Design better wells

By accurately modeling and analyzing drilling hazards, the DHP application delivers a more complete picture of the subsurface, enhancing well design.

  • Ingest data seamlessly
  • Accelerate offset well analysis
  • Develop robust well designs
Predict and rank risk 

The DHP application’s dynamic predictive risk register ensures you only take the mitigation steps that are necessary.

  • Prevent stuck-pipe incidents
  • Avoid circulation losses, kicks, and contamination
  • Proactively mitigate hole-instability risks
View every risk at a glance

The offset dashboard and interactive map summarize and rank all predicted risks for upcoming projects in the field.

  • Assess critical data in a standard-format risk register
  • View play-by-play risk descriptions
  • Mitigate drilling-hazard risks at the planning stage


Detecting, defining, and mitigating drilling hazards early and accurately are vital steps in any well plan. Stuck pipe, wellbore instability, and circulation losses are costly non-productive events. A recent Baker Hughes offshore field review revealed that five stuck-pipe and 22 wellbore-instability incidents can add 2,400 hours of non-productive time (NPT) and $25m to project costs.

Our Drilling Hazard Prevention (DHP) software application shields you from avoidable non-productive time during drilling operations, with significant cost, productivity, and efficiency benefits.

The DHP application gathers, enriches, and analyzes data at scale to infer patterns for quicker offset well analysis, building a more complete picture of the subsurface and enabling precise well designs that mitigate risk at the earliest stages of well planning. With artificial intelligence and machine-learning algorithms trained to target and rank relevant hazard information, the DHP application reduces the time experts must dedicate to data analysis by around 60%.

Baker Hughes engineers rely on the DHP application’s intuitive interface to display real-time results in pin-sharp clarity. Its offset dashboard and interactive map summarize predicted risks for all upcoming projects, identifying depth and location, and assigning a probability to each risk. Its dynamic predictive risk register ensures that you take proactive steps to mitigate drilling risks, avoiding unnecessary and time-consuming standard practices.

The DHP application is also designed to enhance collaboration. From subsurface modeling to offset analysis and real-time operations, its smart risk-prediction service integrates seamlessly with other well-planning processes. The DHP application also allows us to maintain a live risk register across different services and between different stages of the well-delivery process.

So, wherever your teams are, they’re always aligned and always equipped to deliver the most profitable wells.


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