Shaping a Sustainable Future

Author:

Maciá-Torregrosa María Eugenia1ORCID,Camacho-Diez Javier1

Affiliation:

1. Universidad CEU San Pablo, Spain

Abstract

This paper examines 21st-century temporary architectural designs, primarily plastic-based, aiming to promote architectural guidelines for utilizing biodegradable materials, emphasizing their return to nature. It explores the rising interest in bioplastics across industries due to the global shift towards sustainability. It discusses types of bioplastics, their applications, and environmental benefits, distinguishing between degradable, biodegradable, and compostable plastics. The study emphasizes the importance of proper end-of-life management for biodegradable materials and outlines production projections and environmental implications. It defines characteristics, advantages, and manufacturing processes of biodegradable plastics, including regulatory standards and certification processes, and explores research on enhancing biodegradability. Analysis of fifty small architectures highlights the need for appropriate waste management and the potential for redesigning projects towards a circular economy with biodegradable materials.

Publisher

IGI Global

Reference21 articles.

1. ArrietaC. J.TreminioK. (2021). Efecto del acolchado plástico y de la aplicación de acondicionadores de suelo y bioestimulantes radiculares sobre la biomasa de piña (Ananas comosus) a la etapa de inducción floral en Guatuso de Alajuela. Trabajo de Investigación.

2. ASTM D-6400:2021. Standard Specification for Labeling of Plastics Designed to be Aerobically Composted in Municipal or Industrial Facilities

3. Basf (2015). Película de poliéster biodegradable. Patente Europea EP 2736973.

4. Bio-Tech (2016). Películas y láminas de polímeros biodegradables adecuadas para su uso como recubrimiento laminado, así como envoltorios y otros materiales de empaquetamiento. Patente Europea EP 2357209.

5. BNQ 9011-911/2007. Compostable Plastic Bags. Certification program.

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