Pipelines are the lifelines of oil and gas transport, but leaks can go unnoticed—causing environmental harm and major financial losses. This project is developing smart, chemical-sensing technology that can detect leaks deep underwater in real time. These advanced sensors will help catch problems early, keeping our oceans cleaner and pipelines safer.
Project Significance & Impact
Current pipeline monitoring systems often miss leaks, especially in complex networks. This project introduces a new kind of sensor that can “sniff out” specific chemicals in water, even in cold and high-pressure deep-sea environments. Using cutting-edge materials and electronics, these sensors are designed to be highly sensitive and accurate.
By detecting leaks early, this technology can prevent environmental disasters, reduce repair costs, and improve safety for offshore operations. It’s a powerful step toward smarter, more sustainable energy infrastructure.
Project Outcomes
Project Details
Pipeline networks are the most efficient method to transport oil, gas, and other liquids, but leaks are common and oftentimes go undetected. Leaks can result in billions of dollars of property damage, represent significant losses of revenue, and present significant safety challenges. Pipeline networks rely on a Supervisory Control And Data Acquisition (SCADA) system to monitor changes in pressure, flow rate, and other pipeline characteristics3 along with a Computational Pipeline Monitoring System (CPM) to analyze the data and detect leaks. However, a recent study found that the CPM could only identify 19 % of pipeline leaks. These failures include large leaks, especially for complex pipeline networks with multiple entry points.
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