Official Petro.ai Blog

Optimizing Shale Infill Development with AI: Child Well Degradation Models

Optimizing Shale Infill Development with AI: Child Well Degradation Models

Kyle LaMotta
This paper combines the Frac Fingerprint concept introduced at URTeC 2022 with a distinct use-case for AI/ML in child well degradation modeling
URTeC: Best of 2022 and More to Come in 2023

URTeC: Best of 2022 and More to Come in 2023

More than 190 technical papers were presented at the 2022 Unconventional Resources Technology Conference (URTeC). Petro.ai was proud to have been chosen as one of nine "Best of 2022" papers.

Richard Gaut
What a Difference a Year Makes

What a Difference a Year Makes

While private operators enjoyed the advantage of flexibility in response to the oil price runup in early 2022, public operators seem to hold the dual advantages of access to capital and inventory depth in 2023

Richard Gaut
Thanksgiving Toast to the Believers of Shale

Thanksgiving Toast to the Believers of Shale

A simple post of gratitude to our customers and to the industry.

Troy Ruths
Empower Your Team with Multi-variate Thinking

Empower Your Team with Multi-variate Thinking

While some productivity drivers in a tight reservoir are observable and easily measured, others require multi-variate regressions and physics-driven feature engineering.

Troy Ruths
Three Executive Strategies for Pushing Back the Inventory Wall

Three Executive Strategies for Pushing Back the Inventory Wall

The shale inventory wall is a real challenge for our industry and has made the news circuit this past week.

Troy Ruths
Improve DSU Design Decision Making with Petro.ai Features

Improve DSU Design Decision Making with Petro.ai Features

Machine Learning (ML) models are critical tools in understanding productivity drivers and predicting DSU performance, but including too many features in your ML models reduces their impact on explain-ability and generalize-ability.

Troy Ruths
PETRO
TEXAS
114 Main Street Ste. 400
Houston, TX 77002
CANADA
4-5609 Avenue du Parc
Montreal QC, H2V 4S8