A experimental research on separation of copper,lead and zinc from a kind of polymetallic ore was performed. The mineral processing flowsheet included copper-lead bulk flotation,separation of copper and lead from the bulk rough concentrates and beneficiating zinc from tailings,obtained mineral processing indexes are concentrate grades:Cu20.86%,Pb63.05% and Zn50.29% with recoveries Cu88.11%,Pb86.29% and Zn85.38% respectively.
Taking the advantages of ore mill for beneficiation, single superphosphate is produced at the size of 93%~95% less the 0.147 mm in slurry and the concentration of 72%~74%.
Its over one year 's application in production showed an increase of metal recovery of the shaft furnace from 83.00% to 83.50%, basically solving the challenge in the shaft furnace roasting for beneficiation.
The results show that the oredressing efficiency, the grade of concentrate and the recovery of the new spiral chute is 7. 1%, 2. 38%, 5. 47and 5. 47% respectively higher than those of the ordinary spiral chute.
The ore characters of Neimenggu magnetite are complicated, which contains 36.22%Fe and 1.197%S and have thin mosaic granularity, harmful element sulphur is difficult to get rid of, therefore the ore dressing process of magnetic dressing after flotation is determined.
The iso-toxic units of four mineral dressing reagents were calculated to be 50.00 for S808, 26.67 for sulfitating soap, 6.66 for Na_2CO_3 and 0.35 for Na_2SiO_3, respectively.
Wolfram tailing from mineral dressing contains components of SiO_2, Al_2O_3, CaO, K_2O, Na_2O, CaF_2 and WO_3. By addition wolfram tailing to batch of soda-lime silicate glass, the amount of undissolved silica grains and bubbles in the melt were decreased The viscosity and solftening point of soda-lime silicate glass may be lowered.
It has wide application in the field of mining and mineral processing where it can be used as a design and diagnostic tool for industrial size tumbling mills.
To implement data calculating, relative matrix is used to express the flotation flowsheet, special mineral processing models and optimizing mathematical models have been used.
Appropriate sample preparation and mineral processing methods were selected which utilised contrasts in texture, particle-size, hardness, specific gravity and magnetic susceptibility between gangue and target constituents to achieve beneficiation.
The experimental results in 2000 mm×80 mm×200 mm model apparatus show that the vibration fluidized bed can efficiently separate fine coal of size 6-0.5 mm, the beneficiation lower limit is 0.5 mm, the Ep value is 0.07.
Faujasite is more abundant in these zeolitic tuffs than at any other locality in the world that has yet been described, and the tuffs are considered to have excellent potential for beneficiation.
Immobilization of 90Sr and 137Cs in geoceramic matrices synthesized on the basis of phosphatized calcinate of simulated radioactive wastes and apatite ore dressing tailings is studied.
Quantitative examination of fine-grained ore dressing products depends on good quality of the sections and on whether very small particles and areas of grains can be determined.
A method is proposed for ICP and AAS analysis of geological samples and samples from ore dressing after fusion with lithium borates and dissolution with acids.
Immobilization of 90Sr and 137Cs in geoceramic matrices synthesized on the basis of phosphatized calcinate of simulated radioactive wastes and apatite ore dressing tailings is studied.