Leak Detection Sensor Networks and the Future of Fenceline Monitoring
June 25, 2025
11:00 AM ET / 10:00 AM CT / 8:00 AM PT / 4:00 PM GMT
Duration: 1 hour
Already registered? Click here to log in.
Summary
As environmental expectations evolve, facilities are rethinking how they monitor emissions and manage risk. This webinar explores how modern Leak Detection Sensor Networks (LDSNs) are being integrated into fenceline monitoring strategies to deliver faster, more actionable insights. Unlike traditional single-point monitoring, LDSNs provide a connected network of sensors that enable real-time detection, localized alerts, and more informed decision-making. These systems allow facilities to move from reactive to proactive, identifying potential issues early and responding quickly to prevent regulatory exceedances or community impact.
We’ll discuss how this sitewide approach to air quality monitoring not only improves operational efficiency but also supports compliance with evolving regulations and builds transparency with stakeholders. Attendees will learn how facilities are leveraging real-time data from LDSNs to track emissions at the edge of their operations, respond to incidents with greater speed and precision, and ultimately foster trust with surrounding communities. Whether you're upgrading your current monitoring systems or exploring new ways to stay ahead of regulatory demands, this session will show how LDSNs can elevate your environmental strategy.
Speakers
Gulf Coast Operations Manager
Jenna has over 10 years of experience in air quality and data analysis. She specializes in managing fenceline and community air monitoring programs.
Vice President of US OGI Operations
Jared has over 20 years of experience in fugitive emissions monitoring and supports Montrose’s OGI crews. He specializes in designing and implementing LDAR programs using Optical Gas Imaging.
Chief Product Officer
SENSIT
Dr. Jason Gu is the Chief Product Officer of SENSIT Technologies, a leading provider of gas detection and monitoring products. He led the design and implementation of novel technologies into next-generation instruments. He worked with the US-EPA towards the design and deployment of the first commercial SPOD-type devices for fenceline monitoring and has since focused on the use of continuous monitoring towards leak detection workflows.
Sponsored by:
