AnalyticWD™ — Software for Petroleum Engineering

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Module 1 — BHA Optimizer ▼

● Live

4 API correlations: Moore, Chien, Walker & Mayes, Larsen. Agitator stack effect documented. Gaussian distribution. 7 live charts.

What it does

Optimizes BHA weight distribution and bit parameters using 4 validated API correlations. Predicts WOB windows, RPM limits, and stick-slip thresholds. Includes agitator stack effect modeling and statistical confidence intervals (Gaussian) for each recommendation.

Reference wells / historical data

Deepwater GOM Permian Basin Eagle Ford North Sea Chicontepec MEX

Data sources

SPE technical library (Moore 1974, Chien 1994, Walker & Mayes 1993, Larsen 1997), IEA drilling performance database, operator-provided offset well data from 3 major basins.

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Module 2 — Torque & Drag ▼

● Live

Johancsik 1984 soft string. 3 independent chains: POOH / Rotating / RIH. Open hole, cased hole, liner. Friction sensitivity.

What it does

Calculates hookload, torque and drag for POOH, RIH, and rotating modes using the Johancsik (1984) soft-string model. Supports open hole, cased hole, and liner scenarios with a full friction factor sensitivity sweep to identify wellbore conditions and stuck pipe risk.

Reference wells / historical data

Extended reach wells (Norway) ERD wells, Sakhalin Directional wells, GOM HP/HT, North Sea

Data sources

Johancsik, Friesen & Dawson (1984) SPE-11380, IFC database of 200+ directional wells. Friction factor benchmarks from Halliburton and NOV published case studies.

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Module 3 — Tube Move ▼

● Live

API RP 7G pick-up / slack-off / rotating weights. Pipe stretch, neutral point, free point. Stuck pipe analysis.

What it does

Computes pipe stretch, neutral point location, and free-point depth per API RP 7G. Three independent load chains (pick-up, slack-off, rotating). Stuck pipe indicators with recommended jar placement and back-off torque estimations.

Reference wells / historical data

Deepwater Brazil Cantarell MEX Kuwait tight formations Offshore Nigeria

Data sources

API RP 7G (latest edition), SPE stuck pipe prevention guidelines, Petrobras and Shell published incident data from deepwater operations.

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Module 4 — Milling Simulator ▼

Q3 2025

TCM, retainer mill, tungsten friction model. Casing milling parameters. Side track / window mill simulation.

What it does

Simulates casing milling operations including TCM and retainer mills using a tungsten carbide friction model. Calculates optimal WOB, RPM, and flow rate for window cutting and sidetrack operations.

Reference wells / historical data

North Sea P&A wells Onshore sidetrack, TX GOM abandonments

Data sources

Baker Hughes / Smith Bits milling performance data, SPE P&A technical papers, operator case studies from North Sea decommissioning campaigns.

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Module 5 — Fishing Tools ▼

Q3 2025

Washover, spear, overshot, jar analysis. Force calculations for fish recovery. Back-off torque.

What it does

Calculates optimal fishing tool selection and recovery forces for washover pipes, spears, overshots, and jars. Estimates back-off torque, jarring impact energy, and success probability based on fish geometry and well conditions.

Reference wells / historical data

GOM fishing operations Middle East, tight formations Onshore MEX, Burgos

Data sources

Bowen fishing tool catalogs, SPE fishing & remedial operations technical papers, NOV jar impact data, operator fishing reports compiled from 40+ well incidents.

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Module 6 — Flow Control ▼

Q4 2025

ICD/AICD sleeve sizing. Annular flow area. Multi-zone completion design. Production inflow visualization.

What it does

Sizes ICD and AICD sleeves for multi-zone completions. Calculates annular flow areas, differential pressures across screens, and inflow performance relationships (IPR) per zone. Visualizes production profile and water/gas breakthrough risk.

Reference wells / historical data

SAGD wells, Alberta North Sea horizontal producers Offshore Malaysia

Data sources

Statoil/Equinor ICD deployment data, SPE ICD sizing papers (Least 2006, Al-Khelaiwi 2008), Baker Hughes AICD performance curves, offshore Malaysia operator production profiles.

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Module 7 — Hydraulic Fracturing ▼

Q4 2025

Reservoir-based frac design. Basin databases: Chicontepec, Bakken, Williston, Tampico-Misantla, Burgos.

