Innovative Petrotech Solutions, Inc. Maghsood Abbaszadeh, Ph.D.
Maghsood Abbaszadeh, Ph.D.
SUMMARY Dr. Maghsood Abbaszadeh is a reservoir engineering professional with over thirty years of variety research, technology development, industry teaching and advanced consulting. He has solid expertise in both fundamental research and practical applications of technology for solving complex reservoir problems to meet the challenging needs. Abbaszadeh has extensive publications of high quality articles in refereed journals, mainly SPE, several of which are outstanding classical work and have been widely cited. He is experienced in collaborating with universities and centers of technical excellence, interacting with multiple oil company clients, establishing technical programs for corporations, and advancing reservoir technologies.
Abbaszadeh is currently the CEO and the director of technology for Innovative Petrotech Solutions, Inc. (IPS), a research-oriented consulting company that he founded in late 90’s. He is also a senior research fellow at the Department of Petroleum Engineering at University of Texas at Austin, prior to which he was an adjunct professor there teaching graduate level courses on advanced reservoir engineering. At IPS, he provides leading edge consulting and professional training to the petroleum industry in the areas of integrated reservoir characterization, fractured reservoir characterization and modeling, geostatistics and uncertainty analysis, classical and appliedreservoir engineering, reservoir simulation and modeling, IOR/EOR applications with emphasis on CO2 and chemical EOR injections, pressure transient testing technology and tracer flow studies.
Prior to IPS, he was an invited research advisor in the technology research center of Japan Oil, Gas and Metals National Corporation (JOGMEC) in Japan, where he organized a multidisciplinary geostatistical reservoir characterization team for R&D and worldwide field applications of technologies to address the needs of different geological settings and oil recovery mechanisms. He also worked at the research center of Arco Oil and Gas Company in Plano, Texas, mainly in the development and applications of advanced reservoir characterization and pilot injection studies of Alaskan fields. Before joining Arco, he was a well testing section manager with Schlumberger well services in Houston, Texas.
Abbaszadeh has made several major contributions to the petroleum literature and advancement of petroleum technology in the areas of interwell tracer flow for reservoir description, variety of pressure transient analysis solutions and interpretation models, upscaling technology of heterogeneity for reservoir simulations, permeability prediction method by hydraulic flow unit classification, development of methodologies for integrated geostatistical reservoir characterization, naturally fractured reservoirs, CO2-EOR injection studies, Novel Chemical EOR techniques and applications in naturally fractured reservoirs, and a variety of integrated multidisciplinary field development applications. He received SPE 2007 distinguished member award.
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Innovative Petrotech Solutions, Inc. Maghsood Abbaszadeh, Ph.D.
EDUCATION 1982 PhD. Petroleum Engineering, Stanford University, Stanford, California, USA 1979 MSc. Petroleum Engineering, Stanford University, Stanford, California, USA 1978 BSc. Chemical Engineering, Abadan Institute of Technology, Abadan, Iran
QUALIFICATIONS Thirty years of petroleum engineering industry experience including: Classical reservoir engineering, research, technology development, and training Classroom teaching experience and numerous industry short courses: applied reservoir engineering, well testing, geostatistical reservoir characterization, EOR, simulation Integrated multidisciplinary reservoir characterization, flow simulation, and field studies Modeling of flow through heterogeneous reservoirs and scale-up for reservoir simulation Theory and field applications of geostatistics for reservoir evaluation and uncertainty, recognizing values/limits
IOR/EOR technologies of waterflooding, gas, WAG, CO2 injection, chemical flood and thermal SAGD Theoretical and practical pressure transient analysis and tracer flow studies Reservoir engineering and research of gas, gas condensate, tight gas sands, coal-bed methane Well completions, stimulation technologies, and production system analysis Commercial software skills in reservoir modeling, simulation, engineering Track record in distinguished SPE activities and establishing technology streak Technical leadership, team playing, advising, mentoring, directing projects Successful interaction with business clients, oil company managers, scholars, associates and staff Record of generating fundable research/applied research themes and advising graduate students at universities Excellent oral and written communication skills Worldwide network and name recognition, useful for marketing and fund raising
PROFESSIONAL EXPERIENCE Innovative Petrotech Solutions, Inc. – 4/1998 to Present General Director and Technology Director - Provide leading edge consulting and technology development to the petroleum industry in the areas of integrated multidisciplinary reservoir characterization, geostatistics and uncertainty analysis, naturally fractured reservoirs, reservoir simulation and modeling, IOR/EOR applications, foam-chemical EOR in fractured systems, heavy oils, all matters of reservoir engineering, well testing technology, tracer flow, geopressured tight gas sand and gas condensate reservoir engineering technical issues.
