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HOW CAN MICROFRACTURING IMPROVE RESERVOIR MANAGEMENT


Location:   Auditorium at 1500 Louisiana Street (Chevron building)           
Time:  11:30 am -1:00 pm- Date October 19th 
       
Parking: https://www.parkme.com/lot/14203/1400-louisiana-garage-houston-tx  or limited parking on the street side using Park Pay (Cash only) 
Room Capacity: 200        
Lunch: Provided on 3x - 6ft Catering Tables
Officer Contact: Rohollah A. Pour, 512-965-7248, Rohollah.A.Pour@alphapres.com           

Abstract


Microfracturing is an excellent method of obtaining direct, in-situ stress measurements, not only in shales but in conventional reservoirs as well. Recent advances have shown that micro fracturing can help improve reservoir management by guiding well placement, optimizing injection rates, and managing perforation strategy. Microfracturing consists of isolating small test intervals in a well between inflatable packers, increasing the pressure until a small fracture forms and then by conducting a few injection and shut-in cycles, extend the fracture beyond the influence of the wellbore. Results show that direct stress measurements can be successfully acquired at multiple intervals in a few hours and the vertical scale nearly corresponds to electric log resolution. Therefore, microfracture testing (generally performed in a pilot / vertical well) is an appropriate choice for calibrating log derived geomechanical models and obtaining a complete, accurate, and precise vertical stress profile.  This talk describes the micro-fracturing process and presents several examples that led to increased hydrocarbon recovery by efficient stimulation and completion design. Case studies presented range from optimizing hydraulic fracturing in unconventionals (Delaware Basin, USA), determining safe waterflood injection rates in brownfields (Offshore UK), and helping improve perforation placement in ultra-deepwater reservoirs.

Speaker:  Mayank Malik Affiliation: Chevron
 
Bio:

Mayank Malik is the Global Formation Testing Expert in Chevron's Energy Technology Company and is a champion for advancing research on micro-fracturing.  He holds 3 degrees from three countries: B.S. in Mechanical Engineering from Delhi College of Engineering (India), MS in Mechanical Engineering from University of Toronto (Canada), and Ph.D. in Petroleum Engineering from The University of Texas at Austin (USA). Malik has authored numerous papers on petrophysics, formation testing, and micro-fracturing. He is an SPE Distinguished Lecturer and SPWLA Distinguished Speaker for 2016-17.

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