Objective

In the “Research and Development and Capacity Building” summit session, we embark on a journey through the world of cutting-edge research, innovation, and capacity building in the field of hydrogen and clean energy. Guided by Mr. Umesh Sahdev, Executive Chairman of Hydrogenium Resources in India, this session gathers a distinguished panel of experts. These experts, including Dr. Sapna Poti from the Office of the Principal Scientific Adviser to the Government of India, Prof. GD Yadav, Padma Shri awardee and internationally renowned scientist, and others, will shed light on the latest advancements in hydrogen research, capacity building initiatives, and their implications for a sustainable future.

Topics

• Government Initiatives and Strategic Alliances: Insights into government-led initiatives and strategic alliances in hydrogen research and development.

• • • • Cutting-Edge Research in Clean Energy: Exploring the forefront of research in clean energy technologies and their impact on the hydrogen sector.
    • • Capacity Building for a Hydrogen-Powered Future: Discussions on capacity building programs and their role in nurturing talent for the hydrogen industry.
    • • International Collaborations and Knowledge Exchange: Highlighting the importance of global partnerships and knowledge sharing in advancing hydrogen research.
    • • Innovation in Nanomaterials for Clean Energy: A deep dive into nanomaterials and their applications in clean energy and healthcare, led by Prof. Dhayalan Velauthapillai from HVL University, Norway.
    • • Industry Insights and Operational Efficiency: Real-world experiences and insights into the operational aspects of hydrogen-related industries.
    • • Hydrogen Value Chain Research: Understanding the holistic approach to the hydrogen value chain, as presented by Dr. Velaug Myrseth Oltedal from the Norwegian Center for Hydrogen Value Chain Research.
    • • Carbon Capture, Utilization, and Storage (CCUS): Rakesh Kumar discusses the importance of CCUS technologies in reducing emissions and enhancing sustainability.
    • • Academic Contributions to Clean Energy: Dr. Vikram Vishal’s perspective on academic research and its role in driving innovations in clean energy.

Outcomes

• • • • A comprehensive understanding of government-led initiatives and strategic alliances in hydrogen research.
    • • Awareness of the latest breakthroughs and research findings in clean energy, particularly within the hydrogen sector.
    • • Insights into capacity building programs and their significance in nurturing skilled professionals for the hydrogen industry.
    • • Recognition of the importance of international collaborations and knowledge exchange in advancing hydrogen research.
    • • Knowledge about the innovative applications of nanomaterials in clean energy and healthcare.
    • • Practical insights into operational efficiency within hydrogen-related industries.
    • • An understanding of the holistic approach to the hydrogen value chain.
    • • Insights into the role of CCUS technologies in reducing carbon emissions.
    • • Recognition of the contributions of academic research to the development of clean energy solutions.