When copper-bearing minerals are to be separated from galena, the first step generally consists of the “bulk flotation” of both classes of mineral in one copper-lead concentrate by the use of reagents very similar to those employed in the lead flotation section of a lead-zinc plant. Any zinc and iron sulphides are depressed with sodium cyanide and/or zinc sulphate and floated in subsequent
Many of the porphyry copper deposits contain molybdenite and some also contain lead and zinc minerals. Even though these minerals occur in relatively small amounts they can often be economically recovered as by-products for the expense of mining, crushing, and grinding is absorbed in recovery of the copper. A Copper Flotation Flowsheet. Because the copper in this type of ore usually assays
In general, froth flotation is not used to concentrate copper oxide ores, bismuth, lead or tungsten. Because a large portion of copper sulfide ore bodies contain silver or gold in appreciable amounts, a credit can be paid to the miner for these metals if their concentration within the concentrate is above a certain amount. Usually the refiner or smelter charges the miner a fee based on the
1. Introduction. In the flotation of complex sulfide ores, the two methods most widely used for the separation of economic amounts of copper and lead are presents as the following: (1) bulk copper/lead flotation followed by copper/lead separation; (2) sequential copper/lead flotation .The sequential separation has some disadvantages, for example, large reagent dosage, complex flowsheet, etc.
The wet bulk industrial flotation copper–lead concentrate was collected from the first technological line of the Copper Ore Flotation Plant in Lubin which processes bituminous shale-rich part of the ore. The industrial flotation of the copper ore is carried out in the presence of a mixture of sulfhydryl collectors (sodium ethyl xanthate, sodium isobutyl xanthate, and diethyldithiophosphate
Copper Lead Concentrate Separation. The ways to obtain successful Separation of Copper and Lead into individual Concentrates, several process approaches can be examined; bulk copper-lead flotation with a reverse flotation stage depressing copper, the same bulk flotation with a reverse flotation to depress lead and a sequential copper-lead-zinc flotation circuit as well as a simple cleaning of
Cadia Hill Gold Mine and the other for the Hellyer copper, zinc and lead plant. These case studies present different problems with widely different target grind sizes, liberation characteristics, Hellyer’s sequential flotation circuit versus Cadia’s “simple” copper/gold flotation circuit. They have a common theme in that pyrite forms the principal floatable concentrate diluent. Hellyer
Which flotation scheme used in the differential copper-lead bulk concentrate separation is generally and often dependent upon which mineral has the greater mass in the bulk concentrate. Whichever mineral constitutes the lower bulk concentrate mass will be floated away from the other mineral which is depressed for flotation selectivity reasons. Other factors related to the specific copper and
The ore is the oxide ore of Copper lead and zinc, The ore has high Oxidation rate of Pb,nearly 50%. which contains 3.56% of Pb,3.86% of Zn,0.209% of Cu. The flotation flowsheet consisting of the scene is “Part of the mixed flotation—inhibitor Zn and Pb-Cu mix flotation—Zn flotation—Cu-Pb separation”. But the Cu-Pb separation was not effective.
A copper-lead-zinc ore dressing plant in Sweden with the daily output of 1000t, copper content of 0.58%, lead content of 2.85% and zinc content 4.90%; Xinhai adopted copper-lead mixed flotation. Final copper concentrate contains copper 20.25% and lead 6.75%, and the lead concentrate contains lead 58.73% and copper 3.40%.
It is reported that more than 90% of non-ferrous metal ores (copper, lead, zinc, etc.) adopt flotation process, especially for those with fine stone and complex symbiosis. Flotation process can achieve ideal separation effect, and separately recover low-grade ore then enrich multiple high-grade concentrates. Different ore properties means different flotation process. According to the
The circuit designed for the flotation of copper is depicted in Fig. 1,together with the reagent regime shown inTable n. Aconsiderable amount ofearly work had shown that the sequential selective flotation of chalcopyrite andgalena would bepreferable tothebulk flotation ofcopper andleadbecause thelatter produced alow-grade lead concentrate
Copper-Lead-Zinc or, Which flotation scheme used in the differential copper-lead bulk concentrate separation is generally and often dependent upon which mineral has the greater mass in the bulk concentrate Whichever mineral constitutes the lower bulk concentrate mass will be floated away from the other mineral which is depressed for .
Sequential Copper–Lead–Zinc Flotation. In these tests, a zinc flotation was also performed to measure the metallurgical performance of that metal. The flowsheet schematic and summary of test results. As shown in the summary tables, copper was, on average, 63% recovered into the copper concentrate grading 24% copper. The recovery and grade
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Flotation separation of chalcopyrite from galena by sodium humate and ammonium persulfate Rui-zeng LIU 1, Wen-qing QIN 1, it can be seen that the combination of HA and APS is an efficient non-toxic reagent to achieve cleaning separation copper/lead bulk concentrate by flotation. The combination of HA and APS is an efficient non-toxic reagent to achieve cleaning for copper/lead bulk