- Transfer state-of-art and pioneering laboratory research on CO2 and Chemical-Foam EOR technologies to field-scale pilot and field development applications.
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Innovative Petrotech Solutions, Inc. Maghsood Abbaszadeh, Ph.D.
- Conduct multidisciplinary field studies and simulation projects worldwide involving innovative and advanced technologies. Improve and develop new technologies whenever needed to provide leading edge solutions to challenging complex problems. - Prepare proposals, make presentations, market, execute projects, direct/manage project tasks, prepare technical reports, and defend works in client technical and management committees through quality reports with technical depth and persuasive presentations. - Offer industry short courses on applied reservoir engineering, advanced reservoir engineering, well testing, reservoir characterization, and EOR methods.
The University of Texas at Austin - 1999 to present Senior Fellow Researcher (2008-present) ˗ Perform research and interact with staff/members of Center for Petroleum and Geoscience at the Department of Petroleum Engineering, University of Texas at Austin
Adjunct Professor (2007-2008) ˗ Taught full semester graduate courses on Advanced Reservoir Engineering with EOR applications, Fall 2007 and Fall 2008.
Holditch Reservoir Technologies / Schlumberger – 1/1998 to 12/1999 Consulting Technical Advisor - Provided technical consultation and leadership to multidisciplinary integrated reservoir study projects. - Enhanced technical quality of group’s projects in reservoir management and field development plans. Advised and mentored company in-house consultants. - Involved in numerous number of projects worldwide; example of which are: carbonates shoal sands (Congo), naturally fractured volcanic field (China), tight gas sands (Mexico), heterogeneous gas fields (Gulf of Mexico), Prospect evaluations (Venezuela).
Japan Oil, Gas and Metals National Corporation - 5/1992 to 12/1997 Invited Research Advisor - Developed a multidisciplinary reservoir characterization program for JOGMEC (formerly JNOC) and conducted R&D on geostatistical reservoir description techniques, integration of sources of data, and scaleup of heterogeneity for reservoir performance modeling. Was recruited from Arco Oil & Gas Co. specifically to setup this cutting edge technology expertise in JOGMEC. - Performed and/or led several field projects with company affiliates on integrated reservoir characterization and flow simulation studies; including primary, waterflood, gas and CO2 injection. - Investigated methane recovery from stratified water-dissolved and mud-adsorbed unconventional gas formations. Prepared a proposal for efficient gas recovery technology.
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Innovative Petrotech Solutions, Inc. Maghsood Abbaszadeh, Ph.D.
- Developed and published a specialized well testing interpretation methodology to characterize flow from adsorbed gas on tight mudstone micro-pores to thinly laminated brine-saturated high permeability sand layers. - Developed advanced well test interpretation models for heterogeneous reservoirs and complex multilateral well geometries, which were used by company affiliates worldwide. - Represented JOGMEC regularly in international research consortia and industry-affiliated programs in various academia or research centers worldwide for technology sharing and transfer. - Established technical excellency, advised corporate management on all reservoir engineering matters with business implications, and mentored reservoir engineers in the corporation worldwide on technology applications and problem solving. - Taught company courses on geostatistical reservoir technologies, data integration from seismic to production, and pressure transient testing.
Union Pacific Resources Company – 1/92 to 5/1992 Reservoir Engineering Consultant - Evaluated recovery performance and production potential of the naturally fractured Austin Chalk formations. - Performed integrated decline curve analysis and reservoir flow simulations to determine the main oil drainage mechanism and process parameters for identification of bypassed oil in reservoir. - Prepared a sound engineering proposal for corporate management for effective exploitation of naturally fractured Austin Chalk, Buda and Georgetown formations through selective horizontal well drilling program that targeted untapped oils and benefited from efficient recovery mechanisms.
