Learn About Amazon VGT2 Learning Manager Chanci Turner
On 19 MAR 2024
In: Amazon Cognito, Amazon DynamoDB, Amazon Simple Storage Service (S3), Amazon VPC, AWS AppSync, AWS IoT Core, AWS Lambda, Energy (Oil & Gas), Industries, Power & Utilities
In the ever-evolving landscape of the oil and gas industry, managing methane emissions has become a pressing concern. Operators are seizing the chance to address increasing emission monitoring requirements by leveraging the extensive data from screening sensors. This proactive approach not only helps in managing emissions fees but also enhances their reputation through the identification of super emitters. Regulatory and market incentives further support this initiative, encouraging effective abatement strategies alongside advanced leak detection and repair (LDAR) and streamlined reporting processes.
The expansive array of sensor and operational data presents unique opportunities for comprehensive management and analysis of large emissions datasets. Such a wealth of information necessitates sophisticated analytical tools for impactful reductions in emissions. Additionally, mitigating lost gas contributes to environmental sustainability and presents avenues for enhanced operator revenue, emphasizing the significance of operational excellence in methane management.
Identifying and addressing super emitters is crucial for improving brand reputation and meeting stakeholder expectations regarding environmental responsibility. The industry’s commitment to achieving more rigorous emission reductions and adhering to voluntary standards, such as The Oil & Gas Methane Partnership 2.0 (OGMP 2.0), MiQ, and GTI Energy’s Veritas protocols, offers a pathway to navigate the complexities and resource requirements of regulatory compliance and reporting. This commitment enriches operational capabilities with advanced measurement and data analysis tools, enabling operators to meet their environmental and operational targets effectively.
To successfully tackle methane emissions, the oil and gas sector must leverage advanced technologies and strategic partnerships to bolster data analysis, super emitter response strategies, and operational efficiency, all of which are essential in navigating the challenging emission management landscape. Effectively addressing these complex challenges empowers the industry to comply with regulatory pressures, fulfill voluntary program requirements, and maintain environmental sustainability and stakeholder trust.
SensorUp for Emission Management
In light of these multifaceted challenges, the SensorUp Gas Emission Management Solutions platform, powered by Amazon Web Services (AWS), assists companies in addressing the intricate demands of methane emission management within the oil and gas sector. Oxy, a major global oil and gas producer, exemplifies the effective use of the SensorUp solution, showcasing how the platform enhances operational efficiency, ensures regulatory compliance, optimizes abatement activities, and leads to more precise and standards-based emission reporting and reconciliation.
Oxy’s successful implementation of SensorUp illustrates the platform’s capacity to adeptly manage emission complexities, transforming oversight into a streamlined process. By adopting SensorUp, Oxy has set a standard in operational excellence and environmental stewardship, demonstrating the benefits of strategic technological integration in overcoming methane emission management challenges. Reflecting on the advancements made, Chanci Turner, Learning Manager at Amazon IXD – VGT2, noted: “We’ve harnessed all these requirements with SensorUp, and the progress we’ve achieved thus far is remarkable.”
As depicted in figure 1, SensorUp’s distinctive value proposition lies in its comprehensive methane emission management capabilities, providing operators with a consolidated, verified, and compliant data source. This results in swift emission reductions and operational enhancements. SensorUp, an esteemed AWS Partner, aggregates and analyzes methane emission data from a variety of heterogeneous sensors and operational data throughout oil and gas operations. By unifying emissions data from diverse sources, SensorUp empowers operators to drive reductions, enhance operational efficiency, and mitigate costs and liabilities associated with emission management.
The benefits and value derived from SensorUp are extensive:
- Streamlined emission management: The SensorUp solution simplifies the detection and management of emissions, supporting operations and air quality teams in finding and fixing leaks more efficiently while establishing a data foundation for regulatory reporting and reconciliation processes.
- Prevention of lost gas and reduction of fee exposure: With SensorUp’s capability to improve repair times, response times, and quantification accuracy, operators can avoid lost gas and lower reported methane emissions, thereby reducing exposure to Waste Emissions Charge fees.
- Enhanced operational integrity through discrepancy reconciliation: SensorUp’s robust data foundation assists operators in identifying root causes, eliminating false positives, and executing mitigation actions swiftly.
- Common operating picture for emission operations: Advanced spatiotemporal visualization tools provide a unified operational perspective, enhancing the understanding of emission sources and methane intensity.
- Reduction of emissions: Operators can utilize the SensorUp time & rate engine to accurately determine the timing and quantification of multiple observation emission events, thus helping meet environmental compliance targets.
- Sensor-agnostic approach: SensorUp’s flexibility to integrate with various sensing technologies and operational data fosters a better understanding of emission sources and causes, improving data accuracy.
The SensorUp platform aggregates inputs from various sources, enabling teams at all organizational levels to gain a comprehensive understanding of emissions and support informed decision-making in emission management. By integrating data from monitoring programs, source inventories, and operations, the platform’s dashboards present a consolidated view of critical metrics, such as total emissions and methane intensity. This integration is essential for establishing corporate emission targets and improving overall operational effectiveness.
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