Open AccessEffect on Compressive Strength of Interlocking Tiles Upon Replacing Cement and Aggregate by Bagasse Ash, Lime and Demolished Concrete
Author(s) -
Dharmendra Kumar Yadav,
Devi Charan Dubey
Publication year - 2022
Publication title -
international journal of recent technology and engineering
Language(s) - English
Resource type - Journals
ISSN - 2277-3878
DOI - 10.35940/ijrte.f6867.0310622
Subject(s) - lime , compressive strength , cement , aggregate (composite) , portland cement , interlocking , bagasse , waste management , environmental science , materials science , carbon dioxide , pulp and paper industry , metallurgy , composite material , engineering , chemistry , structural engineering , organic chemistry
This research paper describe the effect on compressive strength of interlocking titles, in which cementcis a bindingcmaterial, a substance used incconstruction that sets andchardens and can bind othercmaterials together. It iscwidely used in constructioncwith great advantages but cementcwith its wide range ofcproperties has severalcdisadvantages as well. Manufacturing ofccement causes illceffect on environmentcat all stages ofcprocess. These include emissionscof airborne pollutioncin many forms suchcas dust, gas, noisecand vibration. Usuallycmanufacturing of cementccauses emission of greenhousecgas carbon dioxide to 5% inccement structures toc8% in case of roadscin cement. Cement manufacturing releasescCO2 in atmosphere bothcdirectly and indirectly. Directlycwhen Calcium Carbonatecis heated, producing limecand carbon dioxidecand also indirectly through emissioncof energy. The cementcindustry produces up toc5% of global manmade CO2cemission. The productioncof Portland cementcis not only costlycand energy intensive, butcit also produces largecamounts of carbon emissions. Thecproduction of one ton ofcPortland cement producescapproximately one toncof CO2 in the atmosphere. The productivecuse of waste material representsca means of alleviating somecof the problems of solidcash, lime and demolished concrete.