Mr Christopher Ward
2016 - present: PhD, Durham University.
2013 - 2016: Graduate Geologist and Real-Time Drilling Analyst, Ikon GeoPressure
2014: Formation Evaluation, MSc Module, Heriot Watt University
2012 - 2013: Geoscience Internship, Ikon GeoPressure
2009 - 2012: BSc Hons Geology, University of Durham
Assessing how fracking fluids interact with shales in the subsurface and analysing potential flow back water compositions
This project focusses on how the Bowland Shale of the United Kingdom will interact with slick-water fracking fluids in subsurface conditions. In particular it focusses on the adsorptive behaviour of the commonly used friction reducer polyacrylamide. Shales are characterised both qualitatively and quantitatively and then the adsorption behaviour is tested in large batch reactions both in room temperature conditions and conditions which replicate the subsurface. In addition, mineral content of flow back fluid is analysed from all of these experiments.
The project is funded and supported by the Environment Agency of the United Kingdom.
- Hoskin, E., O 'Connor, S., Robertson, S., Streit, J., Ward, C. Lee, J. & Flett, D. (2015). Influence of faulting on reservoir overpressure distribution in the Northern Carnarvon Basin. APPEA Journal
- Heller, Jakob., O 'Connor, Stephen., Emery, Andrew., Hoskin, Ed., Lee, Jack. & Ward, Chris. (2015). The effects of unconformities and subsequent loading on pore pressure profiles. Proceedings, Indonesian Petroleum Association
- O 'Connor, Stephen., Markham, Guy., Ward, Chris., Pindar, Bitrus., Umeron, Nancy., Adebeyo, Adedayo., Nwankwoagu, Kingsley., Asedegbega, Jerome., Scott-Ogunkoya, Olusola. & Lufadeju, Gbenga (2015). The influence of rock age, sedimentation rates and temperature on depo-centre pressure profiles, Onshore Niger Delta. GeoPressure 2015, Durham, England.