Nanomaterials adsorption PTMS MAGNETIC SEPARATOR iron removal must first undergo adsorption performance test, such as mixing the nanomaterials and simulated polymetallic pulp containing iron ions in the laboratory, to test the adsorption of nanomaterials to iron ions in different contact times. This ratio is significantly higher than the other ions, indicating a better adsorption selectivity.
It can be seen from the experimental data that as the contact time increases, the adsorption amount increases rapidly, and gradually tends to equilibrium after 2-3 hours, reaching a certain saturated adsorption amount, which helps to understand the adsorption dynamics of nanomaterials. PTMS MAGNETIC SEPARATOR Adsorption selectivity is also a parameter to analyze, the pulp containing a variety of metal ions and nanomaterials, observe the nanomaterials adsorption of iron ions and other metal ions adsorption proportional relationship.
The analysis of regeneration and reuse ability is essential. If the nanomaterials after the regeneration treatment can remain at a high level, it means that the nanomaterials have the potential for practical application in this index.
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