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— produced t copper smelting slag − [5 6] Although the composition of copper smelting slag produced by different smelting methods the varies principal phases are essentially fayalite Fe 2SiO 4 and magnetite Fe 3O 4 [7 8] Copper slag contains valuable metals such as %−% Cu %−% Pb and %−% Zn which have
— To recover copper from copper slag a novel slag cleaning method was proposed The thermodynamics and binary phase diagram of FeO SiO 2 were calculated first Then the effects of experimental parameters on the reduction of Fe 3 O 4 recovery of copper and slag cleaning mechanism were results showed that the
— This method looks promising as low processing temperatures are involved compared to reductive smelting which requires a temperature of more than 1500 °C [7 8] Since Luanshya copper smelting slag has significant amount of chromium it is necessary to study the effect of chromium on low reduction—acidic leaching Processing of
— One of the greatest environmental challenges in metal extraction is the generation of a large amount of slag Most of these slags contain insufficient amounts of valuable metals for economical revalorization but these concentrations may be harmful for the environment At present more than 80% of the global copper products are obtained
— With the shortage of high quality raw materials and increasingly strict environmental regulations the recovery of metals from copper slag and pyrolusite has become a research hotspot A novel method for simultaneously extracting Mn and Fe from pyrolusite and copper slag has been proposed Under the optimal conditions Copper
— The utilization of slag from metallurgical processes supports resource conservation which highlights the importance of understanding its properties Characterization and analysis techniques are key to link chemical composition and phases to properties and process parameters In this study the feasibility of transmission electron
— Due to the commonness of copper processing the resulting by product generates waste in large amounts which despite various management methods still constitutes a developmental material from
— The two stage method for recovering metals from copper slag is highly efficient and provides valuable insights into resource utilization of metals and Si in silicon containing solid wastes Graphical abstract Download A novel process to upgrade the copper slag by direct reduction magnetic separation with the addition of Na2CO3 and
— A technological scheme for copper slag processing is proposed It comprises 5 stages namely i air oxidation of the copper slag at a temperature above 800 °C for 2 h; ii hydrothermal treatment of the oxidized slag with sodium hydroxide solution 140 g/l at 190 °C for 3 h; iii separation of the solid from the liquid phase by hot filtration;
— Copper slag is generated when copper and nickel ores are recovered from their parent ores using a pyrometallurgical process and these ores usually contain other elements which include iron cobalt silica and alumina Slag is a major problem in the metallurgical industries as it is dumped into heaps which have accumulated into millions
— During copper matte smelting a lag exists in the analysis of the smelting results leading to the production parameters not being effectively adjusted in time As the first smelting process in copper pyrometallurgy the optimization of the amount of raw material as well as the prediction and adjustment of slag and matte phases has become
— Wang [17] experimentally studied the influence of the cooling method and slow cooling on the copper grade and recovery in slag beneficiation optimized the structure of the slag ladle and
— Approximately t of copper slag CS containing 35% 45% iron is generated for every ton of copper produced during the pyrometallurgical process from copper concentrate Therefore the recovery of iron from CS utilizes a valuable metal and alleviates the environmental stress caused by stockpile In this paper a new method has
— Introduction A large amount of copper smelting slag CSS is produced from the process of copper smelting according to the calculation that at least tons of copper smelting slag are discharged for every 1 ton of refined copper produced million tons of CSS was discharged in China in 2021 [1] and the global copper slag production
— Copper slag a waste solid produced in the copper smelting process is a high quality secondary resource with huge output The recycling and utilization of copper slag is of great interest because
— Deposited copper slag originated from a region Mansfeld Saxony Anhalt Germany was characterized from mineralogical chemical and structural point of view for purpose of its sustained processing and removal Subsequently hydrometallurgical processing of copper slag was investigated because of extraction of metals as Zn Cu Ni
— Substantial quantities of openly dumped slag contribute to the absence of recovery and utilization of valuable metals as well as potential environmental pollution to water and soil Owing to the excessively high arsenic content present in iron extracted from copper smelting slag we propose a new arsenic removal process in this paper The
— Due to the commonness of copper processing the resulting by product generates waste in large amounts which despite various management methods still constitutes a developmental material from
— A study published in Transactions of Nonferrous Metals Society of China detailing a novel method for the recovery of copper lead and zinc from copper smelting slag using a sulfurization reduction innovation represents a significant stride in metallurgical waste management with potential impacts on both industry practices and
— Due to the commonness of copper processing the resulting by product generates waste in large amounts which despite various management methods still constitutes a developmental material from
— The valuable metals copper and zinc were successfully recovered from a water quenched lead smelting slag containing zinc in Gansu Province This study focuses on the application of the direct reduction roasting flotation process for extracting these metals from the slag phase To comprehend the recovery principle of copper and zinc minerals in
— Coppermaking from sulfide concentrates entails two major steps smelting and converting In continuous direct to copper smelting process these two steps are combined into one The principal advantages of this process are isolation of SO2 emission to a single continuous SO2 rich gas stream minimization of energy consumption and
The predigestion life cycle assessment LCA method has been applied to investigate the environmental impact of the recycle copper process from copper slag Related environmental load data of each process stage have been obtained Copper slag recycle copper process includes crushing milling flotation dehydration Environmental impact
— A new approach for copper processing is a method that does not use flux The toxicity characteristic leaching procedure TCPL test was performed on treated copper slag residue crushed to size < mm obtained after 2 M H 2 SO 4 leaching of copper slag EPA 2017 The TCLP test was carried out with buffered acetic acid under the
— Additionally demonstrated the potential of copper slag as a source of valuable metals including iron copper and zinc and proposed a method for separating and recycling these metals from dumped copper slag using microwave irradiation Liao et al 2016 These studies collectively underscore the potential of copper slag as a secondary
— The utilization of slag from metallurgical processes supports resource conservation which highlights the importance of understanding its properties Characterization and analysis techniques are key to link chemical composition and phases to properties and process parameters In this study the feasibility of transmission electron
— In this study a hydrometallurgical method for the recovery of copper cobalt and zinc from copper slag flotation tailings SFT was investigated
PDF On Nov 26 2023 Lanbin Wang and others published Two stage method recovery of metals from copper slag Realize the resource utilization of all components Find read and cite all the