Advanced Continuous Methane Emissions Monitoring System

Methane detector pricing varies widely because industrial oilfield monitoring is not a single handheld device purchase. A continuous system includes LWIR or OGI sensors, cameras, acoustic equipment monitoring, edge compute, installation, alerting, and data reporting. Well Checked Systems provides pricing on request and offers pilot programs for operators that want to validate cost, performance, and regulatory value before scaling.

Methane emissions can be monitored continuously using optical gas imaging, infrared sensors, acoustic signals, video analytics, and AI-based event validation. Zensory.ai™ learns each site’s normal operating baseline, then Zentinal Core™ detects not-normal fugitive events. Zentinal IQ™ quantifies duration, volume, and rate, creating defensible records for EPA, state, ESG, and internal operations teams.

Continuous monitoring gives operators visibility between quarterly or periodic LDAR inspections, when leaks can otherwise go undetected for weeks or months. It also creates complete event records, supports faster dispatch, and helps separate normal process emissions from fugitive anomalies. This improves operational response while producing stronger documentation for EPA methane rule, state-agency, and ESG reporting needs.

Zensory.ai™ uses an AI Site Learning cycle of approximately two days per site to establish a normal operating baseline. Once that baseline is established, Zentinal Core™ filters routine process behavior from system-validated fugitive anomalies. This helps prevent alert fatigue, supports operate-by-exception workflows, and ensures teams focus on events that require acknowledgement, dispatch, mitigation, or documentation.

Yes. Zentinal IQ™ is designed to quantify validated emissions events by duration, volume, and rate, then structure the data for compliance logs, ESG reports, EPA methane rule submissions, state inventories, OGMP 2.0 Level 4/5 reporting, and SASB Oil & Gas E&P disclosure frameworks. Requirements vary by jurisdiction, so reporting outputs are aligned to the operator’s regulatory framework.

Deployment includes site survey, hardware installation, power and network setup, sensor calibration, AI Site Learning kickoff, dashboard onboarding, and handoff to ongoing monitoring. Hardware may include camera towers, LWIR or OGI sensors, acoustic devices, edge-compute nodes, and connectivity components. Multi-site rollouts are supported by crews familiar with large upstream oil and gas monitoring programs.

Validated fugitive-event alerts can be routed through the Well Checked Dashboard, email, text, and SCADA via API integration. Well Checked Systems also provides response-workflow templates, dispatch runbooks, and alert tuning. The goal is to help operators acknowledge, dispatch, and mitigate validated methane events within 24 hours.

Yes. Well Checked Systems offers a time-bounded pilot program for operators evaluating autonomous methane monitoring against current LDAR inspections or pumper-route costs. A pilot typically includes deployment on a defined site subset, AI Site Learning, detection and quantification logs, false-alarm evaluation, operational cost comparison, methane loss data, and a scale-up business case for broader rollout.