Concrete vs. Ceramic Blocks: Environmental Impact Evaluation Considering a Country-Level Approach

In continental countries, building materials are often moved over long distances from factories to building sites. This is especially important when quality and performance certification systems are required for the building materials’ acquisition. In this scenario, the transportation phase tends to...

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Bibliographic Details
Published in:World (Basel) 2021-12, Vol.2 (4), p.482-504
Main Authors: Caldas, Lucas R., Pittau, Francesco, Schaeffer, Roberto, Saraiva, Anna K. E. B., Paiva, Rayane de L. M., Toledo Filho, Romildo D.
Format: Article
Language:English
Subjects:
Building construction
building materials
Carbon dioxide
Certification
construction
Ecosystems
Factories
Greenhouse gases
Housing
housing deficit
LCA
Manufacturing
structural masonry
Sustainable development
Transportation
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Summary:In continental countries, building materials are often moved over long distances from factories to building sites. This is especially important when quality and performance certification systems are required for the building materials’ acquisition. In this scenario, the transportation phase tends to have a great contribution to building materials’ environmental impacts. Taking into consideration that countries such as China, India, and Brazil, i.e., continental countries, are expecting the largest future housing demand, the issue of transportation will have a crucial role in environmental impacts. Through a Brazilian case study, the present work investigates the potential environmental impacts of structural masonry made of concrete and ceramic blocks certified by the Brazilian Quality Program. A cradle-to-site Life-Cycle Assessment (LCA) is carried out while considering a country-level approach using data from the literature and Ecoinvent. The results show that ceramic blocks are preferable for most states and scenarios. Human Health and Ecosystem Quality are the two categories most affected by transportation, and they can reach more than 96% and 99%, respectively. The efficiency of the building material transportation system plays an important role in reducing greenhouse gas emissions. A shift in building components from concrete to ceramic blocks has the potential to mitigate between 154 and 229 Mt CO2-eq between 2020 and 2050. The methodological approach used in this work can be applied to other building materials and other countries, especially those of continental dimensions that are expected to have a significant future housing demand.
ISSN:2673-4060
2673-4060
DOI:10.3390/world2040030