Energy is the economic engine of the world. Access to secure energy — affordable, available, reliable, and sustainable — is vital not only for economic health but also for lifting the world from poverty. Energy and the economy are intimately linked to capacity to invest in the environment, including adapting to climate change. Unfortunately, the climate dialogue has taken on faith-based tones: “Do you ‘believe’ or ‘deny’ climate change?” Climate change is not something one believes or denies; rather, it is something one studies, tests, improves scientifically, and seeks solutions for. While energy “solutions” to climate change today tend to define renewable energy as “good” and fossil and nuclear energy as “bad,” in reality, all forms of energy at scale have environmental benefits and challenges. Further, proposed carbon “solutions” are politically skewed toward carbon pricing and global wealth redistribution. Does a global energy approach exist that both addresses climate change and poverty and preserves healthy economies? Will politically motivated voices continue to bias the conversation, or can a “radical middle” be found at the nexus of energy/poverty/climate? To address these questions and avoid the unintended consequences of ostensibly well-meaning but sometimes harmful policies requires a culture of fact-based, transparent, and accessible energy education, accompanied by open, objective, and honest dialogue around such things as scale, emissions, land use, water, thermodynamics, mining, economics, modeling, and policy. Through this kind of honest conversation, convergence on workable solutions might be possible; several such solutions will be examined here.

Scott Tinker’s passion is bringing disparate groups together to address difficult energy challenges.

Dr. Tinker is director of the Bureau of Economic Geology, the State Geologist of Texas, and a professor holding the Allday Endowed Chair at The University of Texas at Austin. He has served as president of the American Geosciences Institute, the Association of American State Geologists, the American Association of Petroleum Geologists, and the Gulf Coast Association of Geological Societies. Dr. Tinker is a Halbouty Leadership Medalist, a Boyd Medalist, and a Fellow of the Geological Society of America. In his visits to over 55 countries, he has given 700 keynote and invited lectures to government, industry, academic, and general audiences; he also serves on many private, public, academic, and government boards and advisory councils. Tinker co-produced and is featured in the award-winning energy documentary film Switch, which has been screened in over 50 countries to more than 15 million viewers and is used on thousands of college campuses. Dr. Tinker is currently making a sequel film, SwitchON, that addresses global energy poverty.

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Energy is the economic engine of the world. Access to secure energy — affordable, available, reliable, and sustainable — is vital not only for economic health but also for lifting the world from poverty. Energy and the economy are intimately linked to capacity to invest in the environment, including adapting to climate change. Unfortunately, the climate dialogue has taken on faith-based tones: “Do you ‘believe’ or ‘deny’ climate change?” Climate change is not something one believes or denies; rather, it is something one studies, tests, improves scientifically, and seeks solutions for. While energy “solutions” to climate change today tend to define renewable energy as “good” and fossil and nuclear energy as “bad,” in reality, all forms of energy at scale have environmental benefits and challenges. