Insight Blog
Sharing reports, case studies, and articles to help you understand water intelligence insight.
Produced Water Volumes Are Soaring: Is Your Subsurface Pressure Management Strategy Keeping Pace?
Reading Time: 5 minutesThe oil and gas industry is facing unprecedented challenges in managing subsurface pressures as produced water volumes continue to surge. According to the latest B3
The Impact of Pressure Management in the Permian Basin
Reading Time: 4 minutes The Permian Basin, spanning western Texas and southeastern New Mexico, is a cornerstone of U.S. oil and gas production. This region has long been
Data Collaboration is a Rising Tide that Lifts All Ships
Reading Time: 3 minutesWater management is evolving quickly, no matter what industry you consider. Whether it’s conservation, mining, utility supply, or oilfield water management, the need for data
The Growing Pressures of Produced Water Disposal
Reading Time: 8 minutesA version of this article appeared in the Journal of Petroleum Technology (JPT). Permian Basin Water Disposal 35 billion barrels. 1.5 trillion gallons. 1 Toledo
Agua es Vida
Reading Time: 3 minutesAgua es vida. Water is life. I recently re-watched a Western Landowners Alliance short film by this title (you can watch it HERE) and it
Where’s Water?
Reading Time: 4 minutesLast month, I had the privilege of participating in the Aspen-Nicholas Water Forum at the Aspen Institute. These dialogues, a partnership between the Aspen Institute
Permian Basin CO2-EOR: Unpacking Low Well Utilization
Reading Time: 2 minutesIn the prolific oil fields of the Permian Basin, a question emerges – why are so few wells injecting CO2? There are more than 9,000
Measuring to Manage: The Water Data Transparency-Risk Balancing Act
Reading Time: 3 minutesOver the last year, the B3 Insight team has been engaged in some really exciting projects intended to advance water management far outside of the
Carbon, Capture, and Sequestration: The Pressures of Selecting the Perfect Site
Reading Time: 8 minutesDecades of experience injecting fluids into the ground has revealed a fundamental truth: No two injection sites are the same. A thorough understanding of site-specific