Best Paper Awards
ACUUS 2027 will present the Best Paper Awards to recognize outstanding research contributions demonstrating significant academic value, originality, and practical relevance. Award-winning papers will be selected by the Scientific Committee through a rigorous academic evaluation process from among the high-quality submissions presented at the conference.
We warmly invite researchers and industry professionals from around the world to submit innovative and practice-oriented research to ACUUS 2027 and participate in the Best Paper Awards. This is an opportunity to share your research with the international community, engage in meaningful academic exchange with peers, and contribute to advancing innovation and practice in underground space and tunnelling.
Detailed selection criteria and submission procedures will be announced in due course.
Special Session
Exploring the Ultimate Challenges of Underground Space: Insights into the Future of Nuclear Waste Disposal
The safe disposal of nuclear waste represents one of the long-term challenges facing the sustainable development of nuclear energy and the protection of the environment. For high-level radioactive waste, achieving safe isolation over timescales of hundreds of years and beyond is a complex multidisciplinary challenge involving geology, geotechnical engineering, tunnelling, underground space development, long-term safety, and risk management.
Deep geological disposal places radioactive waste in stable deep geological formations and relies on a multi-barrier system to provide long-term containment and isolation. As a result, it has emerged as one of the internationally recognized approaches receiving significant attention in the field of high-level radioactive waste management.
ACUUS 2027 is pleased to present a dedicated Special Session on the Geological Disposal of Nuclear Waste, focusing on this critical issue concerning the future of humanity and the sustainable utilization of underground space. We are honored to welcome Arnold Dix and Dr. Ju Wang, two internationally recognized experts, to share their insights and practical experience in the field of nuclear waste disposal from complementary perspectives encompassing international experience and developments in China.
Arnold Dix has extensive expertise in tunnelling and underground engineering and has been involved in work related to nuclear waste disposal. Dr. Ju Wang has conducted extensive research on the geological disposal of high-level radioactive waste and has been closely involved in research and development activities associated with China’s Beishan Underground Research Laboratory.
The participation of these two distinguished experts will bring together diverse perspectives spanning engineering practice, underground space technologies, and the geological disposal of nuclear waste. The Special Session will provide an opportunity to examine the key challenges facing the field, exchange insights from international and Chinese experience, and explore emerging approaches and future directions for the long-term safe disposal of nuclear waste.