Navegando por Autor "FREENZI, Norbert"

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GESTÃO DE RESÍDUOS SÓLIDOS GERADOS DA CONSTRUÇÃO CIVIL
(INSTITUTO DE TECNOLOGIA, 2014) MOREIRA, Luciano Alves; FREENZI, Norbert; MAGALHÃES, Edilson Marques
In Brazil, the construction industry is regarded as one of the most significant contributors to economic and social development, yet it also generates considerable environmental impacts. The sector faces the challenge of reconciling productivity with sustainability. Population growth and increased consumption have led to greater waste generation, with estimates indicating that each person produces about 1 kg of waste per day. This article discusses the environmental impacts and challenges of managing construction waste, suggesting sustainable practices as a way to reduce environmental harm.
Reutilização de resíduos sólidos dos canteiros de obra da construção civil
(INSTITUTO DE TECNOLOGIA, 2015) MOREIRA, Luciano Alves; FREENZI, Norbert; MAGALHÃES, Edilson Marques
The article addresses the uncontrolled growth of solid waste generation in the construction sector, highlighting the environmental and socioeconomic impacts of improper disposal. It proposes the reuse and recycling of these wastes as measures to reduce pollution and promote sustainability in the industry. The study emphasizes the importance of integrated waste management, including source reduction, selective collection, and the inclusion of waste pickers, while presenting examples of sustainable practices that can be adopted on construction sites. The results demonstrate that adopting these measures brings economic, environmental, and social benefits, contributing to more sustainable development.
REUTILIZAÇÃO DE RESÍDUOS SÓLIDOS DOS CANTEIROS DE OBRA DA CONSTRUÇÃO CIVIL
(INSTITUTO DE TECNOLOGIA, 2014) MOREIRA, Luciano Alves; FREENZI, Norbert
The disordered population growth and high demographic densities in urban centers, combined with economic development, contribute to the increase in solid waste generation in civil construction. Recycling and reusing these waste materials bring economic, social, and environmental benefits, emphasizing the need for sustainable management and efficient public policies.