A study on environmental and economic impacts of using waste marble powder in concrete

Singh, Manpreet; Choudhary, Kailash; Srivastava, Anshuman; Sangwan, Kuldip Singh; Bhunia, Dipendu

doi:10.1016/j.jobe.2017.07.009

Cited by 174 publications

(58 citation statements)

References 25 publications

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“…In order to understand the effects of marble powder on the mechanical properties and durability of concrete, Talah, Kharchi, and Chaid (2015) researched that marble powder made the concrete more resistant to chloride ions and oxygen penetration, hence the marble powder-incorporated concrete has better durability than ordinary concrete. Singh et al (2017) used the UMBERTO NXT life cycle analysis software for the comparison of environmental impact on concrete with and without marble powder. The cost analysis was performed to establish the feasibility of marble powder as partial replacement material.…”

Section: Fifth International Conference On Sustainable Construction Mmentioning

confidence: 99%

Effect of rice husk ash and marble powder on mechanical behavior of concrete

Idrees¹

2019

Sustainable Construction Materials and Technologies (SCMT)

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The research focuses on the mechanical behavior of concrete with the waste rice husk ash (RHA) and marble powder (MP) as partial cement and sand replacement materials respectively. The waste rice husk ash is sieved and burnt at 750° C for 6 hours. The separate and combined effects of RHA (10 &15%) and MP (10 & 20%) are investigated. Compressive, split cylinder tensile and flexural strengths of these concrete at 7, 28 and 56 days showed comparable results to those of ordinary concrete. The sieved (but not ground) RHA caused a slight reduction in the concrete strength while MP enhanced the strengths. The combined MP and RHA either increased the strengths or showed similar results in an acceptable range. The utilization of RHA and MP in concrete effectively transform these waste materials into useful products thus resolving the disposal and natural resource exhaustion issues, providing an environmentally friendly, economical and sustainable concretes.

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Section: Fifth International Conference On Sustainable Construction Mmentioning

confidence: 99%

Effect of rice husk ash and marble powder on mechanical behavior of concrete

Idrees¹

2019

Sustainable Construction Materials and Technologies (SCMT)

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“…It was also noted that the ratio of split tensile strength to compressive strength and also compressive strength to modulus of elasticity of concrete for various mixes. Tarun et al; Manpreet Singh, et al; Deepankar Kumar Ashish; Hanifi Binici [10][11][12][13] concluded that the concrete mixes having 0 to 20% of foundry sand replaced in river sand produced the good results. From the experimental results showed a good target strength in the case of 15% of foundry sand and also increase rate of hardening was noted in UPV.…”

Section: Introductionmentioning

confidence: 99%

Efficiency of Fiber Reinforced Concrete Containing Waste Marble dust and Waste Foundry Sand

Sounthararajan*,

Ramadasu,

Sivasankar

2019

IJEAT

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 Abstract: The study focused on the effect of marble dust 0-10% (MD) by weight of cement content, waste foundry sand 0-30% (WFS) replaced by normal river sand and inclusion of glued steel fibres 0-1.5% (GSF) by volume fraction and also 1.5% of chemical admixture(SP) by weight of binding materials produced the excellent quality of structural concrete. Conversely, the replacement level of WSF can be limited up to 30%, Further, add into the concrete will affect the strength. From the test results observed that the 10% of MP, 20 % of WFS with 1.5% of GSF along with 1.5% of SP in concrete produced the higher compressive strength was 34.20, 39.90 and 42.50 N/mm 2 at 7, 28 and 56 days respectively, the strength was increased up to 7.40% than compared to controlled concrete. Also, a higher amount of bending stress was measured from 3.30 to 4 .57 MPa at 28 days for various mixes of concrete and the ultrasonic pulse velocity values are recorded between 3630 to 4030 m/sec for various mixes at 28 days. Finally, the durability measurement of RCPT and also material characteristics test on the modulus of elasticity of concrete were studied systematically.

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“…O rejeito produzido por essas industrias não possui ainda destinação final, ficando muitas vezes depositado nos pátios das empresas ou sendo descartado de forma irregular, não existindo um controle sobre os danos ambientais causados por esse resíduo [3]. Dessa forma, a utilização desse resíduo em argamassas como forma de substituição do cimento Portland é uma grande vantagem ambiental, uma vez que dar-se-á destino a um resíduo destacado e ocorrerá substituição de um material cuja fabricação causa danos severos ao meio ambiente através da emissão de gases poluentes como o CO2 [4]. O estudo da substituição de cimento por argilas extraídas de jazidas da cidade de Campos dos Goytacazes -RJ calcinadas em diferentes temperaturas em concreto armado foi realizado por Cordeiro e Désir (2010) [5], onde os autores comprovaram a possibilidade do uso desse material em compostos cimentícios.…”

Section: Introductionunclassified

Avaliação Da Incorporação De Resíduo Cerâmico Industrial Calcinado Em Diferentes Temperaturas Nas Propriedades De Argamassas

Azevedo¹,

Marvila²,

Alexandre³

et al. 2019

ABM Proceedings

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ResumoCampos dos Goytacazes, RJ, é um importante polo produtor de cerâmica vermelha, e consequentemente gera grande quantidade de resíduo cerâmico industrial (RCI). Por apresentar atividade pozolânico, foi realizado nesse trabalho a avaliação da substituição do cimento Portland por RCI em argamassas 1:3 (cimento: areia) nas proporções de 10% e 20%. A motivação para esse estudo são criar destinação para um resíduo que atualmente não apresenta nenhuma função nobre e reduzir a quantidade de cimento, um material cuja produção é altamente poluidora, em argamassas. Para isso foram realizados os ensaios de atividade pozolânica, retenção de água, teor de ar incorporado e resistência à compressão em argamassas com RCI calcinados em 500ºC, 600ºC, 700ºC, 800ºC, 900ºC e 1000ºC. Os resultados indicam a possibilidade do uso do resíduo em argamassas, com incrementos nas propriedades avaliadas e com os ganhos ambientais destacados. Palavras-chave: argamassas, resíduo cerâmico industrial, calcinação, resistência à compressão. EVALUATION OF THE INCORPORATION OF INDUSTRIAL CERAMIC WASTE CALCINATED AT DIFFERENT TEMPERATURES IN THE PROPERTIES OF MORTARS *. AbstractCampos dos Goytacazes, RJ, is an important pole producer of red ceramics, and consequently generates a large amount of industrial ceramic waste (RCI). Because of the presence of pozzolanic activity, the evaluation of the replacement of Portland cement by RCI in 1: 3 (cement: sand) mortars in the proportions of 10% and 20% was carried out. The motivation for this study is to create a destination for a waste that currently has no noble function and reduce the amount of cement, a material whose production is highly polluting, in mortars. For this, the tests of pozzolanic activity, water retention, incorporated air content and compressive strength in RCI mortars calcined at 500ºC, 600ºC, 700ºC, 800ºC, 900ºC and 1000ºC were carried out. The results indicate the possibility of the use of the residue in mortars, with increases in the evaluated properties and with the environmental gains highlighted.

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A study on environmental and economic impacts of using waste marble powder in concrete

Cited by 174 publications

References 25 publications

Effect of rice husk ash and marble powder on mechanical behavior of concrete

Effect of rice husk ash and marble powder on mechanical behavior of concrete

Efficiency of Fiber Reinforced Concrete Containing Waste Marble dust and Waste Foundry Sand

Avaliação Da Incorporação De Resíduo Cerâmico Industrial Calcinado Em Diferentes Temperaturas Nas Propriedades De Argamassas

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