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DOI: 10.2478/ceer-2022-0014 Corpus ID: 247956157; Shrinkage and Absorption of Sand Concrete Containing Marble Waste Powder @article{Djebien2022ShrinkageAA, title={Shrinkage and Absorption of Sand Concrete Containing Marble Waste Powder}, author={Rachid Djebien and Yassine Abbas and Amel Bouabaz and Yasser …
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However, apart from a study on utilizing reservoir sediment ) and fine marble waste (Qureshi et al. 2018), no significant studies were conducted in Oman to utilise non-cementitious fine waste to ...
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Dune sands are poorly graded collapsible soils lacking fines. This experimental study explored the technical feasibility of sustainable invigoration of fine waste materials to improve the geotechnical properties of dune sand. The fine waste considered in this study is fine marble waste. The fine waste powder was mixed with dune sand at different …
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Waste foundry sand is one such non-traditional stabilizer that has been utilized in the soil for the improvement of soil properties. ... Yadav AP, Kumar EN (2019) A comparative study of waste foundry sand and marble dust for stabilization of subgrade soil. Int J Res Appl Sci Eng Technol. Yazoghli-Marzouk O, Vulcano-Greullet N, Cantegrit L ...
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However, the low strength concrete to be used for non-structural elements can be prepared by complete replacement of sand with marble waste as concluded by Chawla et al. . Marble waste aggregates have also been incorporated in concrete as natural coarse aggregates at incorporation levels, i.e., 0%, 20%, 40%, 60%, 80%, and …
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The student company "Reston" from the University of Technology and Applied Sciences in Nizwa was able to benefit from marble waste by recycling it into environmentally …
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This paper explored possibilities for the sustainable invigoration of marble waste as an environment friendly recycled material in Oman. In this study, marble waste powder was mixed with desert ...
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Specimens of waste marble powder group achieved a maximum compressive strength of 31.06 and 37.83 MPa at 7 and 28-days, respectively. The maximum decrease in waste marble concrete range is 9.97–48.14%, as compared to 7 days of plain mix. The maximum decrease in waste marble concrete range is …
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DOI: 10.1007/978-3-319-61612-4_25 Corpus ID: 135294942; The Sustainable Use of Fine Marble Waste Powder for the Stabilization of Desert Sand in …
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The results show that for an amount of substitution of natural sand by marble wastes not exceeding the proportion of 50 % by weight, a good workability and a flow time are obtained in the fresh state. An increase in compressive and flexural strength is obvious at 90 days of curing for 30 % and 50 % substitution of natural sand by marble waste.
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Location of sampling site at Al-Bidiya, Wahiba sand Dunes, Al-Sharqia, Oman (Pease et al. 1999) The Sustainable Use of Fine Marble Waste Powder 305. 1.64 g/cc and an …
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Out of the 9.3 million tons of gross production, approximately 18 % (1.7 million tons) corresponds to marble. It is estimated that about 30 % of this marble is transformed into waste during the cutting process, amounting to approximately 1,152,000 tons of marble waste generated in 2020 alone.
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The increase in curing age also caused improvement in these properties. Khyaliya et al. [23] investigated the suitability of using marble waste as FA in a lean mortar mixture and found that the use of marble waste by 50% replacement of river sand provided maximum CS to the concrete. Required workability of concrete was achieved with about …
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The study involved replacing fine aggregates with marble waste at 20% and 40% and assing 0.5% steel fiber to the mixes. In summary, the findings of the study are as follows: • Concrete made by replacing marble waste with fine aggregate had a greater compressive strength than the control specimen.
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Muscat – Restoon, a ten-member student startup from the University of Technology and Applied Sciences Nizwa, has recycled marble waste into environmentally friendly construction material. The project, …
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The stones falling into the crushing cavity are processed for sand making, realizing the way of stone shaping and sand making. The crushed finished product has uniform particle size and finer discharge, and the finished product can be adjusted between 1-5mm. The sand making machine is mainly used to finely crush the marble waste to …
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Demirel B (2010) The effect of the using waste marble dust as fine sand on the mechanical properties of the concrete. Int J Phys Sci 5(9):1372–1380. Google Scholar Shukla A, Gupta N, Gupta A (2020) Development of green concrete using waste marble dust. Mater Today: Proc 26(2):2590–2594. Google Scholar
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A historical perspective on the marble-making process in Romblon Welcome to the enchanting world of Romblon, where history and craftsmanship collide in a mesmerizing dance. Nestled amidst the azure waters of the Philippines, this captivating island province has long been renowned for its exquisite marble creations. With a rich heritage dating …
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DOI: 10.1016/J.RNREC.2003.10.005 Corpus ID: 110998985; An overview of waste materials recycling in the Sultanate of Oman @article{Taha2004AnOO, title={An overview of waste materials recycling in the Sultanate of Oman}, author={Ramzi A. Taha and Amer Ali Al-Rawas and Khalifa S. Al-Jabri and Ali Al-Harthy and Hossam F. …
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The main aim of this ground work is to evaluate recovery and use marble waste in making a brick. ... In concrete mixes there is a 15% increase in compressive strength when sand is mixed with 35% ...
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In this paper, we have replaced fine aggregates in concrete with waste marble sand of size 1-2mm (marble fine aggregates) in an M20 mix design as per IS CODE 10262. As waste marble is a low-cost ...
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Marble slurry dust (MSD, a waste of marble industry, finds bulk utilization potential in roads. This study indicates that besides embankment construction with this waste, 20-30% of soil can be replaced by MSD for sub-grade preparation. Technology has been validated by taking full scale trials in the field.
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In this study, marble waste was graded to be 0–25 mm and laid as the primary material for the road after the percentage of compaction was determined by the sand cone method. The sand cone test was conducted in the field for the compaction percentages of the road fill, or base layers laid.
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In this paper, CaCO3 waste marble dust (WMD) has been utilized in the production of concrete. Raw materials (Cement, Sand, WMD and Crush) were collected from Peshawar, Khyber Pakhtunkhwa, Pakistan. Concrete cubes were molded in the laboratory and investigated by XRD. Effect of WMD addition to the concrete was …
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The Mining & Quarrying Division began supplying aggregates and washed sand to various concrete supply companies in Muscat and Sohar regions, in the early 1980's. as the Ar Rumays crushing plant was the first plant …
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Exploring innovative opportunities for industries in Oman's Minerals and Mining sector and possible technology transfer collaborations, the IIC representatives focused their attention on MRC's Advanced Material and Mineral Processing departments along with its Rock and Silica Technology sections. ... marble and granite products. On …
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Another study by Tennich et al. (2015) [88] showed that the incorporation of two waste fillers, i.e., marble waste (137.5 kg/m 3) and marble tile waste (50 kg/m 3) in the composition of self-compacting concrete have improved tensile strength by 16.33% compared to ordinary mix. This improvement was due to an increase in the …
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Use of waste marble aggregates in concrete H. Hebhoub a, H. Aoun b, ⇑, M. Belachia a, H. Houari c, E. Ghorbel b a Materials and Geotechnical Laboratory, University of Skikda, Algeria
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During marble mining, processing, cutting and polishing, more than 12 MT (million tons) of marble waste is produced in the state of Rajasthan, India, which is now a major environmental issue. The marble waste used in the present study was collected from Makrana marble mining, Rajasthan. The major mineral present in marble waste were …
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Concrete containing marble waste and scoria as a sand replacement shows better compressive strength than the conventional concrete but the workability and compressive strength decrease with an increase in the content of marble waste and scoria. Cost analyses indicate that concrete containing marble waste and scoria can save up to …
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