RSVP to either email@example.com OR Richard.Gray@chevron.com (to one only please).
Unless we have exceeded the allowable number of people for the auditorium, we will not be replying to your email.
LunchBox Geophysics is free! Simply bring your own lunch (refreshments provided) and enjoy.
Over the last few years Lukoil has published the results of two exhaustive studies into the problem of fracture detection. Several conventional fracture prediction methods were tested as well as a new type of pre-stack depth migration called Duplex Wave Migration (DWM). We concluded that the DWM technique was the most reliable method for fracture permeability detection (Khromova et al., 2011). Lukoil planned a 2010 drilling program for horizontal wells based on DWM technology and this paper will report on the results of that 2010 drilling program. Two horizontal wells were drilled into a limestone interval and extensive well log measurements were taken. The well results illustrate that the location of the fracture systems as predicted by DWM were accurate to within 25 metres. The DWM amplitude maps and well log results will be shown to illustrate the success of this fracture prediction technique. Also, the ability to use these actual well results, along with full wave forward modelling, and DWM technology to push the boundaries of reservoir characterization prediction using an integrated seismic-based methodology is investigated.
Position: President and CEO of Tetrale Technologies Inc.
Tetrale Technologies Inc: Head office in Calgary. Specialized technologies for imaging lateral heterogeneities in reservoirs and full wave modeling software and services. Divisions include Tesseral Technologies Inc. and TetraSeis Inc.
Previous work experience: 23 Years with Kelman Technologies Inc. Positions included Director of R&D and President of Kelman Technologies International Division.