Digital Well Construction Planning Software Integration

TotalEnergies entered into a 15-year enterprise agreement with SLB to deploy the DrillPlan coherent well planning and engineering platform across its global upstream operations. The collaboration establishes an interoperable digital infrastructure that links geological subsurface insights directly to well engineering workflows and construction planning.

Operational Challenges in Well Construction Planning
Drilling engineering across diverse asset portfolios frequently faces operational silos where subsurface analysis, trajectory modeling, and casing designs reside in isolated software environments. Fragmented engineering systems create discrepancies in planning parameters, delay cycle times, and limit the reusability of historical drilling performance data. Managing well integrity and mitigating subsurface drilling risks across international assets requires consistent technical assumptions, shared geological models, and standardized engineering protocols.

System Architecture and Engineering Roles
SLB provides the cloud-based DrillPlan technical architecture, which acts as a centralized engineering environment connecting distinct technical disciplines. TotalEnergies integrates its proprietary workflows, operational rules, and domain-specific drilling expertise into the commercial software environment.

The software standardizes multi-disciplinary well construction data by aggregating offset well records, directional trajectory models, formation pore pressure profiles, and casing structural specifications into a synchronized data foundation. When an engineering parameter changes, such as revised target coordinates or casing depths, the platform updates dependent drilling calculations automatically across hydraulics, torque and drag, and wellbore stability modules.

Global Enterprise Deployment
Implementation covers TotalEnergies' worldwide drilling and completion operations. The deployment incorporates legacy field data while maintaining compatibility with enterprise data stores. SLB supplies ongoing platform maintenance, architectural scalability, and continuous feature integration, while TotalEnergies engineering groups adopt the unified software to govern regional well design projects.

Operational Impact and Process Standardization
Consolidating offset well analysis and drilling mechanics into a single interface standardizes risk identification and reduces repetitive design iterations. Cross-functional teams—encompassing geoscientists, drilling engineers, and operational planners—operate from uniform assumptions, reducing technical errors prior to field execution.

Rakesh Jaggi, president of SLB Digital business, noted that "Operators are increasingly looking for scalable technologies that can support more consistent planning decisions across large and diverse portfolios."

The technical convergence of commercial cloud architecture with proprietary operator engineering guidelines establishes a repeatable baseline for future digital automation in upstream well design.

Edited by Evgeny Churilov, Induportals Media - Adapted by AI.

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