From Discovery to Deployment: Unlocking Real Value in Natural Gas Liquids Operations
As natural gas liquids (NGL) pipeline systems become more complex and margins tighter, midstream operators are under growing pressure to increase throughput, reduce OPEX, and ensure safe, consistent execution across all assets. In a recent discovery session, the CruxOCM team walked through how pipeBOT™ delivers automated control and embedded optimization tailored specifically to the needs of NGL pipelines — not as a one-off customization, but as a standardized, scalable off-the-shelf solution.
What Is pipeBOT™ for NGL Systems?
pipeBOT™ is CruxOCM’s real-time automation software that transforms manual, inconsistent operations into consistently executed sequences — built on industry-proven closed-loop logic and optimization models. For NGLs, pipeBOT™ offers unique support for blended and multi-commodity environments (such as Y-grade, purity products, and mixes), enhancing control across injections, transfers, valve operations, and more.
Unlike traditional solutions that rely on scripting or isolated PLC logic, pipeBOT™ centralizes control and optimization for entire systems, adapting to operational dynamics in real-time — without requiring infrastructure changes or added headcount.
Value Pillars: Why NGL Operators Choose CruxOCM
1. Top-Line Revenue Growth (EBITDA Impact)
Maximize Throughput in Prorated Systems
pipeBOT™ delivers a 2–7% increase in additional throughput for constrained systems, driving immediate revenue gains. In tariff-based models, every extra barrel means extra profit — especially in prorated or maxed-out systems.
Boost Nomination Achievement
By reducing flow rate variability, operators improve rateability — the ability to consistently meet daily, weekly, or monthly flow targets. This helps eliminate penalties associated with missed nominations and enhances contract performance.
Expand Salable Storage Capacity
pipeBOT™ reduces flow variability, shrinking the required buffer and increasing usable tank capacity — which translates to more product sold and less idle inventory.
2. Operating Expense (OPEX) Reduction
12% OPEX Reduction via Automation
From avoiding manual-induced errors to minimizing equipment strain, automation reduces manual inefficiencies that contribute to unplanned costs — including valve replacements, digs, and reactive maintenance.
Power Consumption Optimization
While currently under further evaluation, initial indicators suggest pipeBOT™ can contribute meaningfully to energy cost reductions — a rising concern as U.S. industrial power prices continue to climb.
Pressure Variation Control
pipeBOT™ enables up to 26% reduction in pressure variation, helping extend asset life and reduce unplanned shutdowns — especially critical in older “Frankenpipe” infrastructure.
3. Operational Excellence and Safety
Alarm Load Reduction
Working in tandem with leak detection and RTTM systems, pipeBOT™ keeps process variables within tight bounds —reducing process alarms occurrences by ~50%, based on client data from Phillips 66.
Operator Ramp Time and Standardization
Automating 75–85% of pipeline operations flattens the learning curve for new operators and ensures consistent performance across shifts, reducing risk from operator variability.
Real-time adjustments and proactive control help maintain safer pipeline operating conditions by minimizing slack flow and overpressure events, reducing operational risk, lowering maintenance incidents, and improving overall pipeline safety performance.
Use Cases That Drive Action
Automated Start/Stop Sequences
From startup to shutdown of the pipeline, pipeBOT™ minimizes operator workload — turning 60+ manual commands into just 2–3 with automated sequencing for start/stop of strips, start/stop of swings, and batch handling.
MaxOPT for Throughput Optimization
This flagship use case is particularly powerful in systems under proration. By squeezing more product through constrained pipelines, operators unlock immediate revenue gains with minimal capital outlay.
Reduce Flow Rate Variation
Smoothing out flow variability directly improves nomination adherence, lowering penalty risk and increasing commercial confidence.
Defer Equipment Replacements
Through smoother ramp rates and real-time tuning, pipeBOT™ reduces equipment wear, delays replacements, and increases lifecycle value of pipeline assets.
Proven. Scalable. In Production.
CruxOCM is not an R&D initiative — we are live and in production with leading North American operators. Clients like Phillips 66, HF Sinclair, ONEOK, and Delek have validated our technology in high-throughput environments, and we continue to partner closely on new applications and co-developed use cases.
Closing Thoughts
For NGL operators seeking to drive measurable financial and operational improvements — without increasing headcount or replacing existing systems — pipeBOT™ offers a pragmatic, scalable path forward. Our automation is not theoretical. It’s live, it’s tested, and it’s designed to work alongside your team — not replace them.
The path to operational excellence starts by automating the everyday, optimizing in real time, and empowering your control room with consistent, high-fidelity execution. That’s the Crux difference.
