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Dina Goloshchapova

from Houston, TX
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Also known as:
Anastasiia Goloshchapova
Related to:
Anastasiia Goloshchapova
Connected to:
Mariya S Golosiy, 39Mary E Golota, 60Ronald M Golota, 78Amy C Golov, 70Mariya Y Golovanich, 64Tanya L Golovanoff, 43Tatyana G Golovanova, 59David M Golove, 66Dmitry A Golovin, 39George Golovin, 47

Dina Goloshchapova Phones & Addresses

  • Houston, TX
  • Sugar Land, TX

Work

Company: Schlumberger Apr 2018 Position: Data pmo manager and agile coach

Education

Degree: Master of Science, Masters School / High School: Novosibirsk State University, Department of Economics 2001 to 2007 Specialities: Biophysics, Physics, Virology

Skills

Characterization • Chemical Engineering • Petroleum Engineering • Engineering • Oil and Gas • Oil/Gas • Modeling • R&D • Experimentation • Petroleum • Materials Science • Fluids • Nanotechnology • Physics • Chemistry • Numerical Simulation • Matlab • Mathematical Modeling • Reservoir Engineering • Pressure • Hydraulic Fracturing • Spectroscopy • Stimulation • Project Engineering • Software Engineering • Product Optimization • Sap Materials Management • Mathematica • Applied Mathematics • Science • Oil • Data Analysis • Data Governance • Project Management • Scrum • Agile Project Management • Business Intelligence • Sas • Informatica • Master Data Management • Information Technology • Data Management • Materials Management • Biotechnology • Molecular Biology • Biophysics • Molecular Virology • Product Quality • Business Strategy • Product Development

Languages

English • Russian • German

Interests

Children

Industries

Oil & Energy

Resumes

Resumes

Dina Goloshchapova Photo 1

Dina Goloshchapova

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Location:
Houston, TX
Industry:
Oil & Energy
Work:
Schlumberger
Data Pmo Manager and Agile Coach
Schlumberger Sep 2015 - Apr 2018
Business Process Manager - Material Master Data Quality Lead
Schlumberger Oct 2014 - Aug 2015
Nam Product Quality Manager
Schlumberger Jul 2014 - Oct 2014
Nam Sourcing Manager
Schlumberger Jan 2011 - Jul 2014
Senior Chemical Engineer and Global Proppant Sustaining
Education:
Novosibirsk State University, Department of Economics 2001 - 2007
Master of Science, Masters, Biophysics, Physics, Virology Novosibirsk State University, Department of Economics 2001 - 2005
Bachelors, Bachelor of Science, Physics
Skills:
Characterization
Chemical Engineering
Petroleum Engineering
Engineering
Oil and Gas
Oil/Gas
Modeling
R&D
Experimentation
Petroleum
Materials Science
Fluids
Nanotechnology
Physics
Chemistry
Numerical Simulation
Matlab
Mathematical Modeling
Reservoir Engineering
Pressure
Hydraulic Fracturing
Spectroscopy
Stimulation
Project Engineering
Software Engineering
Product Optimization
Sap Materials Management
Mathematica
Applied Mathematics
Science
Oil
Data Analysis
Data Governance
Project Management
Scrum
Agile Project Management
Business Intelligence
Sas
Informatica
Master Data Management
Information Technology
Data Management
Materials Management
Biotechnology
Molecular Biology
Biophysics
Molecular Virology
Product Quality
Business Strategy
Product Development
Interests:
Children
Languages:
English
Russian
German

Publications

Us Patents

Hydraulic Fracturing Proppants

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US Patent:
20150204178, Jul 23, 2015
Filed:
Mar 30, 2015
Appl. No.:
14/672522
Inventors:
- Sugar Land TX, US
Christopher N. Fredd - Westfield NY, US
Dina Goloshchapova - Sugar Land TX, US
International Classification:
E21B 43/267
C09K 8/80
Abstract:
A method is given for treating a wellbore in a subterranean formation by hydraulic fracturing, slickwater fracturing, gravel packing, and the like, by using plate-like materials as some or all of the proppant or gravel. The plate-like materials are particularly useful in complex fracture systems, for example in shales. They may be used as from about 20 to about 100% of the proppant. Relative to conventional proppants, plate-like proppants demonstrate (a) enhanced crush resistance of the proppant due to better stress distribution among proppant particles, (b) diminished proppant embedment into formation fracture faces due to the greater contact surface area of proppant particles with the formation, (c) better proppant transport due to lower proppant settling rates, (d) deeper penetration into branched and fine fracture networks, and (e) enhanced proppant flowback control. Preferred plate-like proppants are layered rocks and minerals; most preferred is mica.
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Dina Goloshchapova from Houston, TX Get Report