Strategic Integration of Opgal OGI/QOGI Technology into Corporate Reporting
OGMP 2.0 Framework The Oil and Gas Methane Partnership (OGMP) 2.0 is the definitive, measurement-based global methane reporting framework overseen by the UN Environment Programme (UNEP) and the International Methane Emissions Observatory (IMEO). To secure the framework’s “Gold Standard” designation, operators must transition away from theoretical desktop emissions factors and move toward verified empirical measurement. This requires constructing a granular, source-level bottom-up inventory (Level 4) and mathematically reconciling it against site-level top-down data (Level 5). Implementation Strategy & Core Principles This non-prescriptive guidance offers considerations for operators to approach Level 4 (L4) inventory and Level 5 (L5) estimate development, including reconciliation. When implementing this framework, operators must focus on three core principles:
Targeted Efforts: Operators should focus their most robust measurement efforts on reducing uncertainty associated with larger emissions sources within their portfolios.
Iterative Improvement: Operators will build up experience over time, allowing for the continuous refinement of measurement and reconciliation to achieve higher-quality results.
Rigorous Transparency: Transparency of method and the reporting of complete results are critical to the integrity of the framework.
Technology Spotlight: Opgal’s OGI & QOGI Solutions Quantifying remote and inaccessible sources (primarily vents) has historically been a primary challenge for bottom-up tracking. Opgal’s technology addresses these challenges directly across international regulatory and framework requirements:
Regulatory Compliance: Opgal’s Optical Gas Imaging (OGI) technology is fully compliant with both US and EU methane and VOC regulatory detection requirements.
Level 4 Validation: Opgal’s QOGI software has been validated as the Best Available Technology (BAT) for Level 4 source-level/bottom-up reporting of remote, major emission sources (vents).
Environmental Adaptability: The QOGI software and validation process successfully addresses varying background conditions, such as cloudy skies, ensuring consistent data integrity in the field.
Bridging to Level 5: Once these major emission sources are quantified accurately, reconciliation with Level 5 site-level/top-down estimates is achieved with much greater certainty.
The 4-Stage OGMP 2.0 Data Workflow
Stage 1: Field Capture (L4): Technicians record remote or inaccessible vents using Opgal OGI cameras. QOGI software calculates real-time mass emissions (kg/hr), automatically correcting for environmental conditions like cloudy skies. Data is exported to a validation platform.
Stage 2: Central EDMS Ingestion: Raw field files are uploaded into the corporate Emissions Data Management System (EDMS). The EDMS validates metadata and uses SCADA runtime logs to scale snapshot metrics into annual mass volumes (tonnes/year).
Stage 3: Reconciliation Engine: The EDMS maps L4 QOGI source data against independent L5 top-down measurements (satellites/drones/fenceline monitoring). Accurate QOGI tracking minimizes the “Methane Gap.” Discrepancies exceeding strict thresholds trigger root-cause field investigations.
Stage 4: Registry Reporting: The EDMS populates official OGMP 2.0 templates across operated and non-operated assets. Submissions include a clear audit trail of the validated Opgal technology used and are sent directly to the IMEO registry.
Global Oversight: The Role of IMEO
Data Clearinghouse: The UN-backed International Methane Emissions Observatory (IMEO) hosts the central “Eye on Methane” repository where annual corporate templates are submitted.
Gold Standard Gatekeeper: IMEO reviews operator data, awarding the “Gold Standard” compliance designation only after successful L4/L5 reconciliation is achieved and verified.
Independent Auditing: IMEO cross-references operator reports with its satellite-driven Methane Alert and Response System (MARS). Utilizing validated, field-proven tools like Opgal’s QOGI provides operators with the highly credible empirical evidence needed to pass rigorous IMEO analysis.
