Permian Resources Deploys Real-Time Field Initiatives to Surpass Q2 2026 Operational Expectations

Field deployments/initiatives Permian Resources is using to stay ahead of operational expectations

Based on Permian Resources’ Q2 2026 earnings transcript, management emphasized a “real time” set of field initiatives designed to improve well performance, reduce operating costs, and manage operational execution risk—especially around water handling, drilling and completion efficiency, and power reliability. ¹²³

1) Water recycling (core operational “needle mover”)

Management highlighted water recycling as the initiative they “hit on every quarter” because it affects both production operations and completion cost. ² They reported that in Q2 there was “another tick up” in the percent water recycled, described as the highest quarter in PR history. ²

They also attributed ongoing progress to an operational relationship with a New Mexico water company building out an integrated system that PR will benefit from. ²

Why this is “staying ahead”: water disposal is framed as their largest LOE cost, and higher recycling is positioned as a direct way to reduce/displace that cost. ³

2) Drilling-side execution changes: water-based mud and slimmer hole design

On the drilling side, management described two specific operational changes intended to improve economics and execution under inflationary pressures (notably diesel and casing costs). ⁴²

1. Introduce water-based mud in areas where they “take losses,” with payback estimated at $5–$7 per foot of savings on wells (at the time described as oil prices are high). ²
2. Transition to a slimmer hole design in New Mexico, keeping the “long string” at 5.5-inch to surface, but running it inside 8 5/8s instead of 9 5/8s, yielding savings in steel, time (smaller holes drilled faster), and cement. ²

Why this is “staying ahead”: these are presented as practical, field-level changes that directly address cost headwinds (diesel/casing inflation) while still supporting operational performance. ⁴²

3) Completion/productivity initiatives: surfactants and related design tweaks

Management explained that PR is actively testing multiple productivity levers and “deploying out in the field” to improve well performance and completion outcomes. ⁵⁶

A) Surfactant trials (completion + production)

Management discussed surfactants as the “hot topic today” and described how results are being evaluated through controlled field testing. ⁶

• Completion-side trials: PR conducted 2 surfactant trials on 2 different pads using test vs control wells—with one online and the other where they have “pumped the fracs” but wells are not yet online; they indicated this is likely where they’ll stop for this year and evaluate data across 60-, 90-, and 180-day windows into next year. ⁷
• Production-side trials (late life / ESP failure context): PR has pumped surfactant on 2 or 3 pads across both basins “typically around an ESP failure,” seeing uplifts up to north of 100 barrels a day in some cases, and “de minimis” results in others; on average, the program is described as very economic with sub-1-year payouts on an aggregate basis inclusive of the non-uplift wells. ⁷

They also said the team is now working on how to replicate the ~100 bpd uplift more consistently and improve targeting for wells that saw no uplift. ⁷

B) Broader productivity engineering efforts (cluster spacing, completion design strategies)

In addition to surfactants, management referenced ongoing “tweaks of cluster spacing” and “completion design strategies,” and positioned PR’s overall approach as testing, trialing, and studying to identify the biggest winners later. ⁶

Why this is “staying ahead”: management framed these initiatives as protecting future productivity by sustaining expected outcomes from the operational inventory, not relying on step-change changes in oil recovery percentages. ⁶

4) Power reliability and efficiency: microgrids and compression/fleet optimization

To stay ahead operationally (and control LOE), management described improvements in power supply reliability and equipment run-time management.

• They stated they have run 7 or 8 microgrids across New Mexico and characterized that there is “definitely more to do,” but it will be New Mexico-centric because Texas (Delaware) is already on line power. ³
• On the compression side, they said optimization is focused on areas where they see better run times when using microgrids versus “one-off generators,” emphasizing that cycling power on/off is “not good for run time of equipment like ESPs.” ³

Cost outcome tied to these deployments: management said these actions have enabled them to “hold LOE flat or even reduce it over time,” describing this as “not normal” versus expectations. ³ They specifically referenced that despite gas curtailment-related shut-in impacts in Q1 and Q2, LOE is “pushing closer to $5 per Boe” (from the typical ~$5.50 per Boe framing). ³

5) Program execution philosophy: multiple initiatives working together

When asked about the field items used to stay ahead of operational expectations, management emphasized that while each initiative matters, doing them together is what “move[s] the needle.” ¹

They also described their productivity program context as being anchored in continuing to drill the “same benches in the same way” across New Mexico and Texas and expecting rest of 2026/2027 productivity to be similar to ’24–’26—which suggests their operational deployments are aimed at consistency and execution rather than assuming step-function improvements. ⁶

Bottom line (what is actually being deployed)

From the excerpted discussion, the most concrete “field deployments/initiatives” used to stay ahead of operational expectations are:

• Water recycling expansion (including relationships supporting integrated water systems in New Mexico). ²³
• Drilling efficiency/cost changes: water-based mud in targeted loss areas and slimmer hole design in New Mexico. ²
• Completion and productivity pilots: surfactant trials on both completion and production/late-life contexts, with structured test vs control wells and performance evaluation windows. ⁷
• Power infrastructure and optimization: scaling microgrids (New Mexico) and using them to improve equipment run times (including ESPs) and reduce operational inefficiencies tied to generators. ³

All of the above are explicitly discussed as being deployed “in real time,” and management connects them directly to operational outcomes such as LOE performance and the durability of productivity expectations. ¹³⁶