Possibility of its use in mixes of grade M20 was designed re-placing fine aggregate by ISF slag in the range of 0% to . Mechanical properties of these mixes were evaluated by Compressive Strength.
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review provides a detailed assessment of industrial waste compounds, which can be properly used as a fine aggregate replacement in concrete. This review paper analysed some of such industrial waste as steel slag, copper slag, bottom ash, imperial smelting furnace slag (ISF slag), and blast furnace slag.
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Industrial by-products (IBP) such as blast furnace slag, waste foundry sand (WFS), coal bottom ash (CBA), cement kiln dust (CKD), wood ash (WA), imperial smelting furnace (ISF) slag and ferronickel slag can be used as a replacement to natural fine aggregate in concrete (Al-Jabri et al. 2009, 2011; Yi et al., 2012; Dash et al., 2016; Saha, 2018).
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The use of steel slag as fine aggregate has a negative impact on the workability of concrete especially for replacement ratios above 50%. However, this problem can easily be taken care of by the use of admixtures. ... copper slag, imperial smelting furnace slag (ISF slag), blast furnace slag, coal bottom ash, ferrochrome slag, palm oil clinker ...
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[Show full abstract] waste in cement concrete mixes of grades M25 and M30 was made for replacing fine aggregate by ISF slag in the range of 0% to . The Engineering properties of these mixes ...
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Fine aggregates have been replaced by jarosite (0–25%) in increment of 5%. Owing to the formation of honeycombed and heterogeneous concrete mixtures with 30% and more jarosite, the percentage replacement has been limited to 25%. ... The use of ferro-silicate slag from ISF zinc production as a sand replacement in concrete. Cem. Concr. Res ...
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Natural river sand and ISF slag as fine aggregates; crushed stone with nominal size of 20 mm and 10 mm as coarse aggregates; Ordinary Portland cement from a single batch confirming to Indian standards (BIS 8112, 1989); and modified polycarboxylic ether based, ASTM Type F superplasticizer were used to prepare concrete mixes. ...
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One material that has shown promise as a fine aggregate is slag from the Imperial Smelting Furnace method of zinc production (ISF slag). Although UK production ceased in February 2003, a large stockpile of the slag material still remains on the UK site and currently ISF zinc smelting plants around the world produce just under a million tonnes of the slag annually …
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ISF slag is physically suitable for use as an aggregate, although there are several barriers that need to be overcome before it can be used in concrete. Issues relating to the …
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Imperial smelting furnace (ISF) slag is one among many other materials when dumped as such can cause serious environmental damage due to the presence of the heavy metals VIP
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Properties of concrete containing industrial waste as a fine aggregate: A review. Prateek Kumar Sharma 1 and Bhavna Tripathi 1. ... Hooper R. and Lardnera K. 2003 The use of ferro-silicate slag from ISF zinc production as a sand replacement in concrete Cement and Concrete Research 33 2085-2089.
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The use of ferro-silicate slag from ISF zinc production as a sand replacement in concrete. Author links open overlay panel Caroline Morrison a, Rebecca Hooper ... Studies on the properties of concrete with zinc slag as fine aggregate. CAJ Rev. (1988), pp. 92-95. Google Scholar [10] F.M Lea. The Chemistry of Cement and Concrete (3rd ed.), Edward ...
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Slag from the imperial smelting furnace (ISF) method of zinc production is an industry by-product that has been investigated for its potential use as an aggregate in concrete. In the UK alone, there is currently a 2·5 million t stockpile of ISF slag that could potentially be used as aggregate in the construction industry. However, the presence of the heavy metals zinc and …
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Review Article Sustainable use of industrial-waste as partial replacement of fine aggregate for preparation of concrete – A review Manoj Kumar Dasha,1, Sanjaya Kumar Patrob,⇑, Ashoke Kumar ...
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Natural river sand and ISF slag as fine aggregates; crushed stone with nominal size of 20 mm and 10 mm as coarse aggregates; Ordinary Portland cement from a single batch confirming to Indian standards (BIS 8112, 1989); and modified polycarboxylic ether based, ASTM Type F superplasticizer were used to prepare concrete mixes.
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Industrial wastes such as waste generated during mining and dressing of marble and granite; refining of zinc and lead waste i.e. jarosite, WFS (Waste Foundry Sand), broken …
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The results of this test showed that the introduction of LF slag as fine aggregate and mineral powder improved the stability of the mix by 12% with respect to the standard mix, while its joint incorporation with EAF slag as coarse aggregate greatly improved stability (around 40%), as some other researchers have found (Terrones-Saeta et al ...
