Well Planning AI

OAG AI Software Improves Predictability

Improve Well Spacing

OAG's proprietary reservoir depletion algorithms improve well spacing predictability

Manage Frac Hits

OAG's proprietary well interference algorithms improve frac hit predictability

Case Study

Should we drill 8 wells or 10?

Which completion designs should we consider?

We can see the average NPV for the scenarios we have selected.

The 8 well DSU appears to have better performance.

Improve Well Planning Predictability

Reduce Planning Cycle Time

Well Spacing

Drilling unit economics are a function of rock properties, well design, and well spacing. Understanding depletion is essential to improving well spacing decisions. OAG's proprietary reservoir depletion algorithms combine with machine learning to improve predictability of complex full stack development.

Frac Hits

Managing frac hits improves the predictability of pre-drill forecasts. OAG's proprietary well interference algorithms combine with machine learning to help predict the occurrence of frac hits and their impact on production of both wells.

Within three months of deploying OAG software to well spacing workflows, we improved the predictability of our pre-drill forecasts and reduced cycle time by 3 man months. 

Large Permian Independent

Ready to improve your well spacing?

  • LinkedIn - White Circle
  • Twitter - White Circle

(844) 624-9355

1330 Post Oak Blvd, Suite 1825

Houston TX 77056

© 2020 OAG Analytics All rights reserved