For years, hydraulic fracturing performance was measured by how much pumping power and logistical resilience it could deliver. Larger fleets of diesel engines have usually resulted in completing wells more quickly. Today, that equation is becoming less important. As shale development has become a disciplined and repeatable process, operators are now questioning whether how fracking is electrically powered will be just as important as how hard it works.
When scale changes your completion strategy
Electric fracturing has made steady progress over the past several years, from being tested as an experimental process to being implemented operationally in many U.S. shale plays. By replacing diesel-powered pumps with those driven by electrical power from the grid or on-site generation, operators will realize lower fuel costs, fewer emissions at the well site, and quieter operations. However, widespread acceptance of the technology has been slow to develop due to the fact that scale determines whether the full advantages of the technology can be realized.
Devon Energy’s expanding multi-basin presence has altered this calculation. In large-scale repeatable development programs, there exists the opportunity to deploy electrified fracturing consistently versus intermittently. When completion activities are predictable, temporary power connections, modular electric fleets, and standard layouts also become more easily justified.
Therefore, when completed correctly, electrification is not merely a technological improvement but a structural shift in how completion programs are developed.
Electrification as an operational platform
Devon Energy’s unique approach is to treat electric fracturing as a component of a broader operational platform. Electrical fleets tend to combine better with digital monitoring systems and standardized completion designs, which reduces variability between stages and wells. This results in a more reliable power delivery system and fewer hours spent by crews on engine management and fuel logistics.
Operators have several quiet benefits from deploying their completion program using electrified fracturing. There are fewer mechanical components to repair, resulting in fewer lost production days. Operators’ energy cost structure becomes more predictable. Completion schedules are less sensitive to diesel availability issues in remote areas or high-volume completions.
Electric fracturing then becomes less about new technology and more about having control over your completion operations
Portfolio diversity provides for adaptability
Access to electrification varies by basin. Some regions have immediate access to electrical power from the grid, while other areas must utilize field gases to produce electricity locally. Devon Energy’s diverse asset base provides opportunities to implement either type of electrification. The same electric fracturing philosophy can be applied to local area-specific conditions without sacrificing potential efficiency improvements.
This diversity of options increases the probability that electric fracturing will be a standard practice versus a situationally dependent technology. When power strategies are able to accommodate local economic realities, electrification will grow with the size of the portfolio as opposed to competing against it.
- Operating optionality without fragmentation: The end result is that electric fracturing provides for optionality without requiring multiple completion philosophies.
- Cost discipline vs signaling: Electric fracturing is often viewed as a method to reduce greenhouse gas emissions, and for good reason. However, Devon Energy’s implementation of electric fracturing represents a more significant influence related to operational efficiency. Electric fleets enable consistent execution of completion tasks, predictability regarding operating expense, and improved logistics. These characteristics are critical in Today’s capital discipline-focused business model.
As shale development continues to mature, operating margins are becoming increasingly protected based on drilling and completing wells more uniformly. Standardized completion operations that include electrified fracturing help achieve this goal by matching energy usage with established processes.
A repetition-based completion approach emerges
Devon Energy’s continued growth and deployment of electric fracturing reflects a larger transformation occurring in U.S. shale-based operations. As companies build out their portfolios and their development programs become more repetitive, completion technologies that emphasize control, efficiency, and consistency will continue to gain traction. As such, electric fracturing is no longer described as novel technology but as one that fits into scaled operations.
