Reliable Fugitive Emissions Monitoring Solutions

Fugitive emissions monitoring is the detection, validation, and measurement of unintended methane, VOC, or other gas releases from equipment, tanks, valves, separators, piping, and wellsite infrastructure. Well Checked Systems uses continuous multi-sensor monitoring to identify abnormal fugitive events, distinguish them from normal operations, and create records operators can use for LDAR, ESG, and regulatory reporting.

Fugitive emissions can be measured using technologies such as Optical Gas Imaging, fixed sensors, acoustic equipment monitoring, video analytics, and quantification models. Well Checked Systems combines Long-Wave Infrared cameras, AI video review, acoustic abnormal-sound detection, and site-specific learning to validate events before quantification. This creates a continuous record of event timing, duration, and estimated emissions volume.

Traditional LDAR inspections are periodic snapshots, often performed quarterly or at scheduled intervals. Continuous monitoring watches sites around the clock and alerts operators when validated anomalies occur. This helps teams respond faster, understand event duration, reduce unnecessary site visits, and maintain more complete emissions records than inspection-only programs can typically provide.

Zensory.ai™ is designed to support EPA methane rule and state-agency reporting workflows where alternative-monitoring pathways are recognized. Data output can support 40 CFR Part 60 Subpart OOOOb submissions, OGMP 2.0 Level 4/5 frameworks, and SASB or TCFD ESG disclosures. Operators should confirm specific acceptance requirements with their applicable regulator or compliance advisor.

The platform uses a roughly two-day AI Site Learning cycle to understand normal site behavior before flagging fugitive anomalies. Zentinal Core™ filters routine operations and validates likely true events, while Zentinal IQ™ adds defensible quantification after validation. This layered approach helps reduce alert fatigue and prevents teams from chasing normal process events.

Well Checked Systems serves US upstream oil and gas operators, including multi-site and multi-basin producers. Service areas include the Appalachian Basin, Permian Basin, Anadarko Basin, Bakken, Eagle Ford, Denver-Julesburg, San Juan Basin, and broader continental US onshore producing regions. The system is built for remote wellsite environments where autonomous monitoring is especially valuable.

Once Zentinal Core™ validates a fugitive gas event, operators can receive near-real-time alerts through the Well Checked Dashboard, email, text, and SCADA integrations. Well Checked Systems also provides response-workflow templates, dispatch runbooks, escalation rules, and alert tuning to help teams acknowledge, dispatch, and mitigate within a 24-hour response window.

Pricing is available on request because deployments vary by site count, basin, monitoring objectives, integration requirements, and whether the operator needs detection-only or regulatory-defensible quantification. Pilot programs are available, allowing teams to evaluate Zensory.ai™ performance before scaling across larger wellsite portfolios or adding advanced reporting workflows.