Twenty-five years ago, a landmark agreement was forged, setting a global standard for the safe management of spent nuclear fuel and radioactive waste. The Joint Convention on the Safety of Spent Fuel Management and on the Safety of Radioactive Waste Management, adopted by the IAEA in 1997 and entering into force in 2001, represents a significant achievement in international cooperation aimed at enhancing nuclear safety and security worldwide. This convention is the first legally binding international instrument to address comprehensively the safety aspects of spent fuel and radioactive waste, establishing a framework for peer review and continuous improvement among its contracting parties.

The Joint Convention requires its participants to establish and maintain a legislative and regulatory framework for safety, to ensure that radioactive waste and spent fuel are safely managed, and to take measures to prevent accidents in facilities, as well as to mitigate their consequences. Its strength lies in its self-assessment and peer review mechanism, where countries report on their national implementation and undergo rigorous reviews by fellow state parties. This process fosters transparency, sharing of best practices, and the identification of areas needing enhancement, thereby driving a global culture of safety.

Over the past quarter-century, the Joint Convention has been instrumental in elevating safety standards across numerous countries, many of which are actively developing their nuclear programs or managing legacy waste. The convention's review meetings have led to tangible improvements in national policies, regulatory oversight, and operational practices, contributing to a more secure global nuclear landscape. As the world continues to grapple with energy security and climate change, nuclear power remains a significant consideration, making the robust safety protocols championed by the Joint Convention more critical than ever.

What advancements in nuclear waste management do you believe will be most crucial in the next 25 years?

Original sourceIAEA