Production of Concrete Interlocking Blocks with Partial Replacement of Sand in Bulk by Waste Glass Machined

The Minerals, Metals and Materials Society
Niander A. Cerqueira Victor B. Souza Igor W. D. C. Pereira Rondinelli C. Ribeiro Afonso G. Azevedo Mairyanne S. Souza Victor T. Bartolazzi
Organization:
The Minerals, Metals and Materials Society
Pages:
9
File Size:
1665 KB
Publication Date:
Mar 1, 2017

Abstract

The common glass machining process used in the market of Brazil’s civil construction generates tons of waste through the folder of that waste disposal out by the water used during machining. After drying the product is intended for landfill representing a great environmental liabilities since these deposited glass waste in the environment have a decomposition time greater than four thousand years due to its high chemical and mechanical resistance. Aiming to give a destination that addresses this waste disposal problem in the environment, much has been studied in an attempt to incorporate them into the mix cement to partially replace the sand. In this work it was decided to carry out specific studies using common traits comparing the stroke with sand with a dash with partial replacement of 30% of the sand for the glass machining residue was analyzed resistance compressive resulting in a potential good product.
Citation

APA: Niander A. Cerqueira Victor B. Souza Igor W. D. C. Pereira Rondinelli C. Ribeiro Afonso G. Azevedo Mairyanne S. Souza Victor T. Bartolazzi  (2017)  Production of Concrete Interlocking Blocks with Partial Replacement of Sand in Bulk by Waste Glass Machined

MLA: Niander A. Cerqueira Victor B. Souza Igor W. D. C. Pereira Rondinelli C. Ribeiro Afonso G. Azevedo Mairyanne S. Souza Victor T. Bartolazzi Production of Concrete Interlocking Blocks with Partial Replacement of Sand in Bulk by Waste Glass Machined. The Minerals, Metals and Materials Society, 2017.

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