Methane emissions pose a significant challenge to global efforts for environmental sustainability. Accurate measurement and monitoring are essential for effective mitigation strategies. Utilizing satellite programs, such as GHGSat, MethaneSat, GOSAT, land-based sensors and IPCC methods for estimation, offer valuable insights into methane emissions.

Interactive appoitments: Exel-driven exercise on IPCC estimation methods Scanario-based analyses: which monitoring method will you chose? Why?

Effective policy frameworks and regulations are crucial for addressing methane emissions. Understanding global policy frameworks, stakeholder dynamics, and regulatory and technical standards is essential for formulating comprehensive strategies.

Interactive appoitments: Card Game (v2) Game MVP: Audience connects different regulatory solutions with different stakeholder groups interests

There are four pillars in methane emission avoidance in operations: monitoring, leak detection, fixing leaks, and refining process for improved monitoring and leak avoidance. The industry trend is to move from experience-based scheduled monitoring to continuous and predictive monitoring. Identifying technology gaps and comparing industry practices are essential for implementing efficient monitoring and mitigation strategies.Policies and partnerships should be supporting these activities.

Interactive appoitments: Scanario-based analyses: You have a leak with this specific parameters. What are you gonna do and why? Root-cause analyses: Fishbone structure

Knowledge transfer is essential for building capacity in policy, technology, and energy transition towards sustainability. Identifying knowledge gaps and facilitating training programs are critical for enhancing expertise in methane emission reduction.

Interactive appoitments: Competence profile design. Scanario-based analyses: what compenences are needed to solve presented issue?

Interactive appoitments: Rationalization exercise: Chose one alliance and explain why do you chose this one