Arco Oil and Gas Company – 11/88 to 12/1991 Senior Principal Research Engineer - Utilized methods of deterministic, fractal and geostatistics to characterize and flow simulate an EOR pilot performance in North Slope Alaska, West Sak Field (moderately heavy oil with oil viscosity of 50-100 cp). - Integrated geology, seismic, well log, core, pressure transient, and production data into alternate reservoir simulation models after heterogeneity scaleup for simulation-scale definition. History matched field performance as a base to evaluate waterflood field-wide and assess gas injection feasibility. - Studied petrophysical characteristics and special core analysis SCAL data of Kuparuk, Prodhoe Bay and naturally fractured Lisbon reservoirs in Alaska. Devised reservoir engineering-based schemes for implementation of SCAL data models in Arco’s black oil reservoir simulator. - Developed an analytical solution for falloff tests in multilayer reservoirs with fluid banks, and applied it to water and gas injection wells in West Sak and Prudhoe Bay fields.
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Innovative Petrotech Solutions, Inc. Maghsood Abbaszadeh, Ph.D.
- Worked on coal-bed methane pressure transient and single well performance modeling for the Fruitland Field in San Juan basin. Concentrated on fundamental technology development and reservoir engineering applications.
Schlumberger Well Services – 8/1982 to 11/1988 Well Testing and New Products Section Head - Managed a group to develop new interpretation product services for reservoir management by integrating well testing, well logging and coring. - Interacted with field technical staff and managers, and prepared technical R&D proposals for persuasive management presentation and budget allocation. - Managed projects and developed solutions for pressure transient testing of multiphase injection wells, pumping wells, horizontal/slanted wells, gas condensate reservoirs, and testing while perforating. - Developed a unified pressure transient interpretation software system, which was adopted company-wide.
Development Engineer - Responsible for developing analytical and numerical models for various pressure transient problems and implementing them in field interpretation software package. - Developed a computer package for automatic well test interpretation. - Analyzed pressure transient tests from different reservoirs throughout the world and recommended workover, completion and stimulation plans. - Worked on NODAL production analysis and gas lift design.
PROFESSIONAL AFFILIATION Member, Society Petroleum Engineers Member, SPE Awards Committee for four years Member, SPE Pressure Transient Analysis Committee for six years Review Chairman, SPE Formation Evaluation Journal for four years Technical Editor of SPE, for over 10 years Recipient of SPE 2007 Distinguished Member Award
SEMINAR AND PRESENTATIONS Numerous technical paper presentations at SPE and non-SPE technical conferences worldwide SPE-sponsored presentations at forums and special events Numerous technical presentations at oil and gas companies Multiple industry training short courses Presentations and seminars at several universities and research centers: - University of Southern California, USC (integrated reservoir modeling & field development, 2005) - Louisiana State University (characterization and development of turbidite fields, 2003) - University of Kansas (Advances in gas condensate research and reservoir engineering, 2003)
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Innovative Petrotech Solutions, Inc. Maghsood Abbaszadeh, Ph.D.
- Pennsylvania State U. (Neural nets and hydraulic flow units in reservoir modeling, 1999) - Colorado School of Mines (Advances in integrated reservoir modeling technologies, 1998) - Stanford U. (Geostatistical reservoir characterization and flow modeling, 1996) - U. of Texas at Austin (Tracer flow in fractured reservoirs and pattern floods, 1996) - U. of Tokyo (Pressure and flow modeling of porous media with discontinuous fractures, 1996) - U. of Wyoming (Pressure diffusion in fractal fields,1996) - Waseda U.- Japan (Neural networks -2000, fractal mathematics -1995, hydraulic flow units -1995) - U. of Texas at Austin (Non-isothermal injection testing, May 1991) - U. of Southern California (Multiphase flow and non-isothermal injection well testing, Mach 1986) - New Mexico Petroleum Recovery Institute (Fundamentals of tracer flow technologies, 1982) - Lawrence Berkeley National Lab. (Fractals and reservoir heterogeneity modeling, 1994) - Japan Association of petroleum Engineers (Field Applications of reservoir characterization in the north slope Alaskan reservoirs - June 1993) - Japan National Oil Corporation, Japan (New technologies in reservoir modeling – Feb. 1992) - NIPER (Well-to-well tracer flow for reservoir description, 1989)
INDUSTRY SHORT COURSES CONDUCTED Applied Reservoir Engineering: Houston (2007, 2008, 2 009, 2010, 2011, 2012. 2013, 2014), Aberdeen-UK (2009), London-UK (2008), Mexico (2009), Japan-JOGMEG (2012) Integrated Reservoir Analysis: Houston (2007, 2008, 2009, 2011, 2012, 2013, 2014), London - UK (2010), Stavanger-Norway (2009) Well Testing (Basic and Advanced): Numerous occasions in Japan, Houston, South America Geostatistical Reservoir Characterization (Basic and Workshop): Numerous occasions over many years in Japan, Mexico, Houston EOR (Fundamentals, Theory-Applications, Workshop). Mexico (2008, 2009, 2013), Japan (2009, 2013), Argentina-Buenos Aires (2011) Fluid Properties, PVT: Mexico (2008, 2009, 2013) Reservoir Simulation: Mexico (2008)
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Innovative Petrotech Solutions, Inc. Maghsood Abbaszadeh, Ph.D.
