Current Scientific Journal - ISSN 2764-1759 (online)

ISSN: 2965-307X (impresso)

Internationally Indexed Scientific Journal


 DOI: 10.5281/zenodo.7178504


Marcio de Freitas Santa Ana

Sustainable Process Consultant, Mechanical and Production Engineer, MSc in Polymers and Materials Science and Technology, Doctoral Student in Production and Systems Engineering,


Roseli da Conceição Silva de Freitas Santa Ana

Environmental Manager, Undergraduate Environmental and Sanitary Engineering, Postgraduate in Environmental Engineering and Quality Indicators,


Renata Rocha Amaral

Environmental Management, Undergraduate Environmental and Sanitary Engineering, remnata.eng.ambiental@gmailcom


Eric Oliveira Bertolo

Environmental Technologist, Graduating Environmental and Sanitary Engineering,


Alexsandro da Costa Brito

Civil Engineer, Graduating Environmental and Sanitary Engineering,


This integrative project seeks to meet the design needs of civil engineers, the sustainable requirements of recycling. Innovation is a process that comprises the creation, development, use and diffusion of a new product. Thus, the need for alternative technologies with more adequate production conditions is logical, for which it is necessary to incorporate knowledge into existing processes, making them more productive and rational. The problem raised in the project is to study a material engineering with mixtures between polymer and clay in the production of sustainable housing constructions. The general objective is to analyze the sustainability in the use of ecological bricks with a polymer base, specifically, Polyethylene terephthalate (PET). Specifically, to analyze the technical feasibility of using the produced compost as engineering material; carry out a bibliographic survey of works and reports that present pre-molded or molded in loco construction systems that meet the requirements of agility, quality and sustainability; describe the researched methods showing their advantages, disadvantages, costs and performance and present a case study of the construction method using the polymeric waste brick. The project is justified in the current civil construction market in the new demand as a condition for excellence in the sustainable construction activity. Innovation is a process that comprises the creation, development, use and diffusion of a new product. This work had the relevance of presenting a product that was environmentally sustainable since its production, without large energy expenditure, as highlighted by the ecological brick soil cement found commercially. In order to use the raw material, it was determined that waste should be used precisely, to give it a destination. Therefore, it can be concluded that the construction industry is considered one of the sectors that most cause negative environmental impacts on terrestrial and aquatic ecosystems, it is of paramount importance to incorporate sustainable, economically viable products that are proven to be resistant to the production . process of construction.

Keywords: Polymer; Precast Building Systems; ecological bricks; Sustainable Housing; Construction.

ECOLOGICAL POLYMERIC RESIDUE BRICK ECOLOGICAL POLYMERIC RESIDUE BRICK Reviewed by Current Scientific Journal on outubro 09, 2022 Rating: 5
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