#Canada #Calgary #Arolytics #St. Francis Xavier #OGMP 2.0

Arolytics Launches Advanced Methane Reconciliation Service

Arolytics, a prominent player in the oil and gas emissions analytics sector, has announced the rollout of an innovative code-based methane reconciliation service. This service has been developed in close collaboration with researchers Dr. Nadia Tarakki and Dr. Martin Lavoie from the FluxLab at St. Francis Xavier University. The new method is designed specifically to aid the oil and gas industry in achieving transparent and statistically sound reporting in line with the OGMP 2.0 Level 5 standards.

The unveiling of this service marks the successful completion of a year-long project made possible through funding from Mitacs. It offers a standardized approach in alignment with the goals of the United Nations Environment Programme (UNEP), ensuring that the methane inventory reconciliation process is efficient, auditable, and scalable.

The Need for a Code-Based Method

The landscape of methane reporting is often riddled with complexities, and there has historically been no single definitive method for the development of Level 5 inventories or emissions reconciliation specific to OGMP 2.0. Liz O'Connell, CEO of Arolytics, expressed that previous methods often led to ambiguity and inefficiency. To combat these challenges, Arolytics partnered with FluxLab to create a code-based approach that significantly simplifies methane inventory processes, allowing operators to save both time and financial resources associated with Level 5 reporting.

Dr. David Risk, a notable Research Chair in Climate Science and Policy at St. Francis Xavier University, added that the introduction of this methodology not only addresses the need for real-world measurements as part of higher-tier OGMP requirements but also introduces automation into the process. This brings forth a method that is not only efficient but more accurate, paving the way for robust statistical calculations.

Details of the Arolytics and FluxLab Method

The core of the Arolytics-FluxLab method is founded on the understanding that neither estimates nor isolated measurements alone can give an accurate representation of methane emissions. The methodology is structured into a comprehensive four-stage pipeline:

1. Bias Correction and Scaling: Adjusting measured datasets to correct for biases.
2. Integration of Measured Emissions: Utilizing a Hierarchical Bayesian Model to construct a site-specific inventory.
3. Adjustment of Site-Level Inventory: Modifying the inventory to account for emissions sources that may not be captured by measurements.
4. Analyzing Discrepancies: Investigating differences between site-level and source-level inventories, while identifying areas for continual enhancement.

Additionally, this framework employs statistical approaches designed to prevent common errors such as double-counting during emissions inventory calculations.

Key Advantages of the New Method

The launch of this methane reconciliation service brings several key benefits:

• - Adherence to OGMP 2.0 Level 5 Standards: Ensures that operators meet stringent environmental reporting requirements.
• - Statistics-Informed Methodology: Enhances the accuracy of methane emissions reporting.
• - Multi-Technology Compatibility: The service is compatible with various measurement technologies and operational data.
• - Year-over-Year Reproducibility: Designed to ensure that the process can be repeated in subsequent years.
• - Transparency and Auditability: Features an approach that enables traceability in reporting, fostering more trust and reliability within the industry.

As the oil and gas sector continues to grapple with the challenge of emissions management, Arolytics is positioned at the forefront of providing solutions that not only help meet compliance goals but also reduce costs and enhance operational efficiency. The new framework has already been implemented in various consulting engagements with major oil and gas companies, where Arolytics' code is run by in-house experts.

Organizations looking to explore this advanced approach to methane inventory development and reconciliation can reach out directly to Liz O'Connell at Arolytics for further engagement and information.

About Arolytics

Arolytics stands at the intersection of emissions data analysis and operational efficiency, offering cutting-edge software and guidance to streamline emissions management efforts. Their flagship platform, AroViz, meshes operational (like SCADA) with emissions data, enabling companies to detect, analyze, prioritize, and even predict emission events efficiently.

About FluxLab

FluxLab is dedicated to enhancing the measurement of greenhouse gases across various modalities. With a focus on reducing emissions in the energy and waste sectors, FluxLab strives to contribute meaningful solutions that aim at substantial reductions in methane emissions across North America.

This partnership between Arolytics and St. Francis Xavier University exemplifies the innovative strides being made towards cleaner energy practices, emphasizing the importance of collaborative efforts in researching and developing solutions that lead to actionable results against climate change.