Managing Methane Emissions and Decoding the Synergy Between OGMP and OSDU

As someone who is continuously witnessing the ever-evolving landscape of the oil and gas industry, I can confidently say that the sector is undergoing a profound transformation. New technologies, global sustainability commitments, and the pressures of maintaining profitability have driven a seismic shift in how companies approach operations. Among the many frameworks and platforms available today, two stand out as catalysts for this change: the OGMP Framework (Oil and Gas Management Process) and the OSDU Platform (Open Subsurface Data Universe). In this article, I will explore the critical correlation between these two game-changing initiatives and share insights on how they can sustainably transform oil and gas business operations, improve environmental consciousness, and lead to long-term success.

Understanding OGMP and OSDU: A Personal Perspective:

OGMP Framework in the foundation for operational excellence, it represents a set of standardized processes developed by industry stakeholders to optimize operations in the oil and gas industry. As someone deeply embedded in the energy industry, I’ve seen firsthand how operational excellence is often the linchpin for success typically in environmental and sustainability space. The framework focuses on standardizing operational practices, managing risks, and enhancing sustainability — elements that are crucial in our increasingly complex highly regulated and environmentally conscious world.

What I’ve noticed so far is that companies that embrace OGMP’s principles are better equipped to deal with the challenges of the industry. By focusing on standardized processes, safety, and sustainability, OGMP ensures that companies can manage resources more effectively, reduce costs, and improve safety — all while adhering to industry regulations.

Over 140 companies with operations in more than 70 countries have joined OGMP 2.0. framework. Non company members include institutes like UNEP, EU, environmental defense fund, Climate and Clean Air Coalition and The World Bank. Leading oil and gas companies like Shell , ADNOC, bp , Equinor, TotalEnergies, and Woodside are adopting the OGMP framework to enhance operational efficiency, improve risk management, and support sustainability. Notably, many energy giants including bp has achieved the Gold Standard under the OGMP 2.0 framework, underscoring their commitment to accurate methane emissions reporting and reduction. These companies demonstrate that adopting OGMP is not just about compliance but also about enhancing performance and future-proofing their businesses.

On the other hand, OSDU is the digital backbone for subsurface data, it is a game-changer when it comes to managing subsurface data. As more companies embrace the power of data, OSDU offers a centralized, cloud-based platform that integrates and centralizes geophysical, geological, and production data in one seamless, interoperable system. What excites me about OSDU is how it facilitates collaboration and ensures that data is accessible and actionable — a critical need in the modern gas industry where real-time decision-making can significantly impact operations.

Together, OGMP and OSDU not isolated tools; they are complementary forces. OGMP’s standardized processes help streamline operations across different parts of the business, while OSDU enables data-driven decision-making with real-time, integrated data. By working in tandem, these frameworks create a robust environment where gas companies can enhance efficiency, optimize operations, and reduce risks. It’s a synergy that unlocks tremendous value for companies that are ready to embrace it.

Key Global Statistics on Business and Emissions

A. Industry Performance and Growth

The oil and gas industry continues to be a major contributor to the global economy. According to the International Monetary Fund (IMF), the global oil and gas industry contributes over $3.3 trillion to global GDP annually, and this figure is expected to remain significant as energy demands grow in emerging economies.

However, the challenges faced by the industry are becoming more complex. IEA data shows that global oil demand is projected to rise to 104 million barrels per day by 2030, driven by emerging markets. However, this growth is being tempered by an increasing focus on sustainability and the transition to cleaner energy. Energy companies must adapt to these trends by improving efficiency, reducing costs, and embracing technological innovations that enable more sustainable operations.

B. Emissions and Environmental Impact

The environmental impact of the oil and gas industry remains a critical issue. According to the World Bank, the industry is responsible for approximately 33% of global methane emissions, a potent greenhouse gas. Additionally, oil and gas operations account for a substantial portion of global carbon dioxide emissions, which continue to rise annually.

What does this mean for energy companies? It’s clear that adopting frameworks like OGMP, which emphasize sustainability, risk management, and the reduction of environmental impact, is not just a regulatory necessity — it's also an economic opportunity. The shift toward cleaner, more efficient operations is no longer optional but a fundamental part of the industry’s future.

