Xplorobot Receives EPA Approval as the First Handheld Methane Detection Device
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HOUSTON, Jan. 16, 2025 ~ In a groundbreaking achievement, Xplorobot, a methane detection, quantification, and mitigation platform, has received approval from the United States Environmental Protection Agency (EPA) for its Laser Gas Imager as an Alternative Test Method (ATM) for methane inspections. This marks the first-ever approval of a handheld mobile methane detection device and sets a new standard for efficiency and affordability in emissions monitoring.

Methane, a potent greenhouse gas responsible for 30% of the current rise in global temperature, has become a major concern for environmental regulators. As regulations tighten worldwide, operators are now required to conduct more frequent and detailed monitoring as part of their Leak Detection and Repair (LDAR) programs. However, traditional methods such as infrared (IR) cameras have proven to be expensive, labor-intensive, and often miss smaller leaks.

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Xplorobot's cost-effective solution bridges this gap by empowering operators to identify and mitigate emissions at the component level. Using Tunable Diode Laser Absorption Spectroscopy (TDLAS) and high-resolution imaging, the Xplorobot Laser Gas Imager can detect emissions as small as 1 gram per hour. Its intuitive design also requires only three hours of training, making it easy for field workers to integrate emissions monitoring into their daily tasks.

"This EPA approval represents a significant step forward for Xplorobot and the oil and gas industry," said Oleg Mikhailov, CEO and Co-Founder of Xplorobot. "With our cost-effective and scalable technology, operators can now meet global methane reduction targets while also lowering operational expenses. Our cloud-based database and automated reporting system further streamline compliance efforts, benefiting both independent operators and global supermajors."

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Xplorobot's leadership team brings together expertise in AI, data processing, 3D imaging, technology development, and energy operations. The company's key differentiators include its cost efficiency compared to traditional Optical Gas Imaging (OGI) cameras, unmatched precision, and AI-driven compliance capabilities. In blind trials, the Xplorobot Laser Gas Imager achieved the highest accuracy results with a 91.4% true positive rate and only a 2% false positive rate.

Backed by prominent investors such as Builders Vision, Elemental Impact, and Overview VC, Xplorobot is setting a new standard for emissions reduction and compliance. The platform has already enabled 53 operators across 2,429 facilities on four continents to reduce emissions and comply with regulations, demonstrating its capability to meet global regulatory demands.

With EPA approval in hand, Xplorobot is now ramping up deployments and actively seeking partnerships with service companies to deploy the Laser Gas Imager at scale. Those interested in joining their mission to mitigate methane emissions can visit xplorobot.com or reach out to [email protected] to set up an introduction call.
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