Oil and Gas Leak Detection Software

The best pipeline leak detection system depends on the asset, leak risks, operating environment, and response requirements. For remote oil and gas operations, a layered approach can provide stronger awareness than a single sensor. Well Checked Systems uses video, acoustic sensing, and Long-Wave Infrared optical gas imaging to help identify abnormal conditions and potential methane or VOC events continuously.

Oil and gas leak detection software collects data from connected field sensors, cameras, and monitoring devices, then analyzes it for conditions that may require attention. Zensory.ai™ combines video, acoustic, and optical gas imaging inputs. Zentinal Core™ applies AI-assisted event validation and false-alarm filtering, while alerts and supporting information can be delivered through the dashboard, email, text, or SCADA workflows.

Yes. Long-Wave Infrared optical gas imaging is designed to support day-and-night detection of methane and VOC emissions. This capability is paired with video and acoustic intelligence to add context around a potential event. Continuous monitoring gives operators visibility between scheduled inspections, including when remote sites are unattended or conditions make routine field access less practical.

The platform uses a multi-sensor approach and a site-learning cycle of approximately two days to establish normal operating patterns. Zentinal Core™ evaluates potential events across sensor streams and filters known non-fugitive process activity before escalation. Per-site alert tuning can further adjust sensitivity, suppress recurring non-fugitive events, and refine escalation rules as operating baselines evolve.

Yes. Well Checked Systems offers SCADA integration services that place alerts, emissions data, and operational insights within existing control-room workflows. This allows designated teams to receive relevant information through familiar systems while also using the Well Checked Dashboard, email, or text notifications. Integration planning focuses on the operator’s current workflow, alert-routing needs, and site communications environment.

Continuous monitoring creates an ongoing record of potential emissions events rather than relying only on periodic survey snapshots. Once a fugitive event is validated, operators can use alert and incident-management workflows to acknowledge, dispatch, and mitigate. Emissions data can be structured to support EPA methane-rule alternative-monitoring compliance submissions, state-agency inventories, and measurement-based reporting frameworks such as OGMP 2.0 Level 4/5.

A leak alert can include the detected event, relevant sensor context, timing, and the information needed for an operator’s designated response team to assess next steps. Well Checked’s workflow support includes dashboard, email, text, and SCADA alert delivery, plus response templates and dispatch runbooks. Alert tuning and escalation rules can be configured to better match each site’s operating conditions.

Autonomous monitoring can help operators prioritize field visits around validated events and operational exceptions rather than following solely route-based schedules. This may reduce unproductive travel, exposure to weather and hazardous site conditions, and unnecessary vehicle miles. Well Checked’s platform is designed for remote wellsite environments, using onsite edge computing that can operate independently of communications for ongoing local awareness.