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mining equipment ore crusher

milling and flotation of slow cooled copper slag

milling and flotation of slow cooled copper slag Another aspect that can affect both the milling and flotation of CS is the cooling behavior of the slag Several researchers have reported that slow cooling of the slag can lead to an improvement in copper recovery because of the segregation of some valuable elements such as copper silver and I NGENIER IA E I NVESTIGACIONV OL 41 N O 1

Recovery of Copper from Slow Cooled Ausmelt

The recovery of copper by floatation from slow cooled Ausmelt furnace slag was studied in this paper. The phases and composition of the slow cooled slag were analyzed. The factors which affected the copper recovery efficiency such as grinding fineness, pH value of flotation medium, different collectors and floating process were investigated.

Recovery of Copper from Slow Cooled Ausmelt

The recovery of copper by floatation from slow cooled Ausmelt furnace slag was studied in this paper. The phases and composition of the slow cooled slag were analyzed. The factors which affected the copper recovery efficiency such as grinding fineness, pH value of flotation medium, different collectors and floating process were investigated.

Impacts Of Slag Mill And Flotation riedel-zeller.de

impacts of slag mill and flotation auto-spec.co.za. milling and flotation of slow cooled copper slag. impacts of slag mill and flotation sand washing machine. copper slag milling and flotation process imsrcoin froth flotation slow cooled copper slag sayorain impacts .

Recovery of copper from reverberatory furnace slag

2004-3-1 The optimum condition for flotation of the reverberatory furnace slag at Sarcheshmeh Copper Complex is as follows : pH=11.5; R407=30 g/t; solid in pulp=30%; flotation time=12.5 min; MIBC=35 g/t. Slow cooling of the molten slag (in the range of 1300–900 °C) increases the copper recovery considerably (about 85%), and can also reduce the comminution time to less than 30 min.

Copper in solidified copper smelter slags

2018-9-8 sulphidising conditions and froth flotation of slowly s olidified and cooled slag. Mineralogy, morphology and chemical composition of copper bearing phases in solidified slag, interesting characteristics from a flotation point of view, result in the chemical, thermal and mech anical processes taking place during smelting and solidification processes.

Ferric leaching of copper slag flotation tailings

Copper can be recovered from the slags by froth flotation after cooling, crushing, and grinding. The obtained Cu-concentrate is sent to the pyrometallurgical process. If grinding is not fine enough for efficient flotation, copper is lost in tailings. In this paper, the ferric leaching of slag flotation

THE EFFECT OF COOLING RATE OF SLAG FROM PRIMARY

2015-4-5 slow cooling of slag in pots. This method is characterized with high technological exploitation of copper during flotation and separating a phase rich in copper which is formed at the bottom of the pot . The content of copper in the flotation tailings directly depends on fragmentation rate (Figure 1).

Mechanism of Mineral Phase Reconstruction for

2016-8-2 These processes primarily include leaching to recover the copper,4,5 smelting reduction or direct reduction and wet magnetic separation to recover the iron,6,7 and froth flotation to recover the nonferrous metals.8,9 In particular, froth flotation has been very successful at recovering copper from slowly cooled copper slag in industrial applications.10 However, it is relatively difficult to recover iron using traditional separation processes,11 because iron

Physical Chemistry of Metallurgical Processes

Slag Lead bullion (>95% Pb) Air Slag (As, Sb, Sn, Se, Te) Sulfur Copper sulfide Zinc Crust (Ag, Au, Pd, Pt, Zn, Cu, Ni, Pb) Chlorine ZnCl2 Lead (99.5% Pb) Comminution Bulk froth flotation Differential flotation Blast roasting-sintering 800°C Drossing, 350°C Cu removal, 500–550°C Desilverizing, 450°C Dezincing, 390°C Blast furnace

Recovery of metal values from copper slag and reuse

2017-12-1 Recovery of copper from copper slag by physical beneficiation using froth flotation was studied by Sarrafi et al. (2004). They used mercaptobenzothiazole (MBT) collector to recover the copper from the ground copper slag and indicated that a slow-cooled slag would be more favorable for better copper recovery.

Copper in solidified copper smelter slags

2018-9-8 sulphidising conditions and froth flotation of slowly s olidified and cooled slag. Mineralogy, morphology and chemical composition of copper bearing phases in solidified slag, interesting characteristics from a flotation point of view, result in the chemical, thermal and mech anical processes taking place during smelting and solidification

Ferric leaching of copper slag flotation tailings

Copper can be recovered from the slags by froth flotation after cooling, crushing, and grinding. The obtained Cu-concentrate is sent to the pyrometallurgical process. If grinding is not fine enough for efficient flotation, copper is lost in tailings. In this paper, the ferric leaching of slag flotation

Industrial Tests to Modify Molten Copper Slag for

2017-11-27 In the past few decades, many processes for the extraction of copper from copper slag have been proposed, including flotation,7, 8 leaching9, 10 and bioleaching.11 In particular, the flotation process can efficiently recover copper from the slow-cooled copper slag. This process has been used in industry, making a noticeable impact on copper

Recovery of Copper from Slow Cooled Ausmelt

Ausmelt furnace slag contains about 0.9% Cu (mass %). With increasing the amount of Ausmelt furnace slag, the recovery of copper from it will produce an enormous economic yield. The recovery of copper by floatation from slow cooled Ausmelt furnace slag was studied in this paper. The phases and composition of the slow cooled slag were analyzed.

