Use of marble dust as paste replacement for recycling waste and improving durability and dimensional stability of mortar

Avaliação Do Uso De Resíduos Da Indústria De Rochas Ornamentais Em Produtos De Matriz Cimentícia: Uma Revisão Sistemática

“…A durabilidade dessas argamassas foi avaliada por dois autores [10,20], e é uma característica importante de se avaliar, pois a adição deste resíduo à mistura pode provocar uma reação tardia dos silicatos (reações álcali-silicatos), e isso pode gerar uma reação expansiva na argamassa, resultando em fissuras [6]. Os estudos mostraram que incorporação de até 30% de resíduo é viável tecnicamente no que diz respeito à durabilidade.…”

Utilization of Marble Powder and Magnesium Phosphate Cement for Improving the Engineering Characteristics of Soil

“…The key reason behind this phenomenon is the excessive production of waste such as marble powder which not only poses hazards but also creates problems with desposal. The use of this waste material in the building would ease adverse environmental effects, save energy and money, add economic value to the waste, and reduce total costs [5]. It is generally utilized to stabilize soil for the construction of road pavement [3,4], railways foundations [6], embankments [7], buildings, beneath connect docks, earthen dams, terminals for rail and wagon, an economical base for roadways, building cushions, and reservoir linings, composting facilities and as a mixture material for several purposes in construction work [1,2,8].…”

“…Marble is being carried out in different industrial resources and plants in just over 50 countries around the world [9,11]. China is the world's second-largest marble producer and produces about 350 million m 2 of marble planks in 2015 [5]. As the cutting of marble stone makes sludge, in this manner, the quickly developing marble industry has environmental concerns because of the negative impacts of marble quarrying [10][11][12].…”

Partial replacement of cement with granular marble residue: effects on the properties of cement pastes and reduction of CO2 emission

“…The use of marble waste as a partial cement replacement has been investigated aiming at the production of alternative building materials, such as concretes, mortars or pastes [11][12][13]. However, marble residue is generally used after grinding, so that finely divided particles can act as a filler in cement matrices.…”

“…On the other hand, several authors [14][15][16] reported that the marble residue played a chemical role in the hydration reactions of the cement. This performance is due to the reaction between calcium carbonate (CaCO 3 ) and tricalcium silicate (C 3 A), which can lead to the formation of hydrated calcium monocarboaluminate (Ca 4 Al 2 (CO 3 ) (OH) 12 •5H 2 O) and/or hydrated calcium hemicarboaluminate (Ca 4 Al 2 (CO 3 )0.5(OH) 13 •5.5H 2 O), which have binding properties and lead to increased compressive strength [16]. The reaction is favored; the higher are the C 3 A content of the cement, the specific surface area and the fineness of the residue [17].…”