Chinese core journals in science and technology
Chemical Abstracts Service (CAS) database
EBSCO Academic Database in the United States
Japan Science and Technology Agency Database (JST)
The molybdenum oxidation rate of a large-scale tungsten-molybdenum mine reaches 42.45 %.The intimate association of molybdenum,tungsten,iron,and fluorite minerals,with fine particle size,and high content of calcium-magnesium silicates,carbonates,and clay minerals,distributed extremely uneven,poses challenges in ore-dressing.To address this complexity in processing polymetallic ores,an industrializable and relatively simple crushing and grinding-magnetic separation-desliming-flotation process was adopted.This process yielded molybdenum sulfide concentrate (containing 45.76 % molybdenum),molybdenum oxide-tungsten oxide concentrate (containing 15.88 % molybdenum and 22.65 % tungsten),and iron concentrate (containing 63.11 % iron).The recovery rates of molybdenum,tungsten,and iron were 67.75 %,51.84 %,and 36.44 % respectively,achieving effective resource recovery.Pre-desliming before flotation facilitates smooth flotation operations,reduces reagent consumption,and stabilizes the recovery of valuable minerals.