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mathematical formula for smelting copper Description
Copper Smelting Chemistry Tutorial
Copper Smelting Key Concepts. Rocks are mixtures of minerals. A mineral can be made up of uncombined elements or compounds. Although copper can be found in nature as the uncombined element, it is often found in nature as compounds. Common Copper Minerals; Classification Mineral name formula appearance % copper; element: native copper: Cu: reddish, metallic: : oxide:
Research on Datadriven Energy Efficiency Optimization for
reallife production process of an enterprise of copper flash smelting, it is proved that the mathematical model can well be used in copper flash smelting process. 2 Related work . WSEAS TRANSACTIONS on SIGNAL PROCESSING Yuncheng Dong, Junfeng Yao, Fei Long, Kunhong Liu, Chenhan Lin EISSN: 22243488 58 Volume 12, 2016
Extractive Metallurgy of Copper
Industrial Single Furnace DirecttoCopper Smelting Chemistry Industrial Details Control CuinSlag: Comparison with Conventional Matte SmeltingiConverting CuinSlag Limitation of DirecttoCopper Smelting DirecttoCopper Impurities Summary Suggested Reading References 13 Mitsubishi Continuous SmeltingKonverting 155 155 157 162 166 170 170 171 171 173 173 175 176 176 181 181
Copper Smelting Chemistry Tutorial
Copper Smelting Key Concepts. Rocks are mixtures of minerals. A mineral can be made up of uncombined elements or compounds. Although copper can be found in nature as the uncombined element, it is often found in nature as compounds. Common Copper Minerals; Classification Mineral name formula appearance % copper; element: native copper: Cu: reddish, metallic: : oxide:
Mathematical model of wholeprocess calculation
01.11.2017· Mathematical models for material and heat balance in bottomblowing smelting, converting, anode furnace refining, and electrolytic refining were established based on the principles of material (element) conservation, energy conservation, and control index constraint in copper bottomblowing smelting. Simulation of the entire process of bottom
Copper Smelting Process  Furnaces Used, By
Sulphuric dioxide gas is created in smelting copper process and is converted sulphuric acid which is used in some of the smelting processes or sold as a byproduct. Modern copper smelters use processed copper ore fed into a flash furnace, typically fired by oxygen which produces blister copper, being further processed in a converter furnace. Molten copper is poured from here into rectangular
Copper processing  Roasting, smelting, and
Copper processing  Copper processing  Roasting, smelting, and converting: Once a concentrate has been produced containing copper and other metals of value (such as gold and silver), the next step is to remove impurity elements. In older processes the concentrate, containing between 5 and 10 percent water, is first roasted in a cylindrical, refractorylined furnace of either the hearth or
what is copper matte  Chemistry   7035456 
Matteis 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. 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 a crude metal. Mattes may also be used to collect impurities from a metal
Copper smelter  Boliden
copper smelting and refining processes. Boliden Commercial AB 15 20081104. Boliden Commercial AB 16 20081104 4. Pricing of secondary raw materials In addition to copper concentrate, secondary raw materials can be used as raw material. Secondary raw materials include (among other things): – Copper scrap – Electronic scrap (containing copper, gold, silver and lead) – Copper/zinc
Easy Ways to Melt Copper  Sciencing
26.04.2018· You may use it for home crafts or melt it into ingots for storage. Copper quickly conducts heat and electricity, so great care should be taken if you attempt to melt copper at home. Warnings . Please exercise caution while performing these tasks. Blowtorches should only be used by experienced adults. Properties of Copper. Copper is a soft, malleable metal with a distinctive bright reddish
The Smelting Process  Sudbury INO
nickel, copper and cobalt as well as a slag that is stockpiled on site and is managed to strict environmental standards. The furnace matte is then transferred to the converter aisle to further reduce the iron content and concentrate the pay metal content. The final product from the converter aisle is a matte containing 2% iron which will be destined for our refinery in Kristiansand, Norway
How to Choose Gold Smelting Flux  Superb
Smelting is an integral part of the refining process of gold and other precious metals. It is the major part of refining where the precious metal (gold in this case) is melted out of its ore. Metal ores often contain a lot of other elements and impurities, smelting is therefore important in removing these. Gold smelting flux is often added to the ore during the smelting process. In this post
HIGH PRODUCTIVITY CLEAN SMELTING
smelting and copper converting, primary and secondary lead smelting, primary nickel smelting and converting, and tin, zinc and precious metals smelting. The high intensity of the ISASMELT™ process results in high productivity from . a relatively small diameter furnace. This means a small footprint, lower installation costs, straightforward maintenance and cost effective operation. Since its
Guidelines on flux calculation gold smelting 
I am currently using Borax, Silica flour, Soda ash and Potassium nitrate, the sludge contains also copper, I need a guideline on flux calculation to use in order to move the copper or any other Base metal to the slag. I would like to know more about flux calculation for gold smeltin
DEVELOPMENT OF A MATHEMATICAL MODEL OF FLASH SMELTING
this purpose, a mathematical model for copper flash smelting and flash converting was developed at the Helsinki University of Technology during the past decade (Järvi et al., 1998, Ahokainen and Jokilaakso, 1998). The model can be used for simulating fluid flow, heat transfer and particle combustion in flash smelting and the flash converting furnace. The modeling work is done with commercial
Variance propagation in toll smelting operations treating
This paper develops the mathematical formulation for variance propagation in toll smelting operations, including the effect of inprocess inventory, assuming measurement biases have been eliminated beforehand. Operational data from a Southern African copper smelter is used for a case study. The method of propagation of variance showed that uncertainties in stockpile assays were the main
A new mathematical model for copper
The mathematical model described in Part I[14] was extended to include the minor element behavior inside a flashfurnace shaft during flash smelting of copper concentrate. The volatilization of As
How to Choose Gold Smelting Flux  Superb
Smelting is an integral part of the refining process of gold and other precious metals. It is the major part of refining where the precious metal (gold in this case) is melted out of its ore. Metal ores often contain a lot of other elements and impurities, smelting is therefore important in removing these. Gold smelting flux is often added to the ore during the smelting process. In this post
A new mathematical model for copper
A novel mathematical model for combustion of a single copper concentrate particle is presented. The model includes particle volatilization, fragmentation, smelting, and combustion phenomena. This model has been incorporated into a general computational fluid dynamics code to calculate flow field and particle trajectories needed to simulate the
DEVELOPMENT OF A MATHEMATICAL MODEL OF FLASH
this purpose, a mathematical model for copper flash smelting and flash converting was developed at the Helsinki University of Technology during the past decade (Järvi et al., 1998, Ahokainen and Jokilaakso, 1998). The model can be used for simulating fluid flow, heat transfer and particle combustion in flash smelting and the flash converting furnace. The modeling work is done with commercial
Malachite to Copper Equation?  Yahoo Answers
08.09.2010· What is the overall balanced equation which describes the transformation of the basic copper carbonate (malachite) to copper metal? I know in the smelting process there are two steps: 1. CuCO3(OH)2 > 2CuO + CO2 + H2O 2. 2CuO + C > 2Cu + CO but how do you put these together into one equation? Thanks for any help!
Extractive Metallurgy of Copper
Industrial Single Furnace DirecttoCopper Smelting Chemistry Industrial Details Control CuinSlag: Comparison with Conventional Matte SmeltingiConverting CuinSlag Limitation of DirecttoCopper Smelting DirecttoCopper Impurities Summary Suggested Reading References 13 Mitsubishi Continuous SmeltingKonverting 155 155 157 162 166 170 170 171 171 173 173 175 176 176 181 181