NANOTECHNOLOGY IN RADIOACTIVE WASTE MANAGEMENT

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Namangan Institute of Engineering and Technology nammti.uz

NANOTECHNOLOGY IN RADIOACTIVE WASTE MANAGEMENT
Muhammad Hanafi Azami, Chyfica Binti Mohamed Zamri
International Islamic University of Malaysia, Malaysia

Annotation. This article explores the innovative application of nanotechnology in the
management of radioactive waste. It emphasizes the potential of nanomaterials to revolutionize
waste processing, containment, and detoxification, thereby addressing one of the most critical
challenges in the nuclear industry. The focus is on recent advancements in nanotechnology that
promise enhanced safety, efficiency, and environmental sustainability in radioactive waste
management.
Keywords. Nanotechnology, Radioactive Waste Management, Environmental Safety, Nuclear
Waste Detoxification, Radioactive Containment, Nuclear Industry, Nanomaterials, Waste
Processing.

Introduction. The management of radioactive waste is a crucial issue in the nuclear industry,
posing significant environmental and safety challenges. Traditional methods often fall short in terms
of efficiency and long-term sustainability. Nanotechnology, with its unique properties at the atomic
and molecular levels, offers promising solutions for the safe and effective handling of radioactive

Namangan Institute of Engineering and Technology
nammti.uz
10.25.2023
Pg.180
waste. This article delves into the latest developments in the field, examining how nanomaterials
can be employed to revolutionize waste management processes.

Literature Review
1.
Nanomaterials in Radioactive Waste Detoxification: Research by Smith et al. (2022)
highlights the use of nanomaterials in the detoxification of radioactive waste, showcasing their
ability to absorb and neutralize harmful radioisotopes more effectively than conventional materials.
2.

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