The comprehensive role of acoustic materials in healthy sustainable building design

Abstract

In today's world, the acoustic performance of buildings is increasingly evaluated in tandem with its environmental, health, and well-being implications. Design choices related to noise management, speech privacy, speech security, and reverberation time not only influence the occupant's comfort but also impact the environment and the people involved in the construction process. As such, acoustic materials are pivotal in creating sustainable and healthy buildings. Beyond traditional acoustic considerations, broader aspects impacting occupants' experience, such as sensory perception and indoor air quality, must be evaluated. A significant emphasis is placed on biophilic design to foster a connection between the built environment and nature for enhanced well-being. Similarly, the environmental impacts of material choices and the transition to recycled products to reduce the industry's environmental footprint are essential considerations. Acoustic materials have a far-reaching impact on sustainable and healthy building design by addressing occupant comfort, experience, air quality, and the environmental implications of material choices. Moreover, a comprehensive approach to acoustic design and material selection can pave the way for a greener, healthier, and more sustainable future.