CONSULTING PROJECTS CONDUCTED CO2 injection studies in heavy oil naturally fractured reservoir, KMZ fields (Mexico-PEMEX) CO2-EOR evaluation of Chicontepec basin turbidite oil fields (Mexico, PEMEX) Chemical –EOR of naturally fractured Cantarell filed for gas cap and water zone (PEMEX) Evaluation of Chemical-EOR methods for Chicontepec pilot tests (Mexico, PEMEX) Reserve evaluation and SAGD flow simulation for field development (Canada, JACOS) Geostatistical characterization and field development of Chicontepec turbidite sandstones through smart wells and waterflood pilot implementation (Mexico, PEMEX) Survey of worldwide state-of-the-art IOR/EOR technologies (General, for a major European oil company and JOGMEC) Characterization and EOR performance modeling of naturally fractured Cactus reservoir (Mexico, PEMEX) Stochastic characterization of fracture networks by fractals for discrete fracture modeling (JAPAN)
Waterflood and CO2 injection pilot design of Cinco Presidente fields (Mexico, PEMEX) Design of gas and oil tracers in naturally fractured Cantarell filed for Nitrogen injection (Mexico, PEMEX) Development of tight gas sands of Burgos basin (Mexico, PEMEX) Assessment of waterflooding in Poza Rica carbonate fields (Mexico, PEMEX) Neural network for characterization of fractures and lithofacies rock types (PEMEX) Technology development and application of seismic guided reservoir property modeling (U.A.E., ADNOC) Geo-pressured tight gas sands (Algeria, ITOCHU OIL) Waterflood optimization and flow simulation of carbonate formations (Africa, CMS Energy) Master field development plan and technology applications to start up a giant carbonate reservoir field - from natural depletion to EOR applications (Middle East) Improved field development through multilateral wells and waterflooding (Saudi Arabia-Kuwait, AOC); Field evaluation and development of fractured basin reservoirs (Vietnam, JVPC) Simulation of fractured reservoirs with dual porosity and discrete fracture network models (Vietnam-JVPC) Benchmarking fracturing and horizontal well technology in Orcatt field (California, Union Oil Co.) Characterizing/modeling high permeability zones for gas and water injection in Zakum field (UAE, ZADCO) Naturally fractured volcanic reservoir study for gas injection implementation (Shengli oil field, China- CNPC)
Evaluation of CO2 pilot injection in Kubiki field (Japan, JAPEX) Coalbed methane pressure transient analysis and reserve recovery evaluation (Australia, INPEX) Mud-adsorbed water-dissolved Kanto gas field (East Tokyo-Japan, U. of WASEDA) University of Texas, Austin, Texas (tracers, gas condensates, CO2, chemical EOR)
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Innovative Petrotech Solutions, Inc. Maghsood Abbaszadeh, Ph.D.
MAJOR PUBLICATIONS 1. Book Chapters 1.1 Abbaszadeh, M.: "Analytical Flow Model for Design and Analysis of Tracer Pulse Tests," in Tracers in the Oil Field, Elsevier, (Sept. 1995). 1.2 Abbaszadeh, M.: "Pressure Transient Behavior in Reservoirs with Fractal Geometry Patterns," SPE paper 29615 in SPE Memorial Series (Professor H. J. Jr. Ramey), Society of Petroleum Engineers, Richardson, Texas, Vol. 1, (1995). 1.3 Abbaszadeh, M.: “Injection Well Testing” in the SPE monograph on Pressure Transient Testing (2009).
