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heat the copper up with some carbon because carbon has a higher reactivty level so the oxygen will grab on to the carbon and become (Co2). (CuO+C) heat =(Cu+Co2) Another technique is know as copper leaching (see related link) Ore is dug out and then trucked to a copper place. It is then crushed mixed with chemicals its then made into various products.
It is not economical to use scrap iron to obtain copper because the process would require significant energy and resources to separate the two metals. It would be more cost-effective to obtain copper directly from sources that already contain the metal, such as copper ore or recycled copper products.
Ore is a common name used for mineral deposits that contain valuable metals or elements that can be extracted for use. Some examples include iron ore, copper ore, and gold ore.
To separate copper strips from sulfur powder, you can use a process called filtration. Mix the copper strips and sulfur powder with water to form a mixture. Then, pass the mixture through a filter paper to separate the solid copper strips from the sulfur powder, which will remain in the filter paper.
To obtain powdered charcoal from a mixture of copper oxide and powdered charcoal, you can use a reduction reaction. Heat the mixture in a furnace or with a suitable heat source, as copper oxide will react with the charcoal (carbon) to form copper and carbon dioxide. The copper will be produced as a metal, leaving behind the powdered charcoal. After cooling, you can separate the unreacted charcoal from the copper.
Use copper and tin ore on a furnace.This bar can then be used on an anvil (when you have a hammer in your inventory) to make bronze items.
One way to separate iron nails from copper tacks is to use a magnet. The iron nails will be attracted to the magnet, allowing you to easily separate them from the copper tacks.
The above flowsheet shows a basic copper mine process, from mine to metal. There are two distinct types of copper ore, the sulfide ore and the oxide ore. The sulfide ores are beneficiated in flotation cells, while the oxide ores are generally leached. First the copper ore from a open pit mine is blasted, loaded and transported to the primary crushers. Then the ore is crushed and screened, with the fine sulfide ore (~-0.5 mm) going to froth flotation cells for recovery of copper. The coarser ore goes to the heap leach, where the copper is subjected to a dilute sulfuric acid solution to dissolve the copper. Then the leach solution containing the dissolved copper is subjected to a process called solvent extraction (SX). The SX process concentrates and purifies the copper leach solution so the copper can be recovered at a high electrical current efficiency by the electrowinning cells. It does this by adding a chemical reagent to the SX tanks which selectively binds with and extracts the copper, is easily separated from the copper (stripped), recovering as much of the reagent as possible for re-use. The concentrated copper solution is dissolved in sulfuric acid and sent to the electrolytic cells for recovery as copper plates (cathodes). From the copper cathodes, it is manufactured into wire, appliances, etc. that are used in every day life. Below are some photos of the process equipment at an Arizona Copper Mine.
One way to separate copper strands and iron filings is by using a magnet. Copper is not magnetic but iron is, so you can use the magnet to attract and separate the iron filings from the copper strands. Alternatively, you could also use the difference in density between copper and iron to physically separate them using techniques like flotation or panning.
Here is an extremely simplified version of a very complex process -In most copper mines the ore is crushed in 'ball mills' and then roasted . Some dirt is removed here. After this it is poured into large cleaning ponds. The treated ore is then put in water-filled aeration tanks containing surfactant. After this various acids are used to separate the other unwanted material from the copper.
One way to separate copper powder and salt is through a process called filtration. You can mix the salt and copper powder with water to dissolve the salt, leaving the copper powder behind. Then, you can use a filter to separate the solid copper powder from the liquid salt solution.
You can specify a use for it.