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— Recovery of copper and cobalt from smelter slag using reductive sulfurizing smelting method was performed in this study The effects of reductive agent coke sulfurizing agent pyrite slag
— The precipitation of Fe 3 O 4 particles and the accompanied formation of Fe 3 O 4 wrapped copper structure are the main obstacles to copper recovery from the molten slag during the pyrometallurgical smelting of copper concentrates Herein the commercial powdery pyrite or anthracite is replaced with pyrite anthracite pellets as the
— In order to recover iron from copper slag the technology of carbothermic reduction and magnetic separation was developed During the reduction roasting additive CaO reacted with Fe2SiO4 of
— The obtained copper cathode product was dissolved and the Cu 2 concentration in it was detected up to % and there are almost no impurity ions Therefore high purity cathode copper products can be obtained by electrochemical deposition enrichment and selective recovery of Cu in CuS slag with Cu recovery of over
— Copper smelting slag CSS is commonly generated during the smelting process of the copper concentrate it comprises a range of valuable metals especially the valuable copper Cu possessing the greatest recovery value Currently direct flotation is
— Recovery of valuable metal from copper electric furnace slag CEFS is of great interest for saving minerals and reducing pollution XRF XRD mineral liberation analysis MLA and batch tests were conducted to investigate the mineralogical and recovery of copper and iron from CEFS Based on the mineralogical characteristics a
— A dual chamber microbial fuel cell DMFC for the treatment of copper slag sulfuric acid leach liquor was constructed The electrogenesis performance of the DMFC and its ability to extract copper from the copper slag leachate were investigated The results demonstrated that the maximum voltage was 540 mV when the DMFC achieved steady
— In order to recover iron from copper slag the technology of carbothermic reduction and magnetic separation was developed During the reduction roasting additive CaO reacted with Fe2SiO4 of
— In this paper JO was proposed as a reductant to recover iron from copper slag CS and the effects of JO dosage reduction temperature and reduction time on the recovery of iron by deep reduction of CS were investigated Based on Coats Redfern method a thermogravimetric analyzer was used to explore the reactivity mass loss
— The treatment of large amounts of copper slag is an unavoidable issue resulting from the high demand for copper during the global transition to a sustainable development path Metal rich copper slag might serve as a potential source of metals through secondary recovery In this study two copper slags CS1 and CS2 with different
— During smelting copper slag is generated in the form of matte and a higher copper content in the slag will give a higher matte grade Even after dilution the copper content in slag can remain
— The precipitation of Fe 3 O 4 particles and the accompanied formation of Fe 3 O 4 wrapped copper structure are the main obstacles to copper recovery from the molten slag during the pyrometallurgical smelting of copper concentrates Herein the commercial powdery pyrite or anthracite is replaced with pyrite anthracite pellets as the
— Secondary copper blast furnace slag was treated with carbon to derive the conditions for maximum recovery of copper with minimum simultaneous reduction of iron oxide Experiments were carried out to study the effects of parameters such as temperature carbon addition and CaO addition to the slag on the efficient recovery of copper A two
— Copper slag is a by product obtained during smelting and refining of copper Copper smelting slag typically contains about 1 wt % copper and 40 wt % iron depending upon the initial ore quality and the furnace type Main components of copper slag are iron oxide and silica These exist in copper slag mainly in the form of fayalite 2FeO
DOI /s1003 6326 23 66277 6 Corpus ID 262155936; A novel slag cleaning method to recover copper from molten copper converter slag article{Wang2023ANS title={A novel slag cleaning method to recover copper from molten copper converter slag} author={Kun Wang and Yan Liu and Jun Hao and Zhi he Dou and Guozhi Lv and Ting an Zhang}
— The work was aimed at the investigation of the influence of the carbon reducer s surface on the rate of copper removal from the slag obtained from the flash direct to blister process at the Głogów smelter in Poland It was found that under our experimental conditions the copper recovery from the slag slightly increases as the slag/carbon
DOI / Corpus ID 259004901; A comprehensive review on the recovery of copper values from copper slag article{Kundu2023ACR title={A comprehensive review on the recovery of copper values from copper slag} author={Tonmoy Kundu and Suchismita Senapati and Surya Kanta Das and Shivakumar I Angadi and
— In order to achieve single recovery of Fe Cu and Si in copper slag and deep removal of impurities in products the activated reduction combining directional oxidation are adopted to improve the separation limit of target components which mineral constituent as well as chemical composition at different stages are investigated through
— Materials The sample was obtained from slag that was generated during the oxygen enrichment copper smelting process The chemical composition shown in Table 1 indicates that the Cu content was % and the Fe 3 O 4 content was % Due to the fact that the copper slag was produced by the oxygen enrichment process the copper
— The recovery of copper from smelter slag using flotation approach was studied Fan et al 2017 Three key factors affecting the flotation process such as grinding fineness collector dosage and pH were investigated The results obtained were a copper concentrate grade of % and a copper recovery of % at a grinding fineness of
— In Fig 3 it can be seen the rapid decreasing of copper content in the slag during the first 15 min of reduction while the iron concentration is maintained almost constant over same period of time suggesting that a selective reduction according to the thermodynamic stability of both compounds is possible Also this figure shows that
— The copper converter slag used in this study was supplied by a copper smelter located in Guangxi Province China The high contents of valuable metals in the slag including wt% Cu wt% Co and wt% Sn Table 1 indicate a recycling was warranted Others in Table 1 mainly included oxygen which combined with Fe Cu
— Global copper slag CS emissions reached million tons in 2021 Despite the increasing reuse of CS the treatment of CS is still dominated by landfill so far which not only occupies land
— In this work a novel carbon free smelting reduction process is proposed to recover valuable metals from molten copper slag in which secondary aluminum dross is used as the reductant via co modification with CaO and Na 2 O additions The influence of Na 2 O addition on the metal recovery and slag properties under different CaO/SiO 2
— The most suitable conditions for the reduction of copper slag comprised a temperature of 1450 °C an alkalinity of and a reducing agent ratio of This newly developed process was found to recover % of copper and iron from the slag along with % of lead and % of zinc
— Recovery of metal values from copper slag and reuse of residual secondary slag 2017 Waste Management Show abstract Resource and environmental factors have become major forces in mining and metallurgy sectors driving research for sustainability purposes The concept of zero waste processing has been gaining ground readily
— Copper slag from an operating plant was used in this study The copper slag was granular with particle size ranging from to mm The slag was thoroughly characterized using various methods X ray diffraction XRD of the slag sample was carried out with a Rigaku Ultima IV X ray Diffractometer using Cu K α radiation at 40 kV and 40 mA