Scenarios for Ecodesign in loudspeaker’s

Main Presenter: Allan Almeida 

Co-Authors: Ivan Aldaya José Oliveira

Session: Virtual Poster Session 2

The worldwide loudspeaker market follows the growing tendency of electronic entertainment technologies both in quantity and variety. Consequently, the environmental impacts caused during the life cycle of loudspeakers increase in the same proportion, going in the opposite direction to what is determined by world environmental laws and regulations and global market tendencies. Even so, the environmental performance of this type of product is not considered in the decision-making process for technological updates in loudspeaker design. In this sense, Ecodesign is the most adequate Life Cycle Engineering tool applied in the design of a product, since the environmental performance is considered throughout the different design stages. However, the feasibility of Ecodesign in products requiring complex production chains relies on splitting the product into subsystems and components. Thus, the present work focuses on evaluating the environmental performance of a classic loudspeaker, which is
composed of different raw materials. A few raw material substitution scenarios are proposed and analyzed, which allowed the identification of the proposal with the best environmental performance within the current technologies. This represents an initial step toward the complete Ecodesign of a loudspeaker and sets the procedure to be followed with the other constitutive metodologies. The results of this article fill a theoretical gap in the scientific literature and also contribute to engineering practice with subsidies for the decision-making process in loudspeaker development projects.

©2023 Forum for Sustainability through Life Cycle Innovation e.V. | Contact Us | Legal Info


If you would like to get in touch with us, please feel free to send us a message. Thank you very much in advance.

Subscribe To Our Newsletter
Join our newsletter and stay up-to-date on everything happening in the life cycle community! We'll send you 3-4 newsletters per year
Subscribe Now!

Log in with your credentials


Forgot your details?

Create Account