. When shear, fracture gradient, or containment arguments rest on assumed stress, field measurement closes the gap between log-derived estimates and what the rock actually does under injection.

How we approach it

Programs combine the right injection geometry (open-hole or cased) with analysis aimed at principal stress constraints relevant to your well path and stage plan. We do not invent depth records or basin counts — we scope each well on its geometry and decision.

Typical deliverables

  • Stress-test plan aligned to well objectives
  • Field acquisition with documented isolation
  • Interpreted stress-relevant pressures
  • Integration notes for your geomechanics or completions workflow

Related programs

Next step

Call {{CALLRAIL_NUMBER}} or use the form — include basin, well type (open-hole or cased), and the decision the data must support.

Questions operators ask

Is this only for unconventional wells?

No. Tight rock, heavy oil caprock, CCS seals, and injection wells all drive stress questions — the geometry and success criteria change.

Do you provide lab rock mechanics?

This site focuses on field stress and injectivity programs. Lab work can be coordinated when needed; say so in the request.

Where are you based?

Calgary, Alberta, Canada. Programs across Western Canada.

Ready to scope this program?

Calgary-based coordination for Western Canada field windows.

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