Advanced Gas Leak Detection Service Solutions

Pricing for industrial gas leak detection depends on the number of sites, monitoring scope, required sensors, integration needs, and reporting requirements. Well Checked offers pricing on request and a pilot program for qualifying upstream oil and gas operators. A useful evaluation considers avoided route-based visit costs, reduced methane loss, response efficiency, and the value of continuous records compared with periodic inspections.

Yes. Gas leaks can be detected with fixed sensors, portable instruments, optical gas imaging, acoustic monitoring, and visual inspection. For remote upstream operations, Well Checked combines long-wave infrared optical gas imaging, video, and acoustic sensing with AI-assisted validation. This multi-sensor approach helps distinguish true fugitive methane or VOC events from routine process emissions and operational noise.

Well Checked’s gas detection offering is designed for methane and volatile organic compound, or VOC, leak detection at upstream oil and gas sites. Long-wave infrared optical gas imaging supports day-and-night monitoring, while the broader platform adds video and acoustic intelligence. The combined data helps operators identify emission-related anomalies and evaluate whether a validated event needs a field response.

Zensory.ai™ uses a site-learning cycle of approximately two days to establish operational baselines. Zentinal Core™ evaluates multiple sensor streams and filters known non-fugitive process events before sending alerts. This reduces the burden of chasing routine activity or isolated sensor signals. Designated teams receive alerts for validated anomalies, allowing them to focus dispatch and mitigation resources on credible events.

Yes. Well Checked provides SCADA integration services that bring monitoring alerts, emissions data, and operational insights into existing control-room workflows. Validated fugitive events can also be communicated through the Well Checked Dashboard, email, and text. Integrating alerts with established systems helps operators coordinate acknowledgement, dispatch, escalation, and incident documentation without creating a disconnected monitoring process.

Once Zentinal Core™ validates a fugitive gas event, the operator’s designated dispatch team can receive near-real-time notifications. Well Checked provides response-workflow templates, dispatch runbooks, and rapid-response protocols intended to support acknowledgement, dispatch, and mitigation within 24 hours. Actual response timing remains under the operator’s control and should reflect site conditions, safety procedures, and applicable regulatory obligations.

Continuous monitoring can strengthen LDAR programs by creating ongoing awareness rather than relying only on periodic inspection snapshots. Well Checked provides validated event records and emissions data that can support regulatory reporting workflows. Its data output supports EPA methane rule alternative-monitoring compliance submissions under 40 CFR Part 60 Subpart OOOOb, while also aligning with measurement-based reporting frameworks such as OGMP 2.0 Level 4 and 5.

Yes. Zensory.ai™ is designed for remote upstream oil and gas environments. Its onsite edge computing can operate independently of communications, helping maintain monitoring capability where connectivity is inconsistent. The platform provides autonomous video, infrared gas imaging, and acoustic intelligence across remote sites, allowing operators to reduce unproductive travel while preserving visibility into equipment conditions and potential fugitive emissions.