Devon Sees Delaware Basin Well Costs Falling From $800/ft via AI and Synergies

Delaware Basin aspirational well cost per foot: target, downward path, initiatives, and potential low end

1) Aspirational target for Delaware Basin well cost per foot

From the earnings Q&A, Devon’s Delaware Basin well cost per foot is discussed in relation to an already-achieved level of $800/ft and management’s expectation of additional cost reductions thereafter. Specifically, management notes that they are “already at $800 per foot” and that this is “ahead of… synergies” still to be captured. ¹

Devon’s commentary also frames $800/ft as a near-term trailing cost structure, because it reflects “wells coming online between now and the end of the year” and is therefore “a 9- to 12-month trailing cost structure” behind the number. ²

However, the excerpts do not specify a numeric “aspirational target” below $800/ft (e.g., “targeting $750/ft by X date”). They indicate directionally lower costs and a “more aggressive” cost structure ahead (see below), but no explicit cost-per-foot target is stated in the provided text. ²

2) How costs might trend downward over time (trajectory logic)

Management’s downward-trend logic is twofold:

1. Synergy capture over time after the merger

   • The $800/ft level is described as already incorporating some benefits, but not all expected synergies, and Devon expects to deliver an “even more aggressive cost structure” as they look ahead to 2027. ²
   • Additionally, management says they expect to deliver at least $1 billion of annual synergy targets by year-end 2027. While that is not stated as being exclusively tied to $/ft, Devon describes synergy buckets that include lowering D&C costs via well design and supply chain scale. ³

2. Continuous technology-driven optimization (real-time and iterative)

   • Devon describes AI-enabled systems and processes that continually reduce cost and improve performance: “see a gap, fill a gap, improve performance, reduce cost all day, every day.” ²
   • They also describe real-time analytics processes “live D&C data” to “avoid costly failures and benchmark every operation” against best-in-class performance. ⁴

Taken together, the excerpts support a cost path that trends down gradually as (a) merger synergies mature into lower D&C costs and (b) technology (especially AI-driven execution and analytics) increasingly drives efficiency and reduces failure/inefficiency. ²³⁴
But again, no exact multi-year $/ft schedule or numeric endpoint is provided in the excerpts. ²

3) Initiatives expected to lower Delaware Basin well cost per foot

The excerpts identify several initiatives that are expected to reduce drilling & completion costs and therefore should pressure $/ft downward.

A. Merger-related D&C and supply-chain actions (cost down, scale up)

• Devon states they centralized the D&C team post-merger, which “already paid a bunch of dividends.” ⁵
• On supply chain, Devon highlights an “integrated supply chain team” that can bundle/debundle services “almost in real time” to optimize market conditions. ⁵
• Devon also cites adapting a simul-frac efficiency improvement devised by Devon and applying it across the combined platform, with an expectation of more simul-frac wells in the program. ⁵

B. Well design and supply chain scale (explicitly tied to D&C cost reduction)

In the synergy overview, management is explicit that on capital optimization they are:

• “lowering D&C costs through well design and supply chain scale” and
• reallocating 2027 capital to the most efficient uses. ³

C. Technology: AI-driven closed-loop optimization and benchmarking

Management directly ties technology to real-time performance and cost reduction mechanisms:

• They describe closed-loop AI that “autonomously” optimizes 1,000 wells real-time 24 hours a day, enabling immediate response to changing conditions (aiming at maintaining operations on the “efficient frontier”). ³
• They describe AI driving subsurface advancement using a proprietary model to predict well performance and optimize spacing and frac design, explicitly to maximize value from each development and re-optimize around “what-ifs of well cost” and completion design improvements. ³
• Real-time analytics processes live D&C data to avoid costly failures and benchmark performance against “best-in-class.” ⁴

D. Efficiency improvements in completions and surfactants (targeting better outcomes, potentially lowering effective cost)

While surfactants are discussed primarily in terms of production/recovery uplift, Devon indicates it is part of the operational cost and performance improvement toolkit:

• Devon reports surfactant results: trial wells across multiple landing zones with “clear uplift versus offset controls” and scaling plans to more than 50 wells. ⁴
• They also cite completion-phase testing where 90% of trial wells had material uplift and “north of 15% at 180 days,” plus plans to scale. ⁶

In the provided excerpts, surfactants are not stated as a direct $/ft reduction driver, but they are clearly framed as performance improvements that Devon associates with “reduce cost” and better execution via technology. ²⁴⁶

4) How low could costs go with current technology?

The excerpts provide signals about how low costs could go, but they do not quantify a “current-technology” minimum $/ft. The only numeric cost-per-foot figure provided is $800/ft. ¹²

What management does say relevant to “how low”:

• $800/ft is already achieved for wells coming online in the near term (a 9–12 month trailing structure). ²
• Management is confident that synergies beyond what’s in the $800/ft figure will lead to an “even more aggressive cost structure” for 2027. ²
• They describe a technology stack (closed-loop AI, subsurface AI modeling, real-time analytics benchmarking) intended to produce recurring improvements and “reduce cost all day, every day.” ²³⁴

Practical interpretation (bounded by what’s stated)

• Lower than $800/ft is clearly contemplated, because $800/ft is described as ahead of some expected additional synergies and because Devon expects a more aggressive cost structure into 2027. ¹²
• A concrete “could go to $X/ft” number is not disclosed in the provided excerpts, so the low-end bound cannot be stated accurately from the text. ²

Direct answers in one place

• Aspirational target ($/ft): Not explicitly stated as a number below $800/ft in the provided excerpts; management discusses an existing $800/ft level and expects further declines. ¹²
• Downward trend over time: Likely downward as (i) merger and supply-chain synergies mature and (ii) AI/real-time analytics drive continuous execution improvements and reductions in costly failures/inefficiencies. ²⁵³⁴
• Initiatives expected to lower it: Centralized D&C team and integration; integrated supply chain bundling/debundling; improved simul-frac efficiency scaling; explicit synergy bucket for lowering D&C via well design and supply-chain scale; AI closed-loop optimization; subsurface AI for optimizing frac/spacing; real-time analytics benchmarking; surfactant programs as part of technology-driven performance uplift. ⁵³⁴⁶
• How low could costs go with current technology: Lower than $800/ft is implied, but no quantitative “low end” $/ft is provided in the excerpts. ²

If you want a numeric “how low could it go” range, that would require management to state a specific $/ft target or a stated cost reduction percentage that can be applied to the $800/ft baseline; the provided excerpts do not include such numbers. ²