Vineet Sinha
Flow Assurance Senior Consultant @Wood
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WORK HISTORY
Flow Assurance Senior Consultant @Wood
Calgary, AB, CA
EDUCATION
University of Oklahoma
Doctor of Philosophy - PhD
Indian School of Mines
Bachelor's degree
University of Oklahoma
Master's degree
SKILLS
ABOUT VINEET SINHA
Work Experience: 10+ years of experience (including research) in various Disciplines in Oil and Gas Industry with a Focus on Flow Assurance, Drilling Hydraulics and Operations, Completion Design, and Reservoir Estimation. Specialization- Planning, design and execution of deep-water HPHT & MPD wells- Planning of offshore completion operations- Reservoir prospecting, re-development planning, economic evaluations, budgeting - Intelligent Data Analysis, Data Exploration & Preparation, Data Driven Predictive Modeling- Energized fluids (Foam) Rheology and Hydraulics Modeling for Under Balanced Drilling Operations- Flow characterization of completion, workover and fracturing fluids in straight and coiled tubing- Rheological behavior of non-Newtonian fluids at elevated temperature - Computational fluid dynamics- Solids transport in horizontal and inclined wells- Setup design and construction. EXPERIENCE- Graduate Research Assistant, PhD, Dr. Ramadan Ahmed Multiphase flow, Foam Hydraulics and Rheology, Aug 2015 - Present- Petroleum Reservoir Engineer, Omak Technologies LLC, Dr. Anil Kumar (CEO) Mar 2015 - Aug 2015- MS in PE, University of Oklahoma, Dr. Subhash Shah Completion Fluid Characterization for Downhole Applications, Aug 2011 - Aug 2014- Drilling and Completions Engineer Reliance Industries Ltd.(RIL), May 2010 - July 2011. SOFTWARE SKILLS- Eclipse, CMG, Petroleum Experts, Fracpro, WellCAT, WellFLO, ANSYS FLUENT, MudWare - Matlab, VBA, Fortran, C++, R, Python - MS WORD/EXCEL/POWER POINT/OUTLOOK - AutoCAD PUBLICATION: “Rheological performance of polymers in heavy brines for workover and completion”, AADE – 14 – FTCE – 35 in AADE Fluids Technical Conference and Exhibition, Houston, TX, USA on 15-16 April 2014. Journal Paper: Journal of Petroleum Science and Engineering, Vol. 180, Pg. 330-346, 2019 3/2019 • Rheology and Hydraulics of Polymer-Based Foams at Elevated Temperatures
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