2023122 · The copper manufacturing industry produces a significant amount of copper slag as a by-product, causing environmental problems while it is being managed and disposed of. Therefore, sustainable alternatives are required immediately. The purpose of this study is to...
view more2024529 · These constituents are known to contribute significantly in the formation of clinker mineral phases and, therefore, the jarosite could be an effective mineraliser and activator in the manufacture of ordinary Portland cement (OPC) clinker.
view more2003111 · Copper Slag of Pyroxene Composition as a Partial Replacement of Natural Aggregate for Concrete Production. Copper slag, a by-product of the pyrometallurgical process used for obtaining copper from copper ore in Bor, Serbia, contains mainly silicon, iron, calcium, and aluminium oxides. Due to such….
view more2009121 · For instance, aluminum slag has been used as a source of Al 2 O 3 by Ewais et al. 12 , for the manufacture of calcium aluminate cement.
view more2016121 · Abstract Utilisation of industrial waste materials in concrete compensates the lack of natural resources, solving the disposal problem of waste and to find alternative technique to safeguard the nature. There are a number of industrial wastes used as fully or partial replacement of coarse aggregate or fine aggregate. This review carries out a …
view more201994 · It has been found that some kinds of slag (blast furnace slag) are very suitable as substitutes for cement, providing properties above those of the reference concrete, while other types (ladle furnace slag) could be valid for non-structural applications, contributing in both cases to a circular economy.
view more20141017 · As fine aggregate in cement mortar, copper slag provides good interlocking leading to better volumetric and mechanical quality of different mixes.
view moreThis study investigated the feasibility of using copper slag (CS-C) as a raw material in the production of Portland cement (PC). The effect of addition of 0%-3.5% CS-C on the clinkerization process, mineralogy, microstructure, and compressive strength development was studied. The Presence of CS-C in the raw mix resulted in the reduced temperature of …
view more2024317 · Full size image 6 Conclusion The combination of silica sand and steel slag in concrete produced workable concrete that had good fresh concrete properties. When compared to normal concrete, steel slag and silica sand replacements have increased compressive strength by 24.66% up to 30% replacement.
view more2021222 · This concrete is environmental-friendly and also eases concerns in energy usage, raw material, and manufacturing cost for the traditional concrete. The cementitious properties of GGBFS and AAS promote their usage in the concrete matrix.
view moreBased on over 30 years' experiences in design, production and service of crushing and s
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