Researcher
Dastan Bekmuratov
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Summary
Dastan Bekmuratov is a Visiting Research fellow in the Research group Climate and Energy. He is a graduate of the program of Politics and Security at the OSCE Academy in Bishkek. His research interests are energy security and the promotion of renewable energy technologies.
Education
2023 Master of Arts, Politics and Security, the OSCE Academy, Kyrgyzstan
2020 Bachelor's Degree, International Relations, Kyrgyz-Turkish "Manas" University, Kyrgyzstan
Work Experience
2023- Visiting Research Fellow, the Norwegian Institute of International Affairs
Aktivitet
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Clear all filtersCritical materials for renewable energy: Improving data governance
This report highlights the importance of unified data repositories to enhance governance and decision-making in critical materials markets, emphasising how data opacity can impede renewable energy deployment. It examines major existing data sources on critical materials and reviews the key actors involved in their governance, including national government institutions, international organisations and foundations, mineral associations and commercial data providers. The report reviews initiatives aimed at improving data availability in other sectors, using them as potential models for critical materials data management. Drawing on lessons from these initiatives, it highlights the principles and content of such a database, as well as the benefits of establishing a unified data repository for critical materials to enhance data transparency, access, and quality in critical materials markets.
Constructing a ranking of critical materials for the global energy transition
The number of critical material lists is growing - a designation that can attract capital to the supply chain for these materials. It also triggers initiatives to promote higher environmental and social standards for mining and processing, generates pressure for more transparent supply chains, enhances international collaboration on supply, and can help avoid potential supply-demand imbalances that could delay the energy transition. The report presents a methodology for constructing a global ranking of critical materials for renewable energy applications, aiming to fill gaps in existing lists by providing a truly global perspective. It discusses several findings and their impacts, highlighting the dynamic nature of mineral supply chains. These chains are influenced by geopolitical, regulatory, and technological changes, posing challenges for predicting future critical materials. This report provides a set of recommendations for policymakers and market actors. These recommendations outline strategies for establishing and maintaining critical material lists, with the overarching goal of ensuring a reliable supply of these essential resources.