Aggregate crushing machine for sale - 1 views

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  #1 betsy stone on 07 Jul 14

   

  Ically moving coarse particles of activated carbon through the solution during adsorption, said carbon being confined to prevent free intermingling with the solution, simultaneously agitating the solution to bring it into contact with the carbon,Aggregate Production Line and separating the carbon from the solution while in its coarse state.In the recovery of gold or silver from the cyanide solution of an ore pulp in which said metals are removed from solution by adsorption on activated carbon, the improvement which comprises moving a mass of coarse activated carbonwhich is plus 48 mesh through a body of pulp in a vessel, flowing the pulp from another vessel into and through the first-mentioned vessel, passing the carbon from the firstmen tioned vessel to the last-mentioned vessel in countercurrent to the flow of pulp, confining the carbon in each vessel to prevent free intermingling with the pulp, agitating the pulp in the vessels, and removing metal-laden carbon from the pulp for recovery of the metal.
  
  In the recovery of gold or silver from the cyanide solution of an ore pulp in which at least one of said metals is removed from solution by adsorption on activated carbon,Aggregate Recycling Plant the improvement which comprises mechanically moving a mass of coarse carbon through a perforated member immersed in the pulp, said carbon consisting of particles sufficiently larger than the perforations in the member that the particles do not pass through, and agitating the pulp to bring it into contact with the carbon in the member during the adsorption period.
  
  In the recovery of gold or silver from the cyanide solution of an ore pulp in which at least one of said metals is removed from solution by adsorption on activated carbon, the improvement which comprises mechanically moving a mass of coarse carbon having particles from 48 mesh to 1 inch size through a perforated member immersed in the pulp, agitating the pulp in contact with the member and the carbon therein during the adsorption of the metal, passing the carbon from said perforated member to another perforated member in countercurrent to the flow of pulp from one member to another, and removing metal-laden carbon from the last perforated member.

   

  <div class="cArrow"> </div><div class="cContentInner">Ically moving coarse particles of activated carbon through the solution during adsorption, said carbon being confined to prevent free intermingling with the solution, simultaneously agitating the solution to bring it into contact with the carbon,<a href="http://www.crushing-plant.com/solutions/aggregate-production-line.html" rel="nofollow">Aggregate Production Line</a> and separating the carbon from the solution while in its coarse state.In the recovery of gold or silver from the cyanide solution of an ore pulp in which said metals are removed from solution by adsorption on activated carbon, the improvement which comprises moving a mass of coarse activated carbonwhich is plus 48 mesh through a body of pulp in a vessel, flowing the pulp from another vessel into and through the first-mentioned vessel, passing the carbon from the firstmen tioned vessel to the last-mentioned vessel in countercurrent to the flow of pulp, confining the carbon in each vessel to prevent free intermingling with the pulp, agitating the pulp in the vessels, and removing metal-laden carbon from the pulp for recovery of the metal. <br /> <br /> In the recovery of gold or silver from the cyanide solution of an ore pulp in which at least one of said metals is removed from solution by adsorption on activated carbon,<a href="http://www.crushing-plant.com/solutions/aggregate-recycling-plant.html" rel="nofollow">Aggregate Recycling Plant</a> the improvement which comprises mechanically moving a mass of coarse carbon through a perforated member immersed in the pulp, said carbon consisting of particles sufficiently larger than the perforations in the member that the particles do not pass through, and agitating the pulp to bring it into contact with the carbon in the member during the adsorption period. <br /> <br /> In the recovery of gold or silver from the cyanide solution of an ore pulp in which at least one of said metals is removed from solution by adsorption on activated carbon, the improvement which comprises mechanically moving a mass of coarse carbon having particles from 48 mesh to 1 inch size through a perforated member immersed in the pulp, agitating the pulp in contact with the member and the carbon therein during the adsorption of the metal, passing the carbon from said perforated member to another perforated member in countercurrent to the flow of pulp from one member to another, and removing metal-laden carbon from the last perforated member.</div>

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