295 Innovations in Production of Unconventional Reservoirs


Description:
Development of unconventional reservoirs requires a large amount of energy to improve formation permeability. This energy is typically provided during the hydraulic fracturing process, and the proppant serves to keep the induced fractures open so that oil and gas may flow back to the well. There are concerns regarding the large amount of water used and the environmental costs of disposing flowback water. Innovations in fracturing include use of technologies to reduce/eliminate water consumption, novel approaches for inducing/propagating fractures, and increasing well production by using novel chemistry and nanoparticles. New technology is also being investigated for establishing the fracture networks within the reservoir.

Sponsor:
Upstream Engineering and Flow Assurance Forum


Chair:
Sandeep Verma
Scientific Advisor
Schlumberger-Doll Research
1 Hampshire Street
Cambridge, MA
02139
Email: sverma3@slb.com

Co-Chair:
Sandhya Sundar Ram
Senior Researcher
Shell Exploration and Production Company
4800 Calhoun, Chemical Engineering Department, Building D, Room S 222
Houston, TX
77204
Email: Sandhya.Sundar-Ram@shell.com


Papers:
Modeling Adsorption and Transport Processes in Kerogen
Gorakh Pawar, Idaho National Laboratory; Hai Huang, Idaho National laboratory
Impact of Hydraulic Fracture Permeability on Oil Production
Palash Panja, University of Utah; Raul Velasco, University of Utah; Milind Deo, University of Utah
Fundamentals of Wave Propagation and Development of a Control Strategy for Pump Control in Hydraulic Fracturing
Sandeep Verma, Schlumberger-Doll Research; Kashif Rashid, Schlumberger-Doll Research
Schlumberger’s Automated Stimulation Delivery Platform
Rajesh Luharuka, Schlumberger; Joseph P. Lima, Schlumberger; Ann Stephen, Schlumberger; Matthew J. Miller, Schlumberger
Abstract Submissions Closed
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