Dr Arpita Bathija | Drilling cement technology | Best Researcher Award
Dr Arpita Bathija , Aramco Americas, United States
Dr. Arpita Bathija is a dedicated professional with a strong background in the oil and gas industry. As an employee of Aramco Americas, she brings valuable expertise and experience to her role. Dr. Bathija is known for her strategic mindset and analytical skills, which she applies to drive innovation and efficiency in her work. With a commitment to excellence, she consistently delivers high-quality results, contributing to the success of Aramco Americas. Dr. Bathija’s passion for her field and her proactive approach make her a valuable asset to the organization, where she continues to make significant contributions to its operations and growth.
Education:
Dr. Arpita Bathija is an accomplished geophysicist with a Ph.D. from the Colorado School of Mines, where her research focused on the dilation factor under anisotropic stress in laboratory settings, particularly in the context of 4D seismic applications. Her work also delved into the elastic properties of clays, utilizing molecular simulations to analyze their swelling potential under varying conditions of stress and humidity. Dr. Bathija’s research was further validated through nanoindentation of diverse clay samples. Prior to her Ph.D., she earned a Master of Science in Geophysics from Stanford University, where she developed algorithms for time-lapse seismic monitoring of fluid flow in subsurface reservoirs. She also holds another Master of Science in Geophysics from the Indian Institute of Technology, Kharagpur, where she ranked in the top 5th percentile nationally and conducted research on determining crustal thickness from gravity anomalies in the North-western Himalayas. Dr. Bathija’s extensive research background and expertise make her a valuable asset in the field of geophysics.
Dr. Arpita Bathija is a proficient geophysicist with extensive expertise in data analysis and modeling using a variety of software tools. She is skilled in well data analysis using Geolog, Techlog, RokDoc, and RockPro, along with the calibration of seismic data to well data in Calibseis. Dr. Bathija also possesses programming capabilities in Loglan and TCL scripting, enabling her to analyze and develop workflows in Geolog. Her proficiency extends to static earth modeling in Petrel, seismic velocity model and salt model building in GOCAD, as well as seismic velocity analysis and tomography in AEV/TOVA. Additionally, she excels in creating illumination maps and conducting ray-trace multiple analyses in ALRT3D to aid interpretation and decision-making in data acquisition. Dr. Bathija is also adept at seismic interpretation and well ties using Petrel and EPOS, showcasing her comprehensive skill set in geophysical data analysis and interpretation.
Activities:
Dr. Arpita Bathija is an esteemed figure in the field of geophysics, with a diverse range of contributions to professional organizations and industry initiatives. She serves as an Editorial Board Member of The Leading Edge (TLE) journal, demonstrating her commitment to advancing the field through scholarly publications. Dr. Bathija also holds the role of Rock Physics Special Interest Group Leader at the Geophysical Society of Houston, where she leads efforts to explore the intersection of rock properties and seismic behavior. Additionally, she is a Technical Committee Member for the Society of Exploration Geophysicists (SEG) Annual Meetings and represents Aramco as an ambassador for the Society of Petroleum Engineering – Gulf Coast Section (SPE-GCS), showcasing her involvement in shaping industry events and promoting knowledge exchange. With a strong focus on education and professional development, Dr. Bathija actively participates in reviewing journal manuscripts and conference abstracts, contributing her expertise to the evaluation of cutting-edge research. Her previous experience as the Chevron Recruiting Team Lead for the SEG Annual Meeting and as a Chevron Upstream Recruiter underscores her commitment to talent acquisition and development within the industry. Dr. Bathija’s multifaceted involvement in professional organizations and industry initiatives reflects her dedication to advancing the field of geophysics and fostering a robust community of professionals.
Experience:
Dr. Arpita Bathija is a seasoned geophysicist with a wealth of experience in the oil and gas industry, currently serving as a Research Scientist at Aramco Americas in Houston, TX, since 2018. In this role, she is responsible for leading geomechanical and rock physics research initiatives in drilling technology. Dr. Bathija has led original investigations and collaborative research projects with national laboratories, universities, and service vendors to advance the company’s long-term business objectives. Her work includes designing novel laboratory and digital rock physics experiments aimed at improving cement and drilling fluid systems for wellbore integrity in conventional and extreme conditions, such as carbon sequestration or geothermal applications. She has contributed to the industry through publications in peer-reviewed journals, patent filings, and presentations at industry and academic conferences. Prior to her current role, Dr. Bathija held positions at Chevron Technology Company and Chevron Upstream, where she made significant contributions to the development, deployment, and testing of advanced technologies in exploration geophysics and formation evaluation. Her expertise in seismic data interpretation, velocity modeling, and static earth modeling has been instrumental in the maturation of deepwater development wells and prospect evaluation in various offshore locations. Dr. Bathija’s career also includes experience as a Geophysics Intern at Shell Oil and as a Consultant at Spatial Data Private Limited in Bangalore, India, where she contributed to the integration and analysis of well log and core data and played a key role in research and development projects in the field of geographic information systems (GIS).
Publications Top Notes:
Cement sheath integrity at simulated reservoir conditions of pressure, temperature, and wellbore configuration in a laboratory setup
Lost circulation material design for near-wellbore transverse fractures
Introduction to this special section: Carbon management
Lost Circulation Material Design for Highly Inclined Or Horizontal Well Sections
Minimizing Drill-String-Induced Wellbore Instability