Real-Time Acoustic Monitoring for Oil & Gas Operations

Real-time acoustic monitoring uses sensors and AI to listen for abnormal sound patterns from field equipment, such as compressors and related production assets. Instead of relying only on scheduled inspections, operators receive continuous awareness of changing conditions. When paired with video, gas imaging, and operational data, acoustic intelligence helps teams assess whether an event needs attention and direct field resources more effectively.

Acoustic monitoring can help assess compressors and other oil and gas equipment that produce recognizable operating sounds. Well Checked’s acoustic anomaly algorithm was originally developed for compressors and has been extended to additional equipment across oil and gas facilities. The platform establishes a site baseline, then identifies deviations that may indicate a developing issue, changing condition, or need for operator review.

Zensory.ai™ combines acoustic intelligence with video, optical gas imaging, and operational context rather than treating every isolated signal as a confirmed incident. Zentinal Core™ filters multi-sensor inputs to distinguish normal process activity from true fugitive or operational anomalies. Per-site sensitivity, known non-fugitive events, and escalation rules can also be tuned as site baselines evolve, reducing alert fatigue for operating teams.

Yes. The platform uses onsite edge computing that operates independently of communications, supporting continuous local monitoring in remote wellsite environments. This architecture is designed to maintain awareness where connectivity may be inconsistent. When an actionable event is validated, alerts can be delivered through the Well Checked Dashboard, email, text, and SCADA workflows so designated personnel have the information needed to respond.

Well Checked provides operator-facing response-workflow support, including dispatch runbooks, rapid-response protocols, alert routing, and escalation guidance. Once Zentinal Core™ validates a fugitive gas event, the operator’s designated dispatch team receives near-real-time notification. The workflows are designed to support acknowledgement, dispatch, and mitigation within 24 hours, a response window associated with minimizing or eliminating EPA fines on validated methane survey events.

Yes. Well Checked’s SCADA Integration Services connect the Zensory.ai™ platform with existing SCADA systems, allowing alerts, emissions information, and operational insights to appear within established control-room workflows. Integration helps operators use acoustic and multi-sensor intelligence alongside the systems their teams already rely on. Pricing is available on request, and implementation can be planned around the operator’s existing environment and requirements.

Acoustic monitoring is one layer of Well Checked’s broader multi-sensor approach. The platform can combine acoustic data with Long-Wave Infrared optical gas imaging, video, and AI-assisted validation to identify and assess methane or VOC events. Continuous emissions monitoring and quantification services support regulatory reporting, emissions tracking, and ESG initiatives, with data structured for relevant reporting and disclosure frameworks.

Well Checked serves continental US onshore upstream oil and gas producing regions. Confirmed experience includes a continuous monitoring deployment in the Appalachian Basin, while services are available for operators in the Permian, Anadarko, Bakken, Eagle Ford, Denver-Julesburg, and San Juan basins. The company works with remote wellsite portfolios and can discuss pilot programs and deployment needs for specific operating areas.