Official Petro.ai Blog
Quantifying Perf Erosion: Discover the Cause and Fight Against It on Your Next Pad
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Data Without AI is as Useful as Sunglasses on a Dog
Why Petro.ai is Right: The Rock Speaks in FracPrint AI
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Buy-Side Investments: Kick the Tires Because You Have to be Right
Well Logs to Build Your Subsurface Understanding in Shale
What kinds of well logs does Petro.ai use as inputs? “The answer is that actually we can take in any logs,” Dr. Brendon Hall, VP of Geoscience explains, “It’s a popular data type that contains all kinds of information. The Petro.ai system is architected so we can add in new data types as they become available.
Company Created In-House Tools and Petro.ai
We have a type curve analysis tool with sensitivity inputs that we use internally in our company. How does Petro.ai fit in with what we’ve already developed?
Rest Up, Enjoy Your Holidays and Get Ready for a Prosperous New Year!
There is so much ahead. Wells to be drilled. Pads to be completed. New things to learn. A subsurface to discover. We believe in the promise of AI, data analytics
Big or Small, All Data Works in Petro.ai
Small data doesn’t get the same hype as big data. But small data is important for oil and gas companies. Small or incomplete. There’s a way around that deficit with AI. Enter transfer learning.
Physics Driven Analytics for Unconventionals
Does Petro.ai have a data driven software that can help predict well performance using time series predictions within the geological parameters of spacing and lateral completions and production for unconventionals? Does this software allow for running sensitivity analysis on 3D spacing lateral and interval values?
Frac Model and Drainage—how the pieces fit
Kyle LaMotta, VP of Analytics explains, “The analysis below depicts the Drainage Model also called the Frac Fingerprint or the Frac Model. This is what we’re predicting for each well. The gun barrel view on the right represents the predicted percentage of rock stimulated around each well. That has a direct correlation to the drainage based on the dimensions of this stimulation.
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