Oil and Gas Emissions Reporting Software

Oil and gas emissions reporting software organizes monitoring data into records that support emissions inventories, compliance submissions, and ESG disclosures. A strong platform connects detection, validation, event timing, quantification, and response history rather than relying on isolated inspection snapshots. Well Checked Systems uses Zensory.ai™ to create continuous field records from multi-sensor monitoring, helping operators document validated methane and vapor events with greater context.

Continuous monitoring captures emissions-related events as they occur, including their timing and duration, rather than only reflecting conditions during a scheduled inspection. This gives operators a more complete basis for tracking emissions, prioritizing repairs, and evaluating loss volume. It also creates an auditable event history that can support reporting workflows, internal environmental reviews, and measurement-based methane disclosure programs.

Yes. Well Checked Systems structures data to support alternative-monitoring compliance submissions under EPA methane rule 40 CFR Part 60 Subpart OOOOb. The platform validates events before quantification, helping preserve data quality and reduce noise from normal operating conditions. Operators remain responsible for their specific reporting obligations, but receive organized evidence, response records, and emissions data that can inform compliance submissions.

Detection identifies a potential emission event, while quantification estimates the amount released after the event has been validated. Separating these functions is important because normal process activity can resemble a fugitive release. Zentinal Core™ filters multi-sensor signals to validate anomalies, and Zentinal IQ™ then provides regulatory-defensible quantification for confirmed events, reducing the risk of reporting misleading or unsupported measurements.

Zensory.ai™ combines visual, acoustic, and optical gas imaging inputs instead of depending on a single signal. Its AI Site Learning cycle develops a baseline for normal site behavior in approximately two days, allowing Zentinal Core™ to distinguish routine process emissions from potential fugitive anomalies. Alert-tuning services can further adjust site sensitivity, known-event suppression, and escalation rules as operating conditions evolve.

Yes. Well Checked Systems provides SCADA integration services that deliver alerts, emissions data, and operational insights within existing control-room workflows. Validated events can also be communicated through the Well Checked Dashboard, email, and text. This approach enables operators to retain familiar dispatch processes while making continuous monitoring intelligence available to the teams responsible for field response and operational oversight.

Once Zentinal Core™ validates a fugitive gas event, designated operator teams can receive near-real-time notifications through the dashboard, email, text, and SCADA. Well Checked Systems provides response-workflow templates, dispatch runbooks, and rapid-response protocols designed to help teams acknowledge, dispatch, and mitigate within 24 hours. Prompt, documented action can improve operational control and help reduce potential regulatory exposure.

Yes. Zensory.ai™ is designed for autonomous monitoring across remote upstream wellsites. Onsite edge computing allows the system to operate independently of continuous communications, supporting reliable field awareness where connectivity can be limited. The platform processes high volumes of monitoring inputs at production scale, helping operators reduce unnecessary travel while retaining visual, acoustic, and emissions-focused oversight of dispersed assets.