SeisPetro Geosoftware was formed to commercialize proprietary software developed and used internally by iReservoir.com, Inc. over the last 15 years for their integrated reservoir characterization and simulation projects.
The applications are related to petrophysics, seismic data analysis, reservoir modeling, reservoir engineering, and flow simulation.
Although we are launching the company by presenting our petrophysical modeling tool, we expect to release new applications in other disciplines specifically designed to address reservoir characterization challenges that cannot be solved by other commercially available applications.
Who Is SeisPetro Geosoftware?
Reinaldo J. Michelena received a B.S. in physics from Universidad Simón Bolívar (Venezuela) and a Ph.D. in geophysics from Stanford University. He has over 30 years of experience in research, development, and application of seismic, petrophysics, and geological modeling methods to help reservoir delineation and characterization, from programming and testing of algorithms to integrated interpretation of field data results. He worked 18 years for PDVSA-Intevep, the research and technical services affiliate of PDVSA. He joined iReservoir in 2003 and worked in a variety of problems and geological settings where seismic data analysis results are used to constrain geological and flow simulation models. He became Geophysical Advisor for iReservoir in 2016 and started SeisPetro Geosoftware and SeisPetro Geoconsulting to continue with the development and application of advanced techniques for reservoir characterization and modeling in conventional and unconventional reservoirs. He served as Associate Editor of the journal Geophysics in the area of seismic inversion and was member and Chairman of the Board of the magazine The Leading Edge. Reinaldo is a member of SEG, EAGE, RMAG, and DGS. For more details, click here.
Kevin S. Godbey received a B.S. in mathematics from the University of Florida, and a Ph.D. in mathematics from the University of Wisconsin at Madison. He was IT Advisor at iReservoir between 2001 and 2016, working with iReservoir's subject matter experts to develop software implementing proprietary capabilities in geophysics, petrophysics, engineering, and data management. Prior to that, he developed production server applications for the hospitality industry. He is a member of Phi Beta Kappa and the American Mathematical Society. In 2016 he co-founded SeisPetro Geosoftware to commercialize iReservoir's proprietary applications.
Hai-Zui ("Hai-Ray") Meng received a B.S. in geology from National Taiwan University, a M.S. in geophysics, from University of Tulsa and a Ph.D. in petroleum Engineering from University of Tulsa. He has over 30 years of experience in the oil and gas industry working in various technical positions. Hai-Ray created iReservoir.com, Inc. to provide integrated reservoir characterization and fluid flow simulation consulting services using state-of-the-art geoscience and engineering technologies. Previously, he was with Marathon Oil Company, Dowell Schlumberger and Flopetrol-Johnston Schlumberger. Dr. Meng has conducted numerous integrated reservoir characterization, reservoir simulation and reservoir management studies. Dr. Meng has extensive reservoir characterization experience including seismic attribute analysis, depth imaging, 3D faulted structural framework modeling, deterministic and stochastic AI inversion, 3-D geologic model construction, and 'very practical' geostatistical modeling for reservoir engineering problems. Dr. Meng has also conducted detailed reservoir management studies using both black-oil and compositional fluid flow simulation models that are constrained to honor the existing geological, geophysical, petrophysical, and engineering data. Dr. Meng has served on various Technical Committees for both the SPE and SEG as was author of the chapter "Design of Propped Fracture Treatments" in Schlumberger's 1987 textbook on Reservoir Stimulation
Petrophysics and Geoscience Advisors
Patricia Rodrigues received a Ph.D. in geophysics from Colorado School of Mines and a B.S. and M.S. in chemical engineering from Universidad Simón Bolivar (Venezuela). She has more than 20 years of experience in research and application of reservoir characterization technologies, specializing in petrophysics and rock physics for the oil and gas industry. She worked 8 years for PDVSA-Intevep and two years for Tricon Geophysics on seismic petrophysics and integrating well data through rock physics methodologies. In 2006, she joined DRM Energy Corp., a startup oil and gas company, while she also worked for iReservoir as a senior petrophysicist. While at iReservoir, she tested and used iMineralysis™ extensively and suggested numerous improvements. After iReservoir, she went back to school to complete her Ph.D. while working part-time for Newfield Exploration Company. In 2014, she joined Whiting Petroleum as Sr. Petrophysical Manager and more recently Director of Geology and Geophysics. She is the instructor of the class Petrophysical Multimineral Analysis. She is an expert on multimineral analysis and has taught this class at Colorado School of Mines for seven consecutive years as part of the Advanced Petrophysics class. For more details, click here.
Michael J. Uland received a M.S. in mechanical engineering from Purdue University. He is directly in charge of petrophysics, geomodel construction, and integrated reservoir characterization as input for flow-simulation at iReservoir. Mike has been a user of iMineralysis™ for over a decade and the software has benefited from many of his suggestions. Mike has 36 years of experience in the petroleum industry. This includes 15 early years of practical field experience covering a range of engineering positions: drilling, operations, facilities, reservoir, EOR, and acquisitions & divestiture. From 1990 through 2000, Mike was a member of the early multidisciplinary reservoir 3D geomodeling research teams located at the Marathon Oil Company Technology Center. These early Marathon geomodel projects and the current iReservoir geomodel projects required the data integration of geophysics, rock physics, petrophysics, geostatistics, 3-D geomodeling, fractured rock mechanics, and reservoir simulation for the creation of effective reservoir management tools. For more details, click here.