2. Journals 2.1 Sutopo, Arihara, N., Sato, K., Abbaszadeh, M.: “Representative Elementary Volume of Naturally Fractured Reservoirs Evaluated by Flow Simulation,” Jour. of the Japan Petroleum Inst., Vol. 45, No. 3, May 2002. 2.2 Abbaszadeh, M., Corbett, C., Broetz, R., Wang, J., Nitka, T., Y. Zhang and Z.Y. Liu: “Development of an Integrated Multi-Disciplinary Reservoir Model for a Naturally Fractured Reservoir in China,” SPE Reservoir Evaluation & Engineering, October 2001 2.3 Abbaszadeh, M., K. Asakawa, H. Cinco-Ley and N. Arihara: "Interference Testing in Reservoirs with Conductive Faults or Fractures," SPE Reservoir Eval. & Eng. (October 2000), Vol. 3, No. 5. 2.4 Abbaszadeh, M., Koide, N. and Murahashi, Y.: "Characterization and Flow Modeling of a Complex Carbonate Reservoir in Daleel Field, Oman," SPE Reservoir Eval. & Eng. (April 2000), Vol. 3, No. 2. 2.5 Sato, K. and Abbaszadeh, M.: "Tracer Flow and Pressure Performance of Reservoirs Containing Distributed Thin Bodies," SPE Formation Evaluation (Sept. 1996) 2.6 Abbaszadeh, M. and Cinco-Ley, H.: "Pressure Transient Testing in a Reservoir With a Finite Conductivity Fault," SPE Formation Evaluation (March 1995). 2.7 Abbaszadeh, M., Fujii, H. and Fujimoto, F.: "Permeability Prediction by Hydraulic Flow Unit Classification - Theory and Field Applications," SPE Formation Evaluation (Dec. 1996). 2.8 Abbaszadeh, M. and Hegeman, P. S.: "Pressure-Transient Analysis for a Slanted Well in a Reservoir with Vertical Pressure Support," SPE Formation Evaluation (September 1990). 2.9 Abbaszadeh, M. and Kamal, M. M.: "Pressure Transient Testing of Water Injection Wells," SPE Reservoir Engineering (February 1989). 2.10 Hegeman, P. S. and Abbaszadeh, M.: "A Simulator for Drillstem Test Interpretation," SPE Formation Evaluation (December 1988). 2.11 Abbaszadeh, M. and Kamal M. M.: "Automatic Type Curve Matching for Well Test Analysis," SPE Formation Evaluation (September 1988). 2.12 Brigham, W. E. and Abbaszadeh, M.: "Tracer Testing for Reservoir Description," Jour. Pet. Tech., Distinguished Author Series (May 1987). 2.13 Gobran, B. D., Abbaszadeh, M. and Brown, S. L.: "Determination of Infinite-Acting Period for Well Test Analysis," SPE Formation Evaluation (August 1986). 2.14 Abbaszadeh, M. and Brigham, W. E.: "Analysis of Well-to-Well Tracer Flow to Determine Reservoir Layering," Jour. Pet. Tech. (October 1984).
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Innovative Petrotech Solutions, Inc. Maghsood Abbaszadeh, Ph.D.