Impacts Of Slag Mill And Flotation riedel-zeller.de

2019-4-20 · impacts of slag mill and flotation africarhireza. Improving Beneficiation of Copper and Iron from Copper Slag by Apr 14, 2016 recovery of iron from copper flotation slag, more prior works focused mostly on the ball mill (model: XMQ240ˆ90, Wuhan Rock Crush & Grand Equipment In order to demonstrate the effect of modification process

Slag flotation sections okdgroup.in

Slag flotation sections Products. As a leading global manufacturer of crushing, grinding and mining equipments, we offer advanced, reasonable solutions for any size-reduction requirements including, Slag flotation sections, quarry, aggregate, and different kinds of minerals.

The effect of primary copper slag cooling rate on the

Technological procedure of slow cooling slag from primary copper production is applied in the purpose of copper recovery in the level of 98.5% to blister. This technological procedure is divided into two phases, first slow cooling of slag on the air for 24 hours, and then accelerated cooling with water for 48 hours. Within the research following methods were used: calculation of nonstationary

THE EFFECT OF COOLING RATE OF SLAG FROM

2015-4-5 The content of copper in the flotation tailings directly depends on fragmentation rate (Figure 1). Expected content of copper in the flotation tailings, in the case of cooling in pits, is 0.5-0.9%, and in the case of cooling in pots, from 0.22 to 0.35% Cu. Fig. 1. The effect of fragmentation rate on the slag flotation

Upgrading copper slag cleaning tailings for re-use

2019-3-15 Tailings from an industrial copper slag cleaning milling and flotation circuit have been pre-reduced at low temperatures, well below its melting point, using CH 4-H 2-Ar mixtures with the aim of metallizing its iron oxide component to metallic iron.The treatment carried out at 700–900 °C, with a duration of up to 90 min, indicated a complete transformation of magnetite within the first 30

Copper in solidified copper smelter slags

2018-9-8 sulphidising conditions and froth flotation of slowly s olidified and cooled slag. Mineralogy, morphology and chemical composition of copper bearing phases in solidified slag, interesting characteristics from a flotation point of view, result in the chemical, thermal and mech anical processes taking place during smelting and solidification

Recovery of Copper from Slow Cooled Ausmelt

Ausmelt furnace slag contains about 0.9% Cu (mass %). With increasing the amount of Ausmelt furnace slag, the recovery of copper from it will produce an enormous economic yield. The recovery of copper by floatation from slow cooled Ausmelt furnace slag was studied in this paper. The phases and composition of the slow cooled slag were analyzed.

Copper Slag Flotation Process najlepsze-przepisy.pl

Copper Slag Flotation. Copper Slag Milling And Flotation Process Enhancing the flotation recovery of copper minerals in 01012020183 The following was used during the milling test work on the slag samples a laboratory scale ball mill 400 mm by 300 mm a Laarmann laboratory slurry press size 13 for slurry filtration a 1 0 L measuring cylinder for measuring and adding water a drying oven to dry

Proceedings of the 5th Slag Valorisation Symposium

2017-6-9 during froth flotation and therefore will go into the tailing. A super slowly cooling could be the solution to treat smelting copper slag in order to recover copper and silver into the produce matte and generate a remaining slag with large crystal size of magnetite

Laboratory Test Works and Plant Trials for Milling and

2012-3-17 Laboratory Test Works and Plant Trials for Milling and Flotation of Slow Cooled Copper Slag. Pengfii Tan. Search for more papers by this author. Alberto Oalvez. Search for more papers by this author. Lucya Yunus. Search for more papers by this author. Xstrata Copper.

Effects of fluxing conditions on copper smelting slag

2016-12-5 Slag cleaning processing can be divided into two types. The first is pyrometallurgical reduction and settling, performed in an electric or fuel-fired slag-cleaning furnace. The second is minerals processing of slow-cooled slag, including crushing, grinding, and froth flotation, to recover Cu from the slag.

Impacts Of Slag Mill And Flotation riedel-zeller.de

2019-4-20 · impacts of slag mill and flotation africarhireza. Improving Beneficiation of Copper and Iron from Copper Slag by Apr 14, 2016 recovery of iron from copper flotation slag, more prior works focused mostly on the ball mill (model: XMQ240ˆ90, Wuhan Rock Crush & Grand Equipment In order to demonstrate the effect of modification process

The effect of primary copper slag cooling rate on the

Technological procedure of slow cooling slag from primary copper production is applied in the purpose of copper recovery in the level of 98.5% to blister. This technological procedure is divided into two phases, first slow cooling of slag on the air for 24 hours, and then accelerated cooling with water for 48 hours. Within the research following methods were used: calculation of nonstationary

Slag flotation sections okdgroup.in

Slag flotation sections Products. As a leading global manufacturer of crushing, grinding and mining equipments, we offer advanced, reasonable solutions for any size-reduction requirements including, Slag flotation sections, quarry, aggregate, and different kinds of minerals.

Physical Chemistry of Metallurgical Processes

Slag Lead bullion (>95% Pb) Air Slag (As, Sb, Sn, Se, Te) Sulfur Copper sulfide Zinc Crust (Ag, Au, Pd, Pt, Zn, Cu, Ni, Pb) Chlorine ZnCl2 Lead (99.5% Pb) Comminution Bulk froth flotation Differential flotation Blast roasting-sintering 800°C Drossing, 350°C Cu removal, 500–550°C Desilverizing, 450°C Dezincing, 390°C Blast furnace

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