What it does

Designs hydraulic fracture programs from reservoir properties. Calculates fracture geometry (height, half-length, conductivity), fluid/proppant volumes, and pump schedules. Basin-specific rock mechanical property databases preloaded for 5 major plays.

Reference wells / historical data

Chicontepec, MEX Bakken, ND Williston, ND/MT Tampico-Misantla, MEX Burgos, MEX

Data sources

Pemex frac performance database (Chicontepec basin), USGS Bakken/Williston data, CNH Mexico basin reports, Schlumberger/SLB published frac design case studies.

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Module 8 — Log Interpretation ▼

2026

LAS file upload. AI-powered lithology, porosity and water saturation summary. Formation evaluation report.

What it does

Uploads LAS 2.0/3.0 files and applies AI-assisted petrophysical interpretation. Auto-identifies lithology zones, computes effective porosity (Archie), water saturation, and shale volume. Generates a structured formation evaluation report with zone-by-zone summary.

Reference wells / historical data

Onshore US, Permian Burgos basin, MEX North Sea deviated wells Offshore West Africa

Data sources

Kansas Geological Survey public LAS library (1,200+ wells), Archie (1942) / Simandoux equations, training corpus from Schlumberger Petrel petrophysical templates. AI model fine-tuned on 500+ interpreted LAS datasets.

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Module 9 — Completion System ▼

2026

Hydraulic packer simulation. Fluid column change visualization. Oil inflow production modeling.

What it does

Simulates hydraulic packer setting loads and seal assembly forces. Models fluid column changes during completion (kill fluid → brine → production). Computes tubing movement, seal travel, and oil inflow using Vogel IPR. Interactive schematic with real-time force diagram.

Reference wells / historical data

GOM deepwater completions Onshore MEX, Veracruz HP/HT North Sea Offshore Brunei

Data sources

Baker Hughes completion engineering manuals, Halliburton packer setting load guidelines, Vogel (1968) IPR correlation, Shell completion design standards (EP 2000-9086).

Feature	AnalyticWD™	WellPlan (Halliburton)	TADPRO / S-Drill	Excel / Manual
Price per user/year	$240 – $720	$50K – $500K	$2K – $5K	$0 (no support)
Browser-based (no install)	✓	✗	✗	✗
BHA agitator stack effect	✓ Documented	✗	✗	✗
Visual animated simulation	✓ Real-time	✗ Static	✗ Static	✗
White-label PDF reports	✓ Client logo	✗	✗ Limited	✗
N casing strings / well design	✓ Configurable	✓	✓	✗
Pay per module	✓ Modular	✗ Bundle	✗ Bundle	N/A
Works 100% offline	✓	✗	✗	✓
API RP 13D validated	✓ 4 correlations	✓	✓	✗

Engineering Intelligence
for the Wellbore

Every Module Your Well Needs

Module 1 — BHA Optimizer ▼

Module 2 — Torque & Drag ▼

Module 3 — Tube Move ▼

Module 4 — Milling Simulator ▼

Module 5 — Fishing Tools ▼

Module 6 — Flow Control ▼

Module 7 — Hydraulic Fracturing ▼

Module 8 — Log Interpretation ▼

Module 9 — Completion System ▼

See It in Action

Module 1 — BHA Optimizer

Module 2 — Torque & Drag

The Gap Nobody Filled — Until Now

Simple. Modular. Affordable.

AnalyticWD™: Ending the Era
of Legacy Systems

Ready to Engineer Smarter?

Engineering Intelligencefor the Wellbore

Every Module Your Well Needs

Module 1 — BHA Optimizer ▼

Module 2 — Torque & Drag ▼

Module 3 — Tube Move ▼

Module 4 — Milling Simulator ▼

Module 5 — Fishing Tools ▼

Module 6 — Flow Control ▼

Module 7 — Hydraulic Fracturing ▼

Module 8 — Log Interpretation ▼

Module 9 — Completion System ▼

See It in Action

Module 1 — BHA Optimizer

Module 2 — Torque & Drag

The Gap Nobody Filled — Until Now

Simple. Modular. Affordable.

AnalyticWD™: Ending the Eraof Legacy Systems

Ready to Engineer Smarter?

Engineering Intelligence
for the Wellbore

AnalyticWD™: Ending the Era
of Legacy Systems