20200227 #3 A Convenient Technology to Calculate Geomechanical Properties from Drilling Data

20200227 #3 A Convenient Technology to Calculate Geomechanical Properties from Drilling Data

Geomechanics Breakfast Series No 3
←  SPE - Calgary Section

Geomechanics Breakfast Series No 3:
A Convenient Technology to Calculate Geomechanical Properties from Drilling Data

Date: Thursday, 27th of February 2020
Speaker: Mazeda Tahmeen, PhD, PEng, Technical Product Manager, Rocsol Technologies Inc.
Location: Calgary Petroleum Club (329- 5th Ave SW)
Time: 7:30am – 9:30am
Cost:ONLINE REGISTRATION IS NOW CLOSED WALK IN'S ON A FIRST COME FIRST SERVE BASIS Member - $40, Non-Members $50 Students $15
Special Three Geomechanics Series: Members - $100, Non Members - $130


Abstract:

The multistage hydraulic fracturing is the best practice to stimulate unconventional hydrocarbon reservoirs for optimal production in oil & gas industry. Recent studies suggested that the selective stimulation design could significantly increase the production rates at a reduced cost rather than using the non-selective geometric stages. An optimal design needs a detailed geomechanical logging and core information to selectively perforate the formation and optimize the stimulation treatment. In most cases, the non-selective evenly spaced geometric stimulation design is used, primarily due to the time consuming and expensive conventional downhole logging tools and techniques. Rocsol’s D-Series is a convenient, cost-effective technology that uses a 3D wellbore friction model to estimate the effective downhole weight on bit (DWOB) from routinely acquired surface weight on bit, hookload, RPM along with the survey data and drill string information in directional drilling. The estimated DWOB is used as an input to the inverted rate of penetration (ROP) model along with other drilling data, drill bit specifications and reservoir specific formation constants, to calculate rock mechanical and reservoir properties including, the compressive strengths, Young’s modulus, porosity, permeability and Poisson’s ratio without the use of expensive downhole logging tools.

In unconventional reservoir this technology can be used to engineer stimulation design by selecting sweet spots from the recognized behaviour of geomechanical properties. Unlike the current practice using logs of 1 in 10 or 1 in 20 well, a complete geomechanical log can be obtained on every well. This novel technology could help geologists and reservoir engineers better exploit unconventional reservoirs leading to optimal selective stimulations and greatest net present value (NPV).

In this session the speaker will deliver a brief demo on the D-Series technology to calculate the geomechanical properties using a set of sample field data from a horizontal drilling in North America.


Speaker Bio:

Dr. Mazeda Tahmeen has been working as a Technical Product Manager in a Calgary-based data analytics company, Rocsol Technologies Inc. since 2014. She has more than 17 years of experiences of which the most recent 5+ years as a technical professional and researcher in Rocsol Technologies Inc. and prior 12+ years at universities in Canada and Japan as an active researcher, teaching instructor and technical professional in the areas of Mechanical, Chemical and Petroleum engineering. She specializes in modelling and simulation analysis of advanced drilling optimization, geomechanical properties from drilling data and fluid power systems. She has authored and co-authored of over 25 journal and conference publications & technical reports and is an active professional member of the Association of Professional Engineers and Geoscientists of Alberta (APEGA).

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February 27, 2020
From 7:30 AM to 9:30 AM
Calgary Petroleum Club
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