An experimental study on utilization of paper pulp and crushed marble dust in M35 grade concrete

The demand for cement has grown due to the rapid growth of the building sector. Cement manufacture, on the other hand, produces more greenhouse gases and carbon dioxide. As a result, different construction materials must be sought. Paper pulp is made from waste from the paper industry. Every year, t...

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Bibliographic Details
Main Authors: Sargunan, K., Suvarna, M.
Format: Conference Proceeding
Language:English
Subjects:
Air pollution
Carbon dioxide
Construction materials
Crushed stone
Dust
Greenhouse gases
Incinerators
Industrial wastes
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Summary:The demand for cement has grown due to the rapid growth of the building sector. Cement manufacture, on the other hand, produces more greenhouse gases and carbon dioxide. As a result, different construction materials must be sought. Paper pulp is made from waste from the paper industry. Every year, the paper industry consumed a significant amount of land in the surrounding area. Some wastes are thrown on land as a disposal method, while some businesses burn their industrial waste in incinerators, causing serious air pollution issues. The impact of employing paper pulp and crushed stone dust as partial replacements in concrete is discussed in this study. The advantages of using paper pulp with crushed stone are explored in this study. Furthermore, this research presents the findings of an experimental inquiry for M35 grade concrete employing wastepaper as an extra ingredient in concrete mixes for housing projects.
ISSN:0094-243X
1551-7616
DOI:10.1063/5.0146855