The Next Completion Cycle: The Need for New Barrels

The Missing Supply Response

Oil markets are sending mixed signals. Commercial crude inventories have tightened, oil prices remain supportive, and operator cash flows have improved. Historically, such a backdrop would have been accompanied by a meaningful increase in completion activity. Instead, frac spreads have stabilized at levels well below the highs reached during the post-pandemic recovery, as estimated by Primary Vision.

The disconnect reflects a shale industry that has become more disciplined, more efficient and less immediately responsive to price. But delayed activity should not be confused with the absence of a cycle. Replacement barrels are eventually required, and the process through which they emerge may look different from previous recoveries.

Replacement Barrels Are Becoming Increasingly Necessary

Replacement barrels are the new barrels required to offset inventory draws and restore market balance. As shown in Figure 1, U.S. commercial crude inventories have fallen from roughly 550 MMBbl in late 2022 to about 415 MMBbl today and currently sit approximately 53 MMBbl below the five-year average. That deficit represents barrels that have been supplied from storage rather than new production.

History suggests that these barrels are eventually replaced through higher activity. Figure 1 shows that the response unfolds in stages, with completion jobs typically improving first, followed by frac spreads and then production growth. The implication is straightforward: inventories can temporarily satisfy demand, but a persistent deficit ultimately requires additional completion activity and new production to replenish the missing barrels.

The Price Signal Has Changed

The relationship between oil prices and completion activity has changed since the post-pandemic recovery. WTI prices have remained largely in the $75-85/bbl range over the past two years, levels that historically would have supported higher activity. Yet frac spread counts have remained near 200 spreads, roughly 40% below the peak levels reached during 2022 as estimated by Primary Vision.

Several factors help explain the disconnect. Public operators continue to prioritize capital discipline and shareholder returns over production growth, while excess hydraulic horsepower has created spare capacity across the service sector. Existing fleets can absorb incremental work through higher utilization, reducing the need for immediate spread additions.

As a result, higher oil prices no longer translate into higher frac spread counts as readily as they did during the post-pandemic recovery. Price remains important, but activity has become increasingly influenced by capital allocation decisions and available horsepower within the system.

Delayed Does Not Mean Destroyed

Weak activity does not necessarily imply weak fundamentals. Production targets across much of the industry remain relatively flat, but inventories continue to tighten and natural decline rates have not disappeared. Existing wells require replacement barrels, and maintaining production ultimately requires additional completion work.

The presence of excess horsepower means that the initial stages of recovery are likely to appear through higher utilization rather than through rapid fleet additions. Incremental demand can be absorbed by existing equipment before new spreads are required. This creates a slower and more gradual cycle than investors became accustomed to during previous periods of rapid growth.

Reading the Next Cycle

The next completion cycle is unlikely to begin with a sudden increase in frac spreads. Instead, the earliest signs are likely to emerge through completion intensity. As shown in Figure 3, Frac Job Count has recovered to roughly 1,700 jobs from lows near 1,000 jobs, while frac spreads have increased more gradually to around 300 spreads from lows near 200 spreads. Existing horsepower allows operators to absorb incremental work through higher utilization before committing additional spreads to the market.

This sequence helps explain how the next cycle is likely to unfold. Completion jobs improve first, followed by higher spread utilization, additional spread deployments and ultimately production growth. For that reason, completion activity may provide earlier indications of a changing cycle than headline spread counts alone.

Conclusion

The next completion cycle has not disappeared. It has simply become slower, more disciplined and more dependent on physical balances than on price alone. Inventory draws continue to create the need for replacement barrels, but capital discipline and excess hydraulic horsepower are delaying the industry’s response. 

When activity eventually accelerates, the transition is likely to begin with completion intensity before spreading to frac fleets and production growth. The industry may be waiting longer than in previous cycles, but the need for replacement barrels has not gone away.