Effect Of Using Stone Cutting Waste On The Compression Strength And Slump Characteristics Of Concrete

Autor: Alzboon, Kamel K., N.Mahasneh, Khalid
Jazyk: angličtina
Rok vydání: 2009
Předmět:
DOI: 10.5281/zenodo.1055566
Popis: The aim of this work is to study the possible use of stone cutting sludge waste in concrete production, which would reduce both the environmental impact and the production cost .Slurry sludge was used a source of water in concrete production, which was obtained from Samara factory/Jordan, The physico-chemical and mineralogical characterization of the sludge was carried out to identify the major components and to compare it with the typical sand used to produce concrete. Samples analysis showed that 96% of slurry sludge volume is water, so it should be considered as an important source of water. Results indicated that the use of slurry sludge as water source in concrete production has insignificant effect on compression strength, while it has a sharp effect on the slump values. Using slurry sludge with a percentage of 25% of the total water content obtained successful concrete samples regarding slump and compression tests. To clarify slurry sludge, settling process can be used to remove the suspended solid. A settling period of 30 min. obtained 99% removal efficiency. The clarified water is suitable for using in concrete mixes, which reduce water consumption, conserve water recourses, increase the profit, reduce operation cost and save the environment. Additionally, the dry sludge could be used in the mix design instead of the fine materials with sizes < 160 um. This application could conserve the natural materials and solve the environmental and economical problem caused by sludge accumulation.
{"references":["Almeida Nuno, Branco Fernando, Santos José Roberto, 2007, Recycling\nof stone slurry in industrial activities: Application to concrete mixtures,\nBuilding and Environment, 42(2): 810-819.","Turgut, P. and Algin, H.M., 2007. Limestone dust and wood sawdust as\nbrick material. Building and Environment Journal, 42 (9): 3399-3403.","Connan, H., Klimesch, D., Rayt, A., and Thomas, P., 2005, Autoclaved\nopc-quartz blends incorporating clay-brick waste. part i: factorial design\neffects on strength development, Advances in Cement Research,\n17(4):133-141.","Ammary, B., 2007. Clean cutting stone industry. International Journal of\nEnvironment and Waste Management, 1 (2/3): 106-112.","Colombo A. , Tunesi A., Barberini V., Galimberti L., Cavallo A.,\nchemical and mineralogical characterization of cutting process sludge ,\nexploitation of sludge from stone working synthesis of the research.,\naccessed 2008,http://www.aigt.ch/ download/ rapporto_INTERREGen.\npdf .","Balasubramanian J., Sabumon C., john U. Lazar ,And ilangovan\nR.,1995, Reuse of textile effluent treatment plant sludge in building\nmaterials, journal of materials processing technology 48 (1-4) : 379-384.","Weng, C., Lin, D. and Chiang, P., 2003. Utilization of sludge as brick\nmaterials. Advances in Environmental Research, 7 (3): 679-685","Colangelo F., Marroccoli M., and Cioffi R., Properties of self-leveling\nconcrete made with industrial wastes. Conference on use of building\nmaterials in building structures, November,2004, Barcelona , Spain","Arslan E. I Il , Aslan Sibel, Ipek Ubeyde, Altun Samet, Yazicio lu Salih,\n2005, Physico-chemical treatment of marble processing wastewater and\nthe recycling of its sludge, Waste Management & Research, 23( 6): 550-\n559.\n[10] Misra A., Gupta R., Gupta R.C., Utilization of marble slurry in\nconstruction materials, Workshop on gainful utilization of marble slurry\nand other stone waste, Indian School of Mines, accessed 2008,\nhttp://www.cdosindia.com/papers/marble_slurry_ workshop/anurag_\nmishra _-_utilisation_of _marble_slurry _in_ construction .doc.\n[11] Valls, S., Yag├╝e, A., V├ízquez, E. and Mariscal, C.,2004. Physical and\nmechanical properties of concrete with added dry sludge from a sewage\ntreatment plant. Cement and Concrete Research, 34 (12): 2203-2208.\n[12] Abdul, G. L., Azni, I., Abdul, A. S., Calvin, H.K.W., Mohd, S. J. and\nAminuddin M. B., 2004. Reusability of sewage sludge in clay bricks.\nJournal of Material Cycles and Waste Management, 6(1):141-47.\n[13] Lin, D. and Weng, C., 2001. Use of sewage sludge ash as brick material.\nJournal Env. Eng., 127 (10): 922-927.\n[14] Slim, J.A., Wakefield, R.W., 1991. The utilization of sewage sludge in\nthe manufacture of clay bricks. Water SA WA SA DV, 17 (3): 197-202.\n[15] Tay, Jh., 1986. Potential use of sludge ash as construction material.\nResources and Conservation, 13(1): 53-58.\n[16] Ferreira, J.M.F., Torres, P.M.C., Silva, M.S. and Labrincha J.A., 2004.\nRecycling of granite sludge in brick-type and floor tile-type ceramic\nformulation. Journal of the European Ceramic Society, 24 (10-11): 3177-\n3185.\n[17] Torres, P., Fernandes, H.R., Agathopoulos, S., Tulyaganov, D.U. and\nFerreira, J. M. F., 2004. Incorporation of granite cutting sludge in\nindustrial porcelain tile formulations, Journal of the European Ceramic\nSociety, 24 (10-11):3177-3185.\n[18] APHA, 1998, Standard Methods for the Examination of Water and\nWastewater, 20th ed. Washington, D.C: American Public Health Ass.,\nWPCF, and AWWA.\n[19] MPWH, Ministry of Public Works and Housing of Jordan, 1985,\nSpecifications of the architectural and civil works, 1st edition, Amman,\nJordan."]}
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