Recovery Copper from a Complex Copper Sulfide Ore of Yunnan by Using Flotation

Yi Jie Wang; Shu Ming Wen; Dan Liu; Chuan Fa Cui; Bin Zhang

doi:10.4028/www.scientific.net/AMM.737.839

Paper Titles

Dissolution Phenomenon of Laumontite in the Carboniferous Volcanic Oil and Gas Reservoirs of Santanghu Basin in Xinjiang
p.823

Division Features of Coal-Bearing Tectonic Units in North China
p.827

Indicator Elements Combination’s Characteristic and Genesis of Four Types of Uranium Mineralization in China
p.831

Productivity Prediction Method of Shale Reservoir Based on Logging Data - A Block of Songliao Basin as an Example
p.835

Recovery Copper from a Complex Copper Sulfide Ore of Yunnan by Using Flotation
p.839

Research on the Assessment on the Risk System Regarding Offshore Oil and Gas Field Development Projects Based on the Grey System Theory
p.843

Research on Upper Limit Increased of Mining in Coal Mining Face
p.846

Simulating Experiment of Casing Cementing with Pre-Expansion
p.851

Synthetic Informational Prospecting Model of Gold Placer in the Northwest of Heilongjiang Province
p.855

HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vol. 737Recovery Copper from a Complex Copper Sulfide Ore...

Recovery Copper from a Complex Copper Sulfide Ore of Yunnan by Using Flotation

Abstract:

Copper ore is the main mineral for the large deposits. Copper minerals are mostly consisting of chalcopyrite, secondly consisting of bornite, there are traces of processing copper blue and malachite, the mineral is disseminated by coarse granularity. This mineral is easy to processing. Production process was using by the process of grinding-flotation. After grinding fineness, lime dosage, sodium sulfide dosage, collector and frother dosage, were determined by the open test. Closed circuit experiment was conducted by those optimal conditions identified in the above test, the recovery of copper concentrate is 88.38% and the grade of copper concentrate is 14.37%.