PDF Copper smelting and converting past and present
·This study examines the fate of molybdenum in the processing of copper ore in a Chilean processing plant Molybdenum shares the path of Cu from grinding and flotation into the sulfide concentrate
·This study examines the fate of molybdenum in the processing of copper ore in a Chilean processing plant Molybdenum shares the path of Cu from grinding and flotation into the sulfide concentrate
·Based on these findings the fate of Mo in the processing plant can be summarized as follows Molybdenum shares the path of Cu from grinding and flotation into the sulfide concentrate During smelting and converting the sulfide concentrate is separated gravitationally from the slag The Mo oxidizes and separates from the sulfide phase into the
A mathematical model has been developed to describe the various processes occurring in a flash furnace shaft The model incorporates turbulent fluid dynamics chemical reaction kinetics and heat and mass transfer The key features include the use of thek ε turbulence model incorporating the effect of particles on the turbulence and the four flux model for radiative heat
· Brief Process Description Smelter Plant ISASMELT is an established novel pyro metallurgical bath smelting process for the extraction of copper from copper concentrates The process comprises of smelting the copper concentrate in a vertical cylindrical refractory brick lined flat roofed furnace vessel
·and pilot plant scale Depending on your objective the flotation concentrate can then be further processed by high temperature techniques pyrometallurgy or chemical techniques hydrometallurgy to produce lithium carbonate or other desirable lithium compounds FLOTATION Flotation is used to generate a high grade spodumene concentrate 75 85%
MODELLING COPPER SMELTING THE FLASH SMELTING PLANT PROCESS AND EQUIPMENT Pekka Taskinen1 Ari Jokilaakso1 Daniel Lindberg1 models were used when developing the flash smelting concentrate burners for introducing the single burner concept in the 70s and 80s see Fig 2 They were also commonly used for industrial
·In copper smelting obtaining uniform blend compositions from diverse copper concentrates is vital for stable and economical operation keeping in mind the decreasing quality of raw material with time The concentrates differ in chemical compositions and contain around 24 critical elements making it challenging to achieve these within range consistently To address
·concentrate recycle Off gases from the various furnaces are handled slightly differently Mortimer makes use of dry electrostatic precipitators while Polokwane has a high temperature baghouse The gas from the Waterval primary furnaces is treated with ceramic filters a wet cleaning system and thereafter in a low strength acid plant tower
·copper Cu from copper concentrate CuFeS 2 Smelting is carried out in a structure called a smelting furnace For small scale refining the smelting process to recover additional copper Slag Blister copper is only 90% pure copper This a steam power plant where it s used to heat a boiler that produces steam to drive a turbine and
·The copper ISASMELT process has evolved over more than a quarter of a century and is considered mainstream with single furnaces producing more than 340 000 tpa of copper in matte Over the last 30 years the ISASMELT technology has been developed into a process suited to various roles in the non ferrous smelting industry including primary and
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