Advanced Methane Gas Leak Detection

Methane leaks can be detected through several technologies, including Optical Gas Imaging cameras, fixed gas sensors, acoustic equipment monitoring, aerial surveys, and AI-assisted video analytics. Well Checked Systems uses a continuous multi-sensor approach that combines Long-Wave Infrared gas imaging, site cameras, acoustic signals, edge computing, and AI event validation to identify likely fugitive methane events and reduce false alarms.

Continuous monitoring gives operators a persistent record of site conditions instead of a periodic snapshot. Traditional LDAR inspections may miss short-duration events between surveys, while Zensory.ai™ monitors around the clock, validates anomalies, and alerts designated teams quickly. This helps operators understand event duration, estimate loss impact, prioritize repairs, and strengthen regulatory or ESG reporting data.

Well Checked Systems’ platform supports EPA methane rule workflows by producing continuous, structured emissions data and validated event records. The data output is designed to support 40 CFR Part 60 Subpart OOOOb alternative-monitoring compliance submissions. Operators should confirm acceptance requirements with their regulatory counsel or agency contacts.

The platform operates as a three-tier architecture. Zentinal Ops™ provides visual and acoustic equipment intelligence through high-resolution video, object recognition, acoustic anomaly detection, and actionable alerts. Zentinal Core™ is the multi-sensor detection layer that fuses full-spectrum video, audio, and IR monitoring with AI-driven false-alarm-elimination intelligence, supporting OGMP 2.0 Level 3. Zentinal IQ™ adds regulatory-defensible quantification only after Core validates an event, delivering high-accuracy methane quantification, emissions intelligence, and regulatory-ready reporting. This architecture lets operators begin with detection-only and add regulatory reporting capacity as compliance, ESG, or EPA methane rule demands increase.

The platform is designed for remote wellsite environments and uses onsite edge computing, allowing local analysis to continue even when communications are limited. Alerts and data can be delivered through the Well Checked Dashboard, email, text, and SCADA integrations when connectivity is available, helping operators maintain awareness without relying solely on routine pumper-route visits.

Pricing is available on request because deployments vary by site count, geography, sensor configuration, alerting needs, and integration requirements. Well Checked Systems also offers pilot programs, allowing operators to evaluate performance before scaling across a larger portfolio. A consultation typically reviews site conditions, regulatory goals, operational workflows, and desired product tier.

Validated fugitive gas events can be routed to the operator’s designated dispatch team through dashboards, email, text, and SCADA. Well Checked Systems also provides response-workflow templates, dispatch runbooks, alert tuning, and escalation rules. The goal is to help operators acknowledge, dispatch, and mitigate within 24 hours where response timing affects enforcement or operational risk.

Yes. Well Checked Systems provides SCADA integration services so alerts, emissions data, and operational insights can appear inside existing control room workflows. This reduces the need for separate point solutions and helps operations, HSE, production, and ESG teams work from the same validated event information across distributed wellsite portfolios.