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Two RSA materials, i.e. processed plastic aggregate and Imperial Smelting Furnace (ISF) slag (derived from the smelting of zinc ore), were selected for use in a 0/32mm Dense Bitumen Macadam (DBM ...
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WFS – waste foundry sand, C.slag – copper slag, ISF slag – imperial smelting furnace slag, GBF slag – granulated blast furnace slag, B.ash –bottom ash, F eCr slag: ferroch rome slag, POC ...
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The findings suggest that ISF slag can safely replace 50% of fine aggregate in concrete, resulting in durable and corrosion-resistant properties. The dense interfacial transitional zone formed between ISF slag and cement particles reduces water absorption in the mixes.
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Technical studies have shown that ferro-silicate slag from the Imperial Smelting Furnace (ISF slag) production of zinc can be used as a replacement for sand in cementitious …
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Use of industrial by-products as raw materials in concrete is becoming necessary to address the sustainability of both the concrete and the industrial growth. The present study assesses the potential of imperial smelting furnace (ISF) slag as in concrete, considering the presence of toxic elements (lead and zinc) and their detrimental effects on the early hydration of cement.
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Hence from this study it can be concluded that ISF slag can be safely used to replace 50% of fine aggregate to produce durable concrete with appropriate mechanical …
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review provides a detailed assessment of industrial waste compounds, which can be properly used as a fine aggregate replacement in concrete. This review paper analysed some of such …
WhatsApp: +86 18221755073
Possibility of its use in mixes of grade M20 was designed re-placing fine aggregate by ISF slag in the range of 0% to . Mechanical properties of these mixes were evaluated by Compressive Strength.
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Self-curing concrete is prepared by partially substituting the fine aggregate with steel slag. Based on the results, the ideal proportion of steel slag as a partial replacement in the fine aggregate is found to be 40%, while the optimal SAP dosage is 0.1%. ... Qasrawi H (2014) The use of steel slag aggregate to enhance the mechanical properties ...
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Tripathi and Chaudhary [18] reported that water permeability remained comparable to control up to 60% replacement of fine aggregate with ISF slag at w/c of 0.55, 0.50 and 0.45, however it ...
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The coarse-grained slag produced in the foremost extraction of zinc is ISF (Intrinsic Slag) is a nuisance. The focus of this investigation was to produce sustainable concrete by using the mined marble waste in concrete as a substitute for coarse aggregate and industrial waste i.e. ISF slag as a substitute for fine aggregate. Natural aggregate ...
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Babu, V., Kabeer, K.S.A. and Vyas, A.K. (2022) A Review on the Characterization and Use of ISF Slag as Fine Aggregate in Cement Concrete. Materials Today Proceedings, 65, 728-734. ... Use of Coal Waste as Fine Aggregates in Concrete Paving Blocks. Cassiano Rossi dos Santos, Juarez Ramos do Amaral Filho, Rejane Maria Candiota Tubino, Ivo André ...
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The document discusses the use of various industrial wastes as partial replacements for fine aggregate in concrete. It describes the physical and chemical properties of wastes like waste foundry sand, steel slag, copper slag, …
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In accordance, for replacing fine aggregate several research works are carried out and that solved by using copper slag. Replacing sand with copper slag of about 40% is proven by most of research ...
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Using high percentage of ISF slag, Morrison et al. replaced fine aggregate in concrete with ISF slag. As noted by the author, the ISF slag included concrete exhibits strength characteristics that are comparable to those of conventional concrete when the replacement level is 30% of the original level. But when fine aggregate is replaced with ISF ...
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This research work of aims in substitution of ISF slag with fine aggregate up to 25% in concrete. The experimental results suggest that the mechanical properties and average and cement of 11.88%.
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for fine aggregate. Using high percentage of ISF slag, Morrison et al. [4] replaced fine aggregate in concrete with ISF slag. As noted by the author, the ISF slag included concrete exhibits strength characteristics that are comparable to those of conventional concrete when the replacement level is 30% of the original level.
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(Marta Skaf, Javier Bartolome, Hernan Gonzalo Orden, 2021), To reduce dependent on natural aggregate and to provide a use of industrial by product. The mix is coarse bituminous concrete (AC22G) for base course. Mix is prepared as partly steel aggregate with LF Slag as fine aggregate and mineral powder with limestone
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Industrial waste from marble and granite grinding, waste glass, jarosite, and imperial smelting furnace (ISF) slag may be used as a partial replacement of fine aggregate in …
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Technical studies have shown that ferro-silicate slag from the Imperial Smelting Furnace (ISF slag) production of zinc can be used as a replacement for sand in cementitious mixes.
WhatsApp: +86 18221755073