How Midstream Automation Can Secure America's Energy Future
A. LE and V. KNOTT, CruxOCM, Calgary, Alberta, Canada
The energy sector's overall transition to efficient operations has been many years in the making. However, as of March 2026, the world is experiencing what the International Energy Agency (IEA) has called the largest supply disruption in the history of oil and gas markets. The Middle East conflict is the violent catalyst accelerating this transition—and the urgency of midstream automation—from "nice-to-have" to "mission-critical."
Due to this conflict, the U.S. is uniquely advantaged to dominate global energy markets. U.S. domestic energy consumption continues to grow, especially in the commercial and industrial sectors, but supply constraints still persist. While the U.S. is now widely accepted as the most dependable swing exporter of both crude and liquefied natural gas (LNG), pipeline throughput is still constrained, which caps U.S. exports.
The U.S. must rapidly maximize throughput capacity to secure domestic energy and dominate global energy markets. These factors create massive opportunities for American companies that can move more molecules faster and more efficiently than their competitors.
Oil and gas companies can no longer depend on multi-year physical brownfield and greenfield projects to increase capacity. The industry must now look to technology to quickly and efficiently maximize value on existing systems. For example, midstream automation technology can help secure America's energy future.
How the oil and gas industry has evolved and where it is heading
Before the 2026 Middle East conflict, oil and gas companies had already abandoned the grow-at-all-costs model for three structural reasons.
Capital discipline: Following the 2014 and 2020 oil crashes, investors demanded consistent shareholder returns through dividends, buybacks and capital projects with clear near-term return on investment (ROI) rather than new long-dated mega projects with uncertain timelines. Additionally, recent consolidation in the industry has exhausted future inorganic growth opportunities.
Regulatory friction: It became nearly impossible to build new U.S. interstate pipelines due to both federal and state regulations.
Asset maturity: Most major U.S. shale basins (e.g., Eagle Ford, Permian, Marcellus) have finished their big build phase. Major regions like the U.S. Gulf Coast have become congested, leading to increasingly difficult conditions for greenfield projects.
The oil and gas industry has transitioned from construction and consolidation to optimization. However, optimization with minimal margins is no longer enough. Adopting midstream automation solutions for pipeline operations is now the only viable path to maximizing the value of current assets.
How the Middle East conflict accelerates midstream automation
The 2026 Middle East conflict supply shock has made throughput maximization a national security and operational necessity. Major challenges the industry is facing that can be improved by midstream automation software include:
Physical bottlenecks: With 20% of global supply (Strait of Hormuz) offline or in doubt (at the time of publication), the world is begging for U.S. oil and gas. Operators cannot build a new pipeline in a month. To meet domestic demand and increase exports, oil and gas companies must now use technology to maximize the pipeline capacity of their existing systems.
Cost spikes: Diesel and electricity prices (the main costs for moving oil) have skyrocketed due to the conflict. Effective energy risk management, powered by technology that reduces power consumption, is now the only way to keep transport margins from collapsing.
Price volatility: The conflict has created massive, hour-by-hour price swings between different hubs. Only tech-enabled firms can move fast enough to capture these flash spreads.
These challenges can be effectively overcome through agentic AI systems for oil and gas that can provide the autopilot for the energy industry to maximize throughput capacity and minimize operating costs. Midstream automation<sup>a</sup> extends across every critical dimension of pipeline performance and maximizes throughput and ratable flow to minimize power and drag reducing agent (DRA) costs.
For pipelines that are apportioned (over-nominated), every extra barrel of capacity is high-margin revenue. In the energy market, the U.S. is well-positioned to increase production to capitalize on decreased global supply. However, more than 60% of pipelines that transport American oil are at maximum capacity.
Closed-loop automation can unlock 7%–12% in additional pipeline throughput on existing systems by pushing the pipeline to its true hydraulic limit continuously. In a market where takeaway capacity is the bottleneck, this enables an operator to capture millions of dollars in throughput from hidden capacity without laying a single mile of new pipe (TABLE 1).
Power and DRA cost minimization
Operational maximization is not just about selling for more; it is about moving more for less. Power and DRA are the two biggest variable costs in midstream. Adjusting pump speeds and chemical injections in real time based on current flow needs and electricity prices will significantly reduce costs.
By automating the leanest way to run a batch, the authors' company's solutions can permanently reduce pipeline costs by 3%–12%. This makes a company the low-cost provider in a region, enabling it to undercut competitors on transport tariffs while maintaining higher margins.
Ratable flow maximization
Gathering systems are notoriously chaotic, with hundreds of wells kicking on and off, causing pressure spikes that force producers to shut in. Automating gathering systems allows ratable flow into the main transmission line.
This reduces flow variations by up to 45%. For an operator, this means they can guarantee more than 85% of their nominations, attracting producers who want the most reliable path to market and are willing to pay a premium for that reliability.
On a 2-MMboed pipeline system, a 7%–12% throughput uplift can add 140,000 boed–240,000 boed of new capacity. Considering contracted tariffs and an industry-average midstream earnings before interest, taxes, depreciation and amortization (EBITDA) margin of 38%, these additional barrels generate an accretive $70 MM–$120 MM in EBITDA per year. This can add $805 MM–$1.4 B to an operator's valuation.
Takeaway
The U.S. must rapidly maximize throughput capacity to ensure domestic energy security and dominate global energy markets. For operators looking for midstream automation solutions that go beyond traditional capacity builds, industrial automation software is the lever that moves more molecules through the infrastructure already in the ground.
Notes
a CruxOCM's maxOPT™
b CruxOCM's powerOPT™
c CruxOCM's draBOT™
d CruxOCM's gatherBOT™