Cuttings transport, incorporating the effects of drillstring rotation
industrial collaborators: Schlumberger
academic collaborators: ESGI59
initiated : 2007/12/19
last updated: 2010/05/25

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When an oil well is being drilled, rock cuttings are transported up to the surface by a flow of viscous non- Newtonian fluid. Current mathematical models of the flow and transport neglect the effects of drillstring rotation. Schlumberger wish to have a model that includes these effects. The Study Group identified many of the ingredients that need to go into building such a model.

Problem presented by
Paul Bolchover, Schlumberger

Study Group contributors
David Allwright (Industrial Mathematics KTN)
Clare Bailey (Loughborough University)
Chris Cawthorn (DAMTP)
Andrew Cliffe (University of Nottingham)
Erhan Coskun (Trabzon)
Stephen Hibberd (University of Nottingham)
Gareth Jones (OCIAM)
John King (University of Nottingham)
Andrew Lacey (Heriot-Watt)
Rafael Morones (Mexico)
John Ockendon (OCIAM)
Giles Richardson (University of Nottingham)
Hannah Woollard (University of Nottingham)


related resources:
» Cuttings transport, incorporating the effects of drillstring rotation
  Study group report 2007: cuttings transport (Schlumberger)
 
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