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API Mixing Energy Proposal

API Mixing Energy Proposal. June 24-28, 2013 Presented by Jim Davison, Ametek -Chandler with Terry Dammel & Joe Day, Schlumberger. Project Goals. Assign a Mixing Energy to each Cement Slurry Step 1 - Laboratory testing with a Waring Blender Time to reach a vortex at 4000 rpm

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API Mixing Energy Proposal

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  1. API Mixing Energy Proposal June 24-28, 2013 Presented by Jim Davison, Ametek-Chandler with Terry Dammel & Joe Day, Schlumberger

  2. Project Goals Assign a Mixing Energy to each Cement Slurry Step 1 - Laboratory testing with a Waring Blender Time to reach a vortex at 4000 rpm Calculate a Mixing Energy value Step 2 – Field Mixing Equipment Determine the Mixing Energy of your Field Equipment Calculate the time needed to Mix the Cement Slurry

  3. Parameters Standard API Waring Blender Exception to Standard API Mix Alter 15 seconds at 4000 rpm Time mix at 4000 rpm until a stable vortex is reached. Once a vortex is reached mix at 12,000 rpm for 35 seconds. Calculate Mixing Energy The energy needed to hydrate a slurry

  4. Mixing Energy Calculations for the Waring Blender

  5. API Specification 10A

  6. Mixing Energy Values

  7. Mixing Energy Values

  8. Questions Why does this brand of Class H cement require a high mixing energy? Why the difference between two buckets of the same lot? Will it be able to be mixed in the field? Will it be able to be pumped on the fly?

  9. Questions for API How do we know if a cement slurry can be mixed? Can this procedure be adapted as a part of API testing? Should 15 seconds at 4000 rpm be applied once a vortex is achieved?

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