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Laboratory Services: Thickening Tests 

Key Benefits

  • Determination of Required Thickener Sizing for a Given Slurry
  • Prediction of Potential Thickener Performance
  • Recommendations for Thickener Operation Parameters

Capabilities

Static and dynamic thickening test data can be collected to determine thickener sizing and operating parameters.  The type of testing to be conducted will be determined by both the type of thickener desired (conventional, high-rate, high-density, etc.) and by the amount of sample available for testing.

Static Thickening Testing


Static thickening tests will be conducted on each distinct sample.  The effect of feed solids concentration, flocculant dosage, underflow density and other controllable physical parameters (within flowsheet constraints) will be examined.

Compression zone data, important in high rate thickener sizing, is also gleaned from static tests.

Static thickening tests examine flocculation requirement, hydraulic

loading rate, unit area requirements, feed solids concentration sensitivity, and to predict underflow solids concentration for conventional thickeners.
 

Dynamic Thickening Testing

Continuous tests will be conducted on each distinct sample in a bench-scale dynamic thickener.  Again, feed solids concentration, flocculant dosage, system hydraulics and so forth will be examined to define parameters important for sizing and operating a high rate thickener.
 
Continuous high rate thickening tests to examine feed rate (hydraulic
stress) versus flocculant dosage and feed solids sensitivity at known pH.
 

Static extension tests to predict underflow solids concentration with time in the dynamic test unit at higher rake speeds, as compared to results produced from standard conventional thickening test methods with a lower rake speed.
 


High Density Thickening Testing

For deep-bed, and/or paste thickening test work, feed is pumped continuously into deep bed columns and underflow density measurements are taken over an extended period of time to determine the effect of bed depth on underflow compaction.
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POCOCK INDUSTRIAL
6188 South 300 West - SLC, UT 84107 USA
Voice: 801-265-9000 - Fax: 801-265-9852

www.pocockindustrial.com - mail@pocockindustrial.com