Expert Leak Detection and Repair (LDAR) Companies

An LDAR company helps operators identify, document, and manage fugitive emissions from equipment such as valves, tanks, compressors, and production sites. Traditional LDAR relies on periodic surveys, while Well Checked Systems uses continuous multi-sensor monitoring to detect methane and VOC anomalies, validate events with AI, and create records that support operational response and compliance reporting.

Continuous monitoring observes the site around the clock instead of relying only on scheduled quarterly or periodic inspections. Well Checked Systems combines video, acoustic abnormal-sound detection, and Long-Wave Infrared Optical Gas Imaging to identify likely fugitive events, filter normal operating conditions, and alert operators when action is needed. This creates stronger visibility into event timing, duration, and potential emissions impact.

Yes. Zensory.ai™ is built for remote upstream oil and gas sites where routine travel is expensive, time-consuming, or risky. Onsite edge computing allows the platform to continue operating independently of communications, while validated alerts can be delivered through the Well Checked Dashboard, email, text, and SCADA workflows for operator action.

Well Checked Systems supports methane and VOC leak detection using a multi-sensor approach that includes Long-Wave Infrared Optical Gas Imaging, high-resolution video, AI object detection, and acoustic abnormal-sound detection. This helps operators distinguish true fugitive emissions from normal process activity and prioritize response based on validated events rather than raw sensor noise.

The platform is designed to support EPA methane rule compliance workflows, including data output for 40 CFR Part 60 Subpart OOOOb alternative-monitoring submissions. It also structures emissions data for OGMP 2.0 Level 4/5, SASB Oil & Gas E&P, and TCFD reporting frameworks.

After a site learning cycle of about two days, Zentinal Core™ establishes baseline conditions and begins validating abnormal events. When a fugitive gas event is confirmed, operators can receive near-real-time alerts through dashboard, email, text, or SCADA integrations. Response workflows are designed to support acknowledge-dispatch-mitigate action within 24 hours.

Pricing is available on request because deployment scope depends on site count, monitoring tier, communications environment, integration needs, and whether the operator starts with detection-only or adds quantification. Well Checked Systems offers pilot programs, allowing operators to validate performance, alert quality, and operational value before scaling across a larger asset portfolio.

Zentinal Core™ is the first-line autonomous detection layer that validates emissions events and reduces false alarms. Zentinal IQ™ is the quantification layer built for regulatory-defensible emissions data after Core has validated an event. This structure lets operators begin with detection and later add deeper reporting capacity as compliance and ESG requirements increase.