The Importance of Implementing the OGMP Framework:

In my view, the OGMP Framework is not just a set of guidelines — it’s a vital blueprint for any gas company aiming to thrive in today’s competitive landscape. I have seen countless companies struggle with inefficiencies and compliance challenges simply because they did not fully implement or adhere to a structured management process like OGMP. Here’s why i believe its implementation is crucial:

A. Standardized Processes Lead to Consistency and Efficiency:

One of the most significant benefits of OGMP is its focus on standardization. In an industry like ours, where operations span across multiple countries and regions, having standardized processes across exploration, production, and decommissioning activities ensures consistency and efficiency. When companies adhere to these standardized processes, they avoid costly mistakes, ensure smooth operations, and provide a clear framework for workers to follow, reducing operational risks.

B. Risk Management and Safety:

From an industry expert’s perspective, operational safety is non-negotiable. The OGMP framework places significant emphasis on risk management. It provides guidelines for identifying potential risks and implementing mitigation strategies. This focus on safety not only reduces the likelihood of accidents and environmental disasters but also ensures companies are better equipped to handle crises should they arise. The result is a safer working environment, fewer insurance claims, and a more resilient business.

C. Sustainability and Compliance:

Sustainability is no longer just a buzzword — it's a mandate. According to a report by the International Energy Agency (IEA), the global oil and gas industry accounts for about 40% of global energy-related CO2 emissions. As governments and consumers demand more sustainable practices, OGMP is designed to ensure that companies adopt environmental protection measures at every stage of their operations. By implementing the OGMP framework, companies can demonstrate their commitment to reducing emissions, improving energy efficiency, and meeting evolving environmental regulations.

D. Driving Operational Efficiency:

Efficiency is at the heart of profitability. As per a McKinsey report, improving operational efficiency in the oil and gas sector can reduce costs by as much as 20%. The OGMP framework directly contributes to these efficiency gains by establishing best practices for asset management, maintenance, and resource allocation. When implemented correctly, it can help companies maximize their return on investment, reduce waste, and avoid costly downtime.

The Critical Data Types, Sensors, and AI Needs for OGMP Implementation :

For OGMP to be effective, it requires a robust data infrastructure, leveraging sensors and AI technologies that enable companies to monitor and optimize operations in real-time. In my experience and understanding , the following data types, sensors, and AI tools are bare minimum and critical for the framework’s successful implementation:

A. Critical Data Types

1. Production Data: Real-time information on production rates, throughput, and well performance.
2. Geophysical Data: Seismic, reservoir, and geological data that provide insights into subsurface conditions.
3. Environmental Data: Metrics on emissions, water usage, and other sustainability indicators that are essential for meeting regulatory requirements.
4. Asset and Maintenance Data: Information on equipment health, failure rates, and maintenance logs for predictive asset management.
5. Safety and Incident Data: Real-time safety monitoring data, incident reports, and hazard identification.

B. Sensors and IoT Technologies

1. Flow Meters and Pressure Sensors: For monitoring pipeline flow rates, pressure, and temperature to prevent leaks or inefficiencies.
2. Vibration Sensors: Detect abnormalities in mechanical systems to predict potential equipment failures.
3. Gas and Emission Sensors: Monitor air quality, gas leaks, and carbon emissions to help companies adhere to environmental regulations.
4. Temperature and Humidity Sensors: Ensure optimal conditions in production and storage environments to maximize efficiency and safety.

C. AI and Digital Technologies

1. Predictive Analytics and Machine Learning: AI-driven models that use operational data to predict equipment failures, optimize maintenance schedules, and improve overall asset management.
2. Digital Twin Technology: A virtual model of physical assets that simulates and predicts performance, enabling real-time monitoring and optimization.
3. Advanced Data Analytics: Tools that analyze large volumes of operational data to derive actionable insights for better decision-making.
4. Automated Workflow Systems: AI-powered automation systems that streamline routine tasks, such as production monitoring and reporting.

As the gas industry continues to evolve, the OGMP Framework and OSDU Platform are more than just tools — they are enablers of a sustainable, data-driven, and efficient future. From my years of experience, I can say that companies that embrace these frameworks are not just responding to regulatory pressures; they are positioning themselves as leaders in an industry that is rapidly shifting toward innovation, digitalization, and sustainability.

By leveraging the power of real-time data, AI, and integrated subsurface information, gas companies can streamline operations, reduce environmental impacts, and achieve a competitive edge. In a world where sustainability and efficiency are paramount, OGMP and OSDU offer the strategic pathways to a smarter, more resilient future.

The time to act is now. Energy and Gas companies that integrate OGMP and OSDU today will be the ones leading the way tomorrow.

The above thoughts ,insights and ideas are personal and does not necessarily reflect with the organization i work with or associated to.