3. Conference Proceedings 3.1 Fuenleal Martinez, J.N., Abbaszadeh, M., Parra Olguin, R.., Perez-Martinez, E., Rojas Figueroa, A.: “Evaluation of CO2-EOR Gas Injection in a Heavy-Oil Naturally Fractured Reservoir,” SPE-Error! Reference source not found.-MS, Presented at the SPE Heavy and Extra Heavy Oil Conference – Latin America, heled in Medellin, Colombia, 24-26 September 2014. 3.2 Abbaszadeh, M., Kazemi-Nia Korrani, A., Lopez Salinas, J.L., Rodriguez-de la Garza, F., Villavicencio Pino, A., Hirasaki, G.: “Experimentally-Based Empirical Foam Modeling” SPE- 169888, presented at the 2014 SPE Improved Oil Recovery Symposium to be held 12 -16 April, 2014 in Tulsa, OK, USA. 3.3 Abbaszadeh, M., Guangwei, R.: “Simulation Techniques for Surfactant Phase Behavior and Foam Modeling in Fractured Reservoirs” SPE paper 166032, presented at the SPE Reservoir Characterization and Simulation Conference and Exhibition, Abu Dhabi, UAE, 16-18 September 2013 3.4 Shirdel, M., Abbaszadeh, M., Incera, G., Rodriguez-de la Garza, F.: “Development and Evaluation of Pseudo Capillary Pressure in Naturally Fractured Reservoirs” SPE paper 149502, presented at the SPE Eastern regional Meeting in Columbus, Ohio, USA, 17-19, August 2011 3.5 Abbaszadeh, M., Rodriguez-de la Garza, F., Yuan, C., Pope, G.: “Single-Well Simulation Study of Foam EOR in Gas-Cap Oil of the Naturally-Fractured Cantarell Field,” SPE paper 129867, presented at the SPE Improved Oil recovery Symposium held in Tulsa, Oklahoma, USA, 24-28 April 2010. 3.6 Abbaszadeh, M., Rodriguez-de la Garza, F., Yuan, C., Pope, G.: “Single-Well Chemical EOR Simulation Study for Recovery of Gas Cap Oil in Akal Field, Cantarell Complex,” International Petroleum Congress, Veracruz, Mexico, June 10-14, 2009. 3.7 Abbaszadeh, M., Okatsu, K., Farhadinia, A., Delshad, M., Pope, G.: “Screening Study of Chemical EOR Flooding in the Chicontepec Field,” International Petroleum Congress, Veracruz, Mexico, June 10-14, 2009. 3.8 Abbaszadeh, M., Okano, H., Ohno, K.: “Uncertainty Assessment of Oil Recovery by CO2-EOR Processes in Chicontepec,” International Petroleum Congress, Veracruz, Mexico, June 10-14, 2009. 3.9 Abbaszadeh, M., Ohno, K., Okano, H.: “Reservoir Characterization and CO2-EOR Injection Studies in Low Permeability Chicontepec Turbidite Reservoirs, Mexico,” technical paper IPTC 12637 presented at International Petroleum Technology Conference, Kuala Lumpur, Malaysia, 3-5 December 2008.
3.10 Abbaszadeh, M., Ohno, K., Okano, H.: “CO2 Injection Studies in Chicontepec Fields,” technical paper presented at Congreso Mexicano del Petoleo, Monterrey, Mexico, May 28-31, 2008.
3.11 Abbaszadeh, M., Ohno, K. “Water, CO2-WAG and Flue Gas IOR/EOR Injection Pilot Studies in South Chicontepec Reservoirs, Mexico,” technical paper presented at the second International Oil Conference and Exhibition, Veracruz, Mexico, June 27-30, 2007. 3.12 Takahashi, S., Abbaszadeh, M., Ohno, K., Salazar, H., Alcazar, O. “Integrated Reservoir Modeling for Evaluating Field Development Options in Agua Fria, Coapechaca and Tajin Fields of Chicontepec Basin,” SPE paper 103974 presented at the first International Oil Conference and Exhibition, Cancun, Mexico, Aug. 31-Sept. 2, 2006.
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Innovative Petrotech Solutions, Inc. Maghsood Abbaszadeh, Ph.D.
3.13 Ohno, K., Tsuji, Y., Abbaszadeh, M., Zamora, D.H.: “EOR Performance Predictions of a Fractured Carbonate Reservoir”, technical paper presented at 13th International Oil, Gas and Petrochemicals Congress, Tehran, Iran, January 26-28, 2005. 3.14 Abbaszadeh, M., Takahashi, I., Suzuki, K.: “Integrated Seismic-Guided Reservoir Characterization of a Carbonate Reservoir in Abu-Dhabi, U.A.E.,” SPE paper 90533 presented at 2004 ATCE, Houston, Texas, Sept. 26-29, 2004. 3.15 Abbaszadeh, M., Takano, O., Yamamoto, H., Shimamoto, T., Yazawa, N., Sandria, M.F., Guerrero Z.D, Rodriguez, F.: “Integrated Geostatistical Reservoir Characterization of Turbidite Sandstone Deposits in Chicontepec Basin, Gulf of Mexico,” SPE paper 84052 presented at 2003 ATCE, Denver, Colorado, Oct. 5-9, 2003. 3.16 Guerrero, A.D., Maruri, A R., Rodriguez, A.A., Alonso, J.A., Andrade J.C., Perera Perez N.L., Mitsuishi, H., Tsuji Y., Muta K., Asada, J., Ito T., Kojima H., Matsumoto Y., Iwasaki T. and Abbaszadeh, M.: “New Integrated Approach for Evaluating Long-Producing Cretaceous Carbonate Oil Fields in Reforma, Chiapas, South Region,” presented at EXITPE 2001 meeting, Mexico City, Mexico, Feb. 5-7, 2001. 3.17 Arihara, N., Nakamura, K., Abbaszadeh, M., and Tamura, K.: “Pressure Transient Analysis for a Stratified Water-Dissolved and Mud Adsorbed Gas Formation,” SPE technical paper 49977, Asia Pacific Oil & Gas Conference, Perth, Australia, 12-14 October 1998. 3.18 Abbaszadeh, M. and Namba, T.: "Well Testing of Carbonate Reservoirs and Comparison with Scale- Averaged Petrophysical Parameters," Asean Petroleum Council Meeting (ASCOPE), Jakarta, Indonesia, Nov. 24-27, 1997. 3.19 Abbaszadeh, M. and Koide, N.: "Evaluation of Permeability Upscaling Techniques and a New Algorithm for Interblock Transmissibilities," SPE technical paper 36179, Seventh ADIPEC Meeting, Abu Dhabi, UAE, October 13-16, 1996. 3.20 Arihara, N., Abbaszadeh, M., Wright, C. and Hyodo, H.: "Integration of Fracturing Dynamics and Pressure Transient Analysis for Hydraulic Fracture Evaluation," SPE technical paper 36551, SPE Annual Fall Meeting and Conference Exhibition, Denver, Colorado, October 7-9, 1996. 3.21 Fang, F., Firoozabadi, A., Abbaszadeh, M. and Radke, C.: "Phenomenological Modeling of Critical Condensate Saturation," SPE technical paper 36716, SPE Annual Fall Meeting and Conference Exhibition, Denver, Colorado, October 7-9, 1996. 3.22 Kuwauchi, Y., Abbaszadeh, M., Shirakawa, S. and Yamazaki, N.: "Development and Applications of a Voronoi-Based Flexible Grid Black Oil Simulator," SPE technical paper 37028, Asia Pacific Oil and Gas Conference, Adelaide, Australia, October 28-31, 1996. 3.23 Abbaszadeh, M.: "Advances in Reservoir Heterogeneity Upscaling Technology," presented at the JNOC 3rd International Symposium on Reservoir Characterization and Geostatistics, Chiba- Japan, February 20-22, 1995. 3.24 Sato, K. and Abbaszadeh, M.: "Complex Variable Boundary Element Method for Tracking Fluids Across Fractures," presented in the Mathematics of Oil Recovery IV, Roros-Norway, June 6-9, 1994. 3.25 Abbaszadeh, M., Tomito, K. and Tanaka, T.: "Pressure-Transient Behavior of Limited-Entry Wells in Communicating Layered Reservoirs," SPE technical paper 25664 presented at the SPE Middle East Oil Show, Bahrain, April 3-6, 1993. 3.26 Abbaszadeh, M.: "Well Testing of Carbonate Reservoirs," presented at the first JNOC International Symposium on Carbonate Rocks-Hydrocarbon Exploration & Reservoir Characterization, March 1993, Chiba, Japan.
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Innovative Petrotech Solutions, Inc. Maghsood Abbaszadeh, Ph.D.
3.27 Abbaszadeh, M., Karakas, M., Ramakrishnan, T.S.: “Effect of Temperature Change on Pressure Transient Behavior by water Injection Wells, “ Paper submitted to Trans. in Porous Media, Sept. 1992. 3.28 Abbaszadeh, M.: "Two-Phase Transient Testing of Water Injection Wells in Layered Reservoirs," SPE technical paper 22680 presented at the SPE Annual Fall Meeting and Conference Exhibition, Dallas, Texas, October 1991. 3.29 Hegeman, P. S. and Abbaszadeh, M.: "A Simplified Graphical Procedure to Analyze Simultaneous Transient Pressure and Sandface Rate Data," SPE paper 19359, (1989).
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