14 integrated modules for full well engineering. From offsets and trajectory to final wall plot — every run raises its own risks from the calculated results and ties them to the standard.
The Workflow
From project setup to executive summary. Every step connected, every calculation auditable, every decision tied to a risk register.
Connected App · Casing Run
The Reamer Shoe app plugs into the Drilling Suite as its own connector. It takes the well you designed — trajectory, previous casing, mud window — and answers the questions the rig asks on running day: does the string reach bottom, can we rotate it without passing make-up torque, how fast can we run it before we fracture the shoe, what the next bit will see — and, with the cementing add-on, where your cement gets contaminated.
The Worksheet is validated block by block — what is complete, what is missing, where each value came from — and the well is drawn: DLS per station, density window and mechanical state.
Hook load running in, pulling out and rotating, joint by joint, with buckling check against body yield, friction sensitivity and hook load against mast and elevator. Johancsik 1984 · Dawson & Paslay · Mitchell
Surface torque rotating and reaming against the connection’s optimum and maximum make-up torque — and how deep you can rotate. Pessier & Fear 1992
Maximum safe running speed with and without auto-fill float equipment, and swab margin to pore while pulling. Burkhardt 1961 · API RP 13D
The string full and empty while running, with bending from the dogleg. API TR 5C3 · ISO 10400
Shoe port pressure drop, pump pressure, HSI, ECD, cuttings transport and nozzles sized to the pressure you have. API RP 13D · Bourgoyne
Slurry design, volumes, TOC and centralizers, density against the window — and where your cement gets contaminated along the trajectory, plus casing collapse while displacing. API 10A · API 10D-2
Each risk raised from the run results, with its engineering lever and the standard. Full analysis as an add-on. IOGP 510 · NORSOK Z-013 · ISO 31000
Hook load and torque read on the rig at a given depth, compared against the planned friction band.
Friction factors, make-up torques and shoe specs come from your correlation well and the manufacturer’s sheet. Anything missing is flagged, never defaulted. Printable report with your logo and colors.
Open the app, load the built-in test case and run the full study against the live engines in under a minute.
Access code required. No code yet? Request a demo code →
Risk-Aware by Design
Drilling is not just calculation — it's decision-making under uncertainty. Physics-linked regulatory risk engine: every run raises its own risks from the calculated results (surge, torque, collapse, ECD, H₂S…), validates the engineering lever that brings each one down, and ties it to the standard (IOGP 510 · NORSOK Z-013 · ISO 31000 · NACE MR0175).
Safety alerts are included in every run; the full analysis — 5×5 matrices, levers and residual risk, cross-cutting audit and forensic seal, ready for your client or regulator — is an add-on. Company-wide risk management, standards & human factor: AWD HSE →
⚡ Free · No login · Open access
This is a live slice of the AnalyticWD platform — the Casing Damage Lite calculator. Full engine, no signup, no limits. Run mixture hydraulics, blowout rate, dynamic pressure balance and casing wear, and watch the new-vs-worn cross-section and pressure-over-time plot render live. The full Well Designer Pro suite adds HSE, NACE/ISO traceability and signed, traceable deliverables.
Casing Damage Lite · free, calculation only. Unlock the full engineering suite →
Get Started
Drilling Design (Well Designer Pro) is not available in single-suite prices: our sales team quotes it per project. Tell us about your operation and we’ll get back within 24 hours.