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China’s National Energy Materials Chemistry Conference Set to Launch at Nankai University

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The 2023 China (State) Energy Materials Chemistry Conference will be held at Yancheng Institute of Technology from March 21 to 23, 2023. This year’s conference will focus on the theme “Innovative Technology for a Sustainable Future”. It is organized by the eScience Publishing Department of Nankai University and includes collaboration with several prominent academic institutions and research centers.

The conference aims to bring together over 700 participants, including experts from various countries, academic leaders, and industry representatives to discuss advancements in energy materials and technologies. A total of 3000 papers have been submitted for presentation, covering a wide range of topics related to energy materials, sustainable development, and innovative solutions. The program will feature keynote speeches, panel discussions, and workshops led by renowned scholars and practitioners.

Key topics for discussion include:

  • Energy Material Innovations
  • Carbon-Neutral Applications
  • Artificial Intelligence in Energy Material Design
  • Advanced Manufacturing Techniques
  • Environmental Impact and Sustainability

Notable speakers include Michael John Zaworotko from University of Limerick, who will present on “Engineering Crystals to Do Different Things”, focusing on the design of crystalline materials for energy applications. Additionally, experts from various renowned institutions will explore topics related to nanotechnology, smart materials, and renewable energy systems.

The conference will also offer opportunities for networking, collaboration, and sharing insights on the latest trends and challenges in energy materials chemistry. Participants are encouraged to engage actively in discussions and contribute to the advancement of knowledge in this critical field.

For more information on the conference, please visit the Nankai University website.

This event marks a significant step towards fostering innovation and collaboration in energy materials research, ultimately contributing to sustainable energy solutions worldwide.