CenterPoint Energy Deploys Advanced Mobile Leak Detection Technology

CenterPoint Energy Deploys Advanced Mobile Leak Detection Technology

HOUSTON — CenterPoint Energy continues to deploy advanced gas leak technology to detect methane in the air more quickly and accurately than ever before.

The Picarro Advanced Mobile Leak Detection System, a state-of-the-art vehicle-mounted technology, allows CenterPoint crews to find and fix potential natural gas leaks faster, reducing methane emissions and enhancing system safety. ​

According to CenterPoint officials, the company was one of the first utilities in the country to adopt the Picarro technology, piloting its use in Minnesota and Texas in 2013. Now, the company operates one of the world’s largest fleets, with units across the company’s six-state natural gas footprint. Alongside other modernization initiatives, the Picarro system reflects CenterPoint’s investment in innovative technology that strengthens safety, reliability and sustainability.

The Picarro Surveyor is 1,000 times more sensitive than traditional leak detection methods, identifying methane emissions at parts per billion (PPB) levels rather than parts per million (PPM). The increased sensitivity of this technology enables crews to pinpoint issues earlier, allowing for faster mitigation and repair of potential natural gas leaks.

“This technology allows us to detect potential leaks with greater precision and speed, strengthening the safety of our system and is one of the many ways that we’re investing in keeping natural gas in the pipe and out of the air,” said Richard Leger, CenterPoint’s Senior Vice President, Natural Gas Business. “We’re continuing to advance innovative solutions to provide safe, reliable service that benefits our customers and the communities we’re privileged to serve.”

How it Works

The Picarro system uses advanced analytics and real-time monitoring to enhance leak detection and response through:

  • Faster, more accurate detection: The Picarro system continuously scans air samples while a vehicle follows a designated route, typically at night when atmospheric conditions allow for a higher degree of accuracy.
  • Pinpointing potential issues, reducing disruptions: The system logs indications of emissions release, allowing field crews to conduct targeted inspections, determine if a leak exists and make necessary repairs, as needed, with minimal impact to customers.
  • Smarter, more reliable infrastructure: By reducing methane emissions and improving maintenance efficiency, Picarro plays a role in system reliability and helping CenterPoint to continue delivering safe and dependable service for customers.

For more information, visit CenterPointEnergy.com/Picarro.

Similar Posts

  • Austin Energy News: Seven Ways Public Power Makes Austin Better

    The secret is out. The Austin area is a great place to be. But Austin hasn’t grown to international status on its own. Austin Energy, the City’s publicly owned electric utility, has supported the area every step of the way. Since 1895, they have powered the community, delivering safe, affordable, reliable energy and excellent customer…

  • Top contractors partner with AI firm to prevent jobsite accidents before they happen

    Following up on a study in which Smartvid.io’s artificial intelligence engine “Vinnie” learned from contractor Suffolk’s data to predict roughly one in five safety incidents with 81% accuracy, nine major construction firms are partnering with the software company to further develop predictive analytics and therefore prevent incidents and reduce risk across the industry, according to a Smartvid announcement from…

  • RRC Working on Proactive Measures for the Upcoming Winter

    By Subcontractors USA News Provider While the Railroad Commission of Texas continues implementing legislation to help fortify the state’s energy supply for weather emergencies, the agency is taking steps to get ahead of the game. As we come off the summer season, the Commission issued a Notice to Operators asking gas facility and gas pipeline…