26-29 September 2017
Radisson Blu Hotel, Kuwait

Prof Peter King

Professor of Petroleum Engineering
Imperal College London
After completing a PhD in theoretical statistical physics from Cambridge University in 1982, Professor Peter King spent 17 years with BP at their technology centre in Sunbury-on-Thames where he worked on a wide variety of subjects applying methods of mathematical physics to reservoir characterisation and modelling. In particular, he developed a real space renormalisation approach to both single and two phase upscaling. In collaboration with the members of the Department of Physics at Boston University, he has used percolation theory to estimate connectivity of sands as well as uncertainties in production from low to intermediate net-to-gross systems. Prof. Peter had also developed network models of pore scale flow and viscous fingering, object based methods for characterising reservoir heterogeneities. Again in conjunction with Boston University, he worked on segregation in avalanches in granular materials as an explanation for the formation of crossbeds in Aeolian systems. Recently, Prof. Peter has worked on applying stochastic search algorithms (simulated annealing and genetic algorithms) to optimising business decisions with particular interest to decision making in the presence of uncertainty. He joined the TH Huxley School at Imperial College in 2000. Prof. Peter is a Fellow of both the Institute of Physics (Chairman of the Theoretical Condensed Matter Physics sub-group from 1999) and the Institute of Mathematics and its Applications, having served on its Governing Council from 1991 to 1994. He is a Royal Academy of Engineering Visiting Professor in the Department of Engineering at Cambridge University and a Visiting Scholar in the Department of Physics at Boston University. He is a member of the Physics College of the EPSRC and has sat on a number of its advisory committees. He is a deputy editor of Petroleum Geoscience.

9:30 AM Evaluating approaches to successfully managing sand in treating produced water

  • Best practices in sand handling to meet disposal requirements and effective sand production monitoring techniques and tools
  • Management of desandling hydrocyclone and techniques for easy transportation of sand
  • Sand handling in wellhead, liquid phase and in-separators for easy lifting

10:00 AM Latest optimisation approaches for optimising production and efficiently maximising recovery from heavy oil and maturing reservoirs and the way forward for multilateral well optimisation

With the quest to fully recover the last drop of oil from existing wells and reserves, organisations are looking into ways to optimise on ESP’s and are setting strategies to exploit heavy and mature reservoirs before spending millions to explore new wells. This has given rise to an increasing focus on optimising and strategising in a way to use the latest solutions and practices to get the last drop. Multilateral well optimisation and digitisation is the future for recovery and for optimising resources. The workshop will allow attendees to:

  • Analysing the role of intelligent technologies to enhance production
  • Address production challenges in maturing reservoir and best practices in recovery
  • Selecting the right production process which suits the geology and demography and efficiently enhances production

Check out the incredible speaker line-up to see who will be joining Peter.

Download The Latest Agenda