Advanced Gas Flare Monitoring Solutions

A gas flare system is a controlled combustion system used at oil and gas facilities to safely burn excess, unusable, or emergency-release gases. It generally includes piping, valves, a flare stack or enclosed flare, ignition equipment, and controls. Monitoring helps operators observe flare activity, detect abnormal operating conditions, document emissions-related events, and determine when field inspection or maintenance may be needed.

Gas flare monitoring uses connected field sensors and software to observe operational conditions continuously. Well Checked Systems combines high-resolution video, long-wave infrared optical gas imaging, acoustic sensing, and edge computing. The Zensory.ai™ platform evaluates sensor information, learns normal site behavior, filters potential false alarms, and sends alerts when a validated anomaly requires operator review or dispatch.

Yes. Long-wave infrared optical gas imaging can support day-and-night monitoring for methane and VOC events around monitored equipment. Zentinal Core™ evaluates gas-imaging inputs alongside other sensor streams to help distinguish potential fugitive emissions from normal process conditions. Once an event is validated, operators receive alerts and can use defined workflows to investigate, dispatch, and mitigate.

SCADA integration can deliver monitoring alerts, emissions information, and operational insights within existing control-room workflows. Rather than requiring teams to manage a separate stream of notifications, validated events can be communicated through connected systems alongside dashboard, email, and text notifications. Integration planning should account for site communications, alarm-management practices, escalation rules, and the operator’s existing control architecture.

Well Checked Systems supports workflows designed for acknowledge, dispatch, and mitigation within 24 hours of a validated fugitive-gas event. Alerts can reach an operator’s designated dispatch team through the Well Checked Dashboard, email, text, and SCADA. Response templates, runbooks, sensitivity tuning, and escalation rules help teams act consistently while reducing alert fatigue as site baselines evolve.

Yes. Continuous monitoring and quantification can provide structured records for emissions tracking, regulatory reporting, and ESG initiatives. Data output supports EPA methane-rule alternative-monitoring compliance submissions under 40 CFR Part 60 Subpart OOOOb and is structured for SASB Oil & Gas E&P and TCFD disclosure frameworks. It also aligns with OGMP 2.0 Level 4/5 measurement-based reporting approaches.

Continuous remote awareness can help operators prioritize field travel around validated exceptions instead of routine checks alone. By providing visual, acoustic, and gas-monitoring information from remote locations, the platform helps teams focus pumper routes and maintenance dispatches where attention is most needed. This can reduce unproductive travel, associated safety exposure, and unnecessary vehicle miles without eliminating necessary site work.

Well Checked Systems is broadly available to continental US onshore upstream oil and gas producing regions. Confirmed experience includes continuous monitoring in the Appalachian Basin. Deployment planning considers site conditions, communications, asset priorities, and the operator’s preferred operational and reporting workflows.