Like ordinary machines, flotation machines must meet the special needs of flotation processes in addition to good mechanical properties such as continuous, reliable, wear-resistant, energy-saving, and simple structure. Therefore, the following basic process requirements are required for the flotation machine:
(1) Good aeration effect. The flotation machine must ensure that a sufficient amount of air can be sucked (or pressed) into the slurry, and a large number of suitable bubbles are generated, and the bubbles are dispersed as much as possible in the entire tank. The finer the air is, the better the distribution of the bubbles is. The more opportunities for the particles to contact the bubbles, the better the process performance of the flotation machine and the higher the efficiency of flotation. The degree of aeration of the flotation machine is expressed by the amount of aeration, that is, the amount of air per square meter per minute (m3/m'-min) or the amount of air per cubic meter of pulp (resistant/m3 pulp)
(2) Stirring effect. The flotation machine should ensure good agitation of the pulp, so that the ore particles are not suspended and suspended, and can be evenly distributed in the tank, keeping the ore particles and bubbles in full contact and collision in the tank. At the same time, it promotes the dissolution and dispersion of certain poorly soluble agents to facilitate the full action of the agent and the ore particles.
(3) Circulating flow. The flotation machine has the function of adjusting the slurry surface, the slurry circulation amount and the aeration amount, and can increase the contact chance of the ore particles and the bubbles. It can keep the foam area stable and has a certain thickness, which can retain the mineral of interest and make the gangue of the inclusions fall off, resulting in "secondary enrichment."
(4) It can work continuously and is easy to adjust. During the flotation process, it is sometimes necessary to adjust the thickness of the entire foam layer and the slurry flow. In actual production applications, the discharge from the ore to the floating concentrate and tailings is a continuous process, which needs to be easily adjusted.
In modern flotation process, there are some new requirements, such as beneficiation plant automation. The flotation machine is required to work reliably, and the parts have long service life; it is easy to operate and control.
In short, no matter which kind of flotation machine has the following basic parts: 1) the tank body, which has the feed hole and the discharge hole, and the gate device for adjusting the liquid level; 2) the inflator; 3) the stirring device; 4) The mineralized foam device is discharged.
1. Simple exploration of mineral processing test - before the purchase of mineral rights, meet the investment analysis and reduce the initial value assessment of investment risk.
2. Feasibility test of ore - It is used for detailed geological analysis and analysis, to meet the evaluation certificate, and to determine the reasonable process and reasonable process indicators.
3, system process test - practically used before the construction of the plant, meet the design finalization, find the law to determine the best process indicators.
4, technical research and research - the use of mine disaster technology is unsolved, to meet the improvement of efficiency, product failure to recover low cost and high time.
5, process flow verification test - the actual use of ore properties comparison, to meet the choice of pharmaceutical plants, the mine has different ores to determine the adaptability.
6, process flow test - practically used to produce the factory, to meet the current factory investigation, the selection of factory physical examination analysis and plant selection.
1, determine the type of ore ---- need to do spectral analysis and rare element test.
2, identify the specific nature of the ore - to be done multi-element analysis, valuable and content of harmful elements.
3, to find out the relationship between minerals in the ore, content and composition - need to do rock and mineral identification, has a significant guiding significance for mineral processing.
4. Determine the specific existence form and distribution of elements in the ore. It is necessary to do phase analysis and have guiding significance for mineral processing.
5, concentrate, tailings test --- need to do valuable elements and harmful elements.
6, the original ore and concentrate water, the proportion of ore is determined - the actual measurement of mineral processing.
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