Methane Monitoring Solutions for Operators: Top Systems Compared

Continuous methane monitoring uses permanently deployed sensors, cameras, edge computing, and analytics to observe a site around the clock rather than only during scheduled inspections. A strong system records operational context, detects potential gas events, validates whether they are fugitive emissions, and alerts the operator. This creates a more complete record of event timing, duration, response actions, and emissions performance.

Quarterly LDAR surveys provide periodic snapshots, meaning an emission can begin and end between inspections or remain undiscovered for weeks. Continuous monitoring observes the site between surveys and can alert teams when a validated event occurs. It also captures duration and supporting operational context, helping operators prioritize repairs, document response activity, and assess the potential volume and cost of methane loss.

Yes. Zensory.ai uses a multi-sensor approach and an approximately two-day AI Site Learning cycle to establish normal site behavior. Zentinal Core evaluates data from optical gas imaging, video, and other signals to filter known non-fugitive process events and reduce false alarms. Alert-tuning services can further adjust sensitivity and escalation rules as site baselines or operating conditions change.

After Zentinal Core validates a fugitive gas event, designated operator teams can receive near-real-time notifications through the Well Checked Dashboard, email, text, and integrated SCADA workflows. Well Checked also provides dispatch runbooks and response-workflow templates. These resources are designed to help teams acknowledge, dispatch, and mitigate validated methane events within a 24-hour response window.

The Zensory.ai platform combines high-resolution video, Long-Wave Infrared optical gas imaging for methane and VOC detection, acoustic sensing for abnormal equipment conditions, and onsite edge computing. This sight, sound, and gas-detection architecture gives operators broader context than a single-sensor system. It can support both emissions-event detection and wider operational awareness at remote oil and gas wellsites.

Well Checked structures emissions data to support EPA methane-rule alternative-monitoring compliance submissions under 40 CFR Part 60 Subpart OOOOb. Its outputs are also aligned with OGMP 2.0 Level 4/5 measurement-based reporting frameworks and structured for SASB Oil & Gas E&P and TCFD disclosures. Zentinal IQ quantifies events after validation to support more defensible reporting records.

Yes. Well Checked provides SCADA integration services that place monitoring alerts, emissions data, and operational insights into existing control-room workflows. This helps operators avoid creating a separate monitoring silo and lets designated teams use familiar systems for awareness and dispatch. Integration requirements are evaluated against the operator’s current SCADA environment, notification preferences, and escalation procedures.

A deployment begins by reviewing the wellsite portfolio, monitoring objectives, communications environment, and reporting needs. Well Checked can offer a pilot program for upstream operators before broader deployment. After installation, the platform completes its site-learning cycle, establishes alert rules, and connects designated notification channels. Response workflows and sensitivity settings are then refined to support practical field dispatch and reporting needs.