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The mix 0% copper slag had a slump of 25mm while the mix with 100% copper slag had 82mm. These results can be due to the low water absorption of copper slag (0.16%) compared to sand (1.25%). Based on strength, copper slag aggregate provides a great alternative to sand. For maximum strength a 100% replacement of copper slag for sand is ideal.
Non-ferrous slag can be characterized into copper, lead, and zinc slags due to the ores' compositions, and they have more potential to impact the environment negatively than ferrous slag. The smelting of copper, lead and bauxite in non-ferrous smelting, for instance, is designed to remove the iron and silica that often occurs with those ores ...
Thus, the two factors that most affect the loss of copper to slag in the smelting stage are: matte grade; mass of slag. [35] This means that there is a practical limit on how high the matte grade can be if the loss of copper to slag is to be minimized. Therefore, further stages of processing (converting and fire refining) are required.
The following list of mines in the Philippines is subsidiary to the Lists of mines in Asia article and Lists of mines articles. This list contains working, defunct and future mines in the country and is organised by the primary mineral output(s) and province. For practical purposes stone, marble and other quarries may be
The Tampakan deposit is a large copper and gold orebody located in the south of the Philippines in Tampakan, South Cotabato. Tampakan represents one of the largest copper resources in the Philippines and in the world having an estimated resource of 2.94 billion tonnes of ore grading 0.6% copper. The deposit also has a resource of 18 million oz ...
Matte is a term used in the field of pyrometallurgy given to the molten metal sulfide phases typically formed during smelting of copper, nickel, and other base metals. [1] Typically, a matte is the phase in which the principal metal being extracted is recovered prior to a final reduction process (usually converting ) to produce blister copper ...
Rendering of electro-slag remelting apparatus and cross-sections. Electroslag remelting (ESR), also known as electro-flux remelting, is a process of remelting and refining steel and other alloys for mission-critical applications in aircraft, thermal power stations, nuclear power plants, military technology and others.
The lead slag stream, containing most of the 'fluxing' elements added to the sintering machine (predominantly silica, limestone, iron and zinc) can either be discarded or further processed to recover the contained zinc. The crude lead bullion, containing significant quantities of copper will then undergo 'copper drossing'.