Abstract Description: Methane leaks in California's oil fields pose significant environmental and regulatory challenges, making efficient leak detection and repair (LDAR) critical for operators. This presentation focuses on using the SENSIT Fixed Methane Detector (FMD) as a cornerstone of a triangulation method to identify leak sources and integrate this with LDAR equipment to locate and repair leaks more effectively.
The SENSIT FMD provides precise methane readings in real-time, enabling field technicians to triangulate the approximate location of leaks. By analyzing methane concentrations at multiple points, teams can pinpoint leak origins with high accuracy. This method is especially beneficial in California’s complex oil fields, where topography and infrastructure can hinder traditional detection methods. Coupling this triangulation approach with LDAR equipment further enhances the ability to confirm, classify, and address leaks efficiently.
Case studies from field operations will highlight the practical benefits of this approach, showcasing how teams have reduced survey times, improved detection accuracy, and maintained compliance with California’s stringent methane reduction regulations, such as those mandated by CARB and SB 1371. Additionally, the presentation will cover strategies for integrating the FMD into existing LDAR workflows and training programs, ensuring seamless adoption by field personnel.
Attendees will leave with actionable insights into optimizing their leak detection processes, improving environmental outcomes, and reducing operational costs. This session is designed for operators, environmental managers, and compliance officers seeking innovative tools and techniques to meet California's ambitious methane reduction goals while maintaining operational efficiency.
