GREEN NANOTECHNOLOGY APPLIED TO CIRCULAR MANUFACTURING

Abstract

Green nanotechnology offers a promising approach to integrating sustainable materials and processes into circular manufacturing systems. By combining nanoscale engineering with environmentally benign synthesis methods, green nanomaterials can enhance product longevity, energy efficiency, and recyclability, while reducing environmental impacts. This article examines how green nanotechnology can enable the development of intelligent components, regenerative materials, and efficient recycling processes within circular value chains. Challenges including material design, environmental health and safety, and infrastructure limitations are discussed, alongside strategies for co-design, life-cycle assessment, and policy support. The integration of green nanotechnology into circular manufacturing has the potential to transform linear production systems into resilient, resource-efficient, and regenerative value chains.