Accomplished petrophysicist driven by a work ethic of excellence and a passion for technical innovation. A published author with extensive global industry experience in petrophysical interpretation. Possessing a proven track record for delivering true production potential and maximization of conventional and unconventional reservoirs. A leader with the ability to challenge, inspire, mentor, and motivate team members to think in creative and innovative ways to address complicated technical issues. Recognized as an industry expert with a technical background covering multiple disciplines. Proven ability to develop and implement creative solutions to complex problems.
Overview
46
46
years of professional experience
Work History
PETROPHYSICS CONSULTANT
Advanced Petrophysical Solutions LLC.
01.2017 - Current
Consultant providing petrophysics consultation and formation data acquisition recommendations for conventional and unconventional reservoirs
Consulting for multiple companies on unconventional projects in South Texas, Delaware, Midland and Central Platform wells in Texas and New Mexico of the Permian basin
Other projects include a deep, high pressure, high temperature Vicksburg well in South Texas providing analysis in shaly sand low contrast pay in a laminated reservoir and study of heavy oil reservoirs in South and East Texas
Provided consulting on petrophysical properties obtained from cuttings and core analysis as well as mechanical rock properties and completions support
Recent member of a multi-discipline team evaluating a potential source rock play in Egypt
Support on an ultra-deep (30,000 Ft.) vertical dry gas well in South Louisiana to provide petrophysical analysis for accurate reserve calculations
Technical support to evaluate the potential of a Lithium Brine project for Direct Lithium Extraction (DLE)
Supported clients with techinical analysis, documentation, and petrophysical modeling on potential acquisitions and divesture of assets
Senior Petrophysical Advisor
HESS CORPORATION
10.2012 - 12.2016
A member of a multidisciplinary global unconventional reservoir technology team, responsibilities included advising business unit asset teams on new and innovative technologies and research projects related to petrophysics on unconventional resources
As a member of the global reservoir engineering team, provided petrophysics support for global unconventional reservoirs, exploration, onshore and deepwater GOM development projects
Recommended advanced formation evaluation wireline logs, coring and advanced special core analysis methods on exploration/science data wells and development of petrophysical models for reservoir characterization and modeling
Compiled a "Best Practices" manual to be used by business unites in acquiring and analyzing cores for unconventional reservoirs
Contributed insights during research consortium meetings with university and service companies aimed at optimizing knowledge and understandings of unconventional reservoirs
Demonstrated strong organizational and time management skills while managing multiple projects
Developed and maintained courteous and effective working relationships with primary vendors
Participated in industry networking events to expand professional connections
Training and mentoring young professionals
Senior Petrophysical Advisor
FOREST OIL CORPORATION
10.2011 - 10.2012
Provided petrophysical interpretation and support for Eagle Ford shale, Woodbine/Eaglebine, Vicksburg and Wilcox reservoir development projects for the Southern Business Unit and Permian exploration projects in the Wolf Camp, Wolf Bone, Bone Springs and Avalon reservoirs
Planned and executed formation evaluation wireline logs, coring and drill cuttings evaluation for petrophysical data collection on vertical and horizontal wellbores
Determined vertical and horizontal well mechanical rock properties for use in selecting horizontal targets and for use in engineered completions methods
Contributed insights during team meetings aimed at optimizing lateral "sweet spot" that increased production and decreased water production
Developed innovative petrophysical solutions for conventional and unconventional reservoirs, resulting in increased recovery rates and optimized production
Staff Petrophysicist
CONOCOPHILLIPS
03.2006 - 10.2011
Provided petrophysical support for several multi-disciplinary development asset teams, who develop complex shaly sands, tight gas and unconventional resource shale plays including the discovery wells in the Eagle Ford shale
Enhanced reservoir characterization and understandings by integrating advanced petrophysical analysis techniques and recommendations for logging acquisition associated with standard and advanced logging suites and operations associated with wireline, LWD/FEWD, mud logging, coring and core analysis services
Additional responsibilities include providing reservoir pay summaries, core and log data integration and recommendations for perforating new wells, workovers, and re-completions as well as providing technical and petrophysical support for field studies and prospect development (Cotton Valley, Inland Waters SE Louisiana, Louisiana Wilcox, Lobo Wilcox, GOM Deepwater Wilcox, Eagle Ford Shale, Haynesville Shale)
Collaborated closely with geoscientists to develop integrated subsurface models, improving overall project success rate
Advanced company-wide knowledge of petrophysics best practices through regular training sessions and mentoring of junior staff members
Increased collaboration among team members by facilitating effective communication between geologists, engineers, and other stakeholders
Developed innovative petrophysical solutions for conventional and unconventional reservoirs, resulting in increased recovery rates and optimized production strategies
Petrophysical Consultant
SHELL OIL COMPANY
10.2005 - 03.2006
As a member of the unconventional resources team, providing petrophysical evaluation and reservoir evaluation support for a study of a heavy-oil project in Canada of more than 200 wells for inclusion into Petrel reservoir modeling program for a project potentially using electrical downhole heaters to enhance heavy oil recovery
PULSED NEUTRON SERVICES COORDINATOR
PERF-O-LOG, INC.
06.2002 - 10.2005
Responsible for all aspects of developing a pulsed neutron logging service for a mid-size wireline service company
Managed and coordinated vendors and contractors to facilitate tool development, technical troubleshooting, and contractual obligations associated with a $3 million project budget
Managed project timelines for successful completion, ensuring milestones were met and deadlines were adhered to
Coordinated cross-functional teams, resulting in seamless project execution and enhanced outcomes
Global Product Champion
HALLIBURTON ENERGY SERVICES
01.1997 - 05.2002
Responsible for the global petrophysical interpretation support and oversight of the product development and commercialization of a new pulsed neutron logging service for cased hole reservoir monitoring
Job responsibilities included the coordination and management of cross-functional resources within the organization to facilitate the development of the service and conducting internal and external training programs on petrophysical interpretation and service attributes
Responsibilities included working with external operating companies to evaluate logging techniques and petrophysical evaluations for using the service to monitor and optimize reservoir production
Developed petrophysical interpretation methods for the new service and trained 23 petrophysicist in these techniques
Developed new petrophysical interpretation technique using pulsed neutron sigma and carbon oxygen ratio measurements in three phase reservoirs
Conducted thorough market research to identify emerging trends and drive innovation in product offerings
Lead Log Analyst
HALLIBURTON ENERGY SERVICES
01.1997 - 01.2002
Responsible for interpretation development and global interpretation support for nuclear logging services in the Interpretation Development and Support Group
Developed petrophysical analysis transforms to produce a new density type porosity using gamma rays produced by inelastic neutron interactions made by pulsed neutron measurements.
Senior Technical Advisor – Technology
HALLIBURTON ENERGY SERVICES
01.1997 - 01.2000
Responsible for serving as the technical specialist for the global organization in the application of advanced theories, concepts, principles, and processes for cased hole reservoir monitoring services in the Reservoir Applications Support Group
Supported critical and difficult interpretation situations and applied advance petrophysical interpretation techniques for cased hole reservoir monitoring services to global oil and gas operators which included projects in South America, Egypt, Kuwait, Deepwater Gulf of Mexico, Montana, South Texas, and West Texas.
SENIOR SALES ENGINEER
COMPUTALOG USA INC.
06.1994 - 12.1996
Responsible for sales and support of services and products to oil and gas operating companies, making technical presentations, petrophysical log analysis support, and technical client support.
Instituted marketing studies, marketing materials development, organization of in-house client presentations, technical presentation material development, technical articles, and technical paper development, petrophysical log analysis technique development, and client technical support to global field operations
Led a cross-discipline team in researching and evaluating a wellsite log data satellite transmission system
Developed technical marketing materials, presentations, society papers, journal articles, seminars, training materials, log analysis techniques, and global field operations client support.
Senior Log Analyst Responsibilities
Tested and improved analysis programs using Full Waveform Sonic logging measurements and mechanical rock properties analysis
Performed log analyses, sales of open hole and cased hole logging services in the Headquarters Sales office
The on-call log analyst for the 16-member Headquarters Sales group.
Field Engineer Responsibilities:
Provided accurate open and cased hole logs services to clients, managed a crew of five people, maintenance of logging truck and downhole logging tools, and log analysis training and interpretation development
Operated first computerized logging unit in South Texas operations
Operated first computerized log analysis van using digital taping of analog logging measurements
Field Engineer in international Mexico operations logging wells deeper than 25,000 ft.
Education
BS Engineering Technology – Mechanical -
Texas A&M University
College Station, Texas
Skills
Working with multidisciplinary teams involved in exploration, appraisal, development, reservoir characterization and production enhancement projects for conventional, unconventional, and deep-water reservoirs
Developing recommendations for data acquisition associated with well operations using standard and/or advanced wireline logging suites, LWD/MWD suites, mud logging, cuttings evaluation, coring procedures, and core analysis services
Proficient with the petrophysical interpretation and processing of standard and advanced logging measurements such as nuclear magnetic resonance, high-frequency dielectric, triaxial resistivity, elemental gamma ray spectroscopy measurements, formation testing, multicomponent dipole sonic and image logs
Developing petrophysical models using deterministic and probabilistic petrophysical interpretation methods for volumetric determination of formation fluids, multi-mineral lithological determination, and mechanical rock properties analysis
Discovered new interpretation methods for core and log NMR measurements in the Bakken petroleum system that yielded more accurate interpretation results for porosity and oil and water volumes
Invented two new pulsed neutron water saturation models that provide more accurate saturation answers than previous models and are being used by others in industry: Dry clay model for interpretation of shaly sand reservoirs, Three-phase saturation model for computing gas, oil, and water saturations using formation capture sigma and carbon oxygen ratio measurements in low salinity reservoirs
Pioneered petrophysical analysis transforms to produce a density type measurement using gamma rays produced by inelastic neutron interactions made by pulsed neutron instruments that are regularly in use today
Researched and developed new core cleaning methods for unconventional tight oil reservoirs that resulted in: Establishment of “Best Practice” protocols for use on Bakken Petroleum System core samples, More accurate core analysis of core fluids and porosity
Developed and implemented a comprehensive petrophysical model for the Eagle Ford shale that integrated multiple sets of data recorded in the vertical and lateral section of wells. This led to optimizing the placement of the lateral wellbore and modifications to the competition plan that resulted in 30 to 40 % higher initial oil production rates and reduced water production from high salinity formations
Advisor on many company sponsored research projects, JIP’s and Special Interest Groups at several universities, consortiums and service company research groups projects for unconventional reservoirs
Author or co-author of more than twenty technical publications