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The efficient removal of EDTA-chelated copper from aqueous solution was achieved using waste iron scraps in interior microelectrolysis.
A feasible approach to synthesis iron oxide (Fe3O4) from waste iron ore tailings (IOTs) to synthesis magnetic graphene (Fe3O4/rGO) is demonstrated in the present study.
The influence of replacing up to 30% of ordinary Portland cement (OPC) by volume with waste iron powder (containing a significant fraction of elongated particles) on the fracture response of composite mortars is reported.
a Experiment with waste iron shavings and sludge, b experiment with only sludge, c experiment with only waste iron shavings.
Waste iron shavings were also added with the final concentration of 62.5 g/L.
The difference from batch experiment I was that waste iron shavings were not added.
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Thus, the feasibility of using industrial solid waste-iron ore tailings as aggregates in the development of highly ductile and green ECC was established.
Steel industry wastes (iron-containing waste) could be used as a Fenton-catalyst for the decolorization of methyl orange dye.
In Indonesia, like many developing countries, the most common nutritional problems in infancy and early childhood are stunting, wasting; iron-deficiency anaemia, poverty and low birth weight [ 5, 6].
Besides it as the advantage of being a waste of iron processing industry, not needing any modification before use.
In China, the waste from iron and steel production, known as slag, accumulates in landfills and open stockpiles, where the toxic elements it contains can cause environmental and health problems.
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