Photoluminescent Materials: A Sustainable Solution for Eco-Friendly Design

Abstract

Photoluminescent materials absorb energy when exposed to light and subsequently re-emit this energy at a different wavelength by glowing in the dark. These properties contribute to a variety of functional and aesthetic benefits, including safety and visibility, energy efficiency, aesthetic enhancement, guidance and marking, sustainability. Due to their wide range of applications, photoluminescent materials play a significant role in eco-friendly design and engineering projects. They offer considerable advantages in both superstructure and infrastructure applications and landscape design projects, as well as in structural and infrastructure applications within civil engineering, thanks to their light absorption and nighttime glowing characteristics. This study examines the use of photoluminescent materials, addressing the benefits of this innovative material in terms of aesthetics, safety, and functionality through practical application examples. The study highlights the contributions of photoluminescent materials in terms of innovative solutions, sustainability and energy efficiency, and provides recommendations on how these materials can be more widely adopted and applied in future projects.

Keywords: Photoluminescent materials, innovative solutions, sustainable design, energy efficiency, eco-friendly illumination

DOI: 10.7176/JEES/14-6-04

Publication date: December 30th 2024