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ｕｐｄａｔｅ date：2023-07-16 03:13:19Number of views： author：admin
Today, the editor will automatically write an article to share with everyone about the beneficiation methods of tin tailings (what are the commonly used technologies and processes)? I hope the relevant knowledge will be helpful to you and those around you. Don't forget to collect this website.
Tin tailings refer to the waste left after extracting tin ore from tin ore mountain. These wastes contain certain metal elements, such as iron, copper, lead, zinc, etc. Therefore, mineral processing of tin tailings can achieve resource reuse. The following will introduce the commonly used techniques and processes for tin tailings beneficiation.
Gravity separation technology refers to the separation of useful minerals from waste rocks in ores through principles such as gravity, buoyancy, and inertia. In tin tailings beneficiation, gravity separation technology is usually used for preliminary separation. Gravity separation technology includes heavy medium beneficiation, centrifugal beneficiation, vibration beneficiation, etc.
2. Flotation Technology</ P>& Lt; P> Flotation technology refers to the use of different affinity between minerals and bubbles to combine useful minerals with bubbles, thereby floating them on the water surface and achieving separation. In tin tailings beneficiation, flotation technology is usually used to select useful minerals. Flotation technology includes air flotation, solution flotation, reverse flotation, etc.
3. Magnetic Separation Technology</ P>& Lt; P> Magnetic separation technology refers to the use of minerals with different reactivity to magnetic fields to separate useful minerals from waste rocks. In tin tailings beneficiation, magnetic separation technology is usually used to select magnetic minerals. Magnetic separation technology includes weak magnetic separation, strong magnetic separation, etc.
The tin tailings beneficiation process usually includes the following steps:
1. Rough selection
Rough selection refers to the separation of large waste rocks and useful minerals from tin tailings. Usually, gravity separation techniques are used, such as heavy medium beneficiation or centrifugal beneficiation.
Grinding refers to the grinding of rough ore into fine powder for the next stage of beneficiation treatment. Grinding is usually done using equipment such as ball mills or grinders.
3. Successful selection
Middle selection refers to the intermediate separation of ground ore powder, separating intermediate products and tailings. The intermediate selection usually adopts gravity separation technology or flotation technology.
Selection refers to the fine separation of useful minerals from intermediate products to obtain high-quality mineral products. Selection usually uses flotation or magnetic separation technology.
5. Tailings treatment
Tailings treatment refers to the treatment of selected waste residue to meet environmental requirements. Tailings are usually treated by methods such as leaching, drying, and roasting.
The beneficiation method of tin tailings is to separate useful minerals from tin tailings and achieve resource reuse. Commonly used beneficiation techniques include gravity separation, flotation, magnetic separation, etc. The beneficiation process includes steps such as rough selection, grinding, intermediate selection, selection, and tailings treatment. Through scientific beneficiation methods and processes, the resource utilization of tin tailings can be achieved, reducing environmental pollution.
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