Optimization of Fracture Design with Improved Proppant ...

Report 2 Downloads 19 Views
Optimization of Fracture Design with Improved Proppant Transport S. Banerjee Product Champion - Propel SSP® April 4th, 2017

Introduction – The Promise of Self-Suspending Proppant So what if... §  … a technology existed that could increase estimated ultimate recovery by 30%+? §  …. allowed hydraulic fracturing fluids to not damage to the reservoir and the proppant pack? §  … could allow the pumping program to use the right proppant mesh size and most convenient water source available? §  … could reduce hydraulic horsepower requirements, water/ chemical usage, and time? §  … significantly reduced the rate of well decline? FAIRMOUNT SANTROL CONFIDENTIAL – DO NOT SHARE WITHOUT PERMISSION

Fracture Treatment Objectives: §  Increase Productivity §  Decrease Wellbore Pressure Drop §  Improve the Economic Rate of Return/NPV

A Close-Up View of the Technology PROPPANT SUBSTRATE

SUPPORTS LEAKOFF CONTROL

COATING ATTACHED TO SUBSTRATE

IMPARTS MINIMAL FLUID VISCOSITY

FAIRMOUNT SANTROL CONFIDENTIAL – DO NOT SHARE WITHOUT PERMISSION

How Does Self-Suspending Proppant Work? Function •  •  •  • 

Rapidly swells Reduces settling through proppant stacking and reduction in density Minimal viscosity Reduces friction

•  Limits fluid leakoff •  Reduces damage •  Improves production

Operation •  •  •  •  • 

Performance

Handles like sand No special equipment or energized fluids No need to pre-heat water Tolerates produced, flowback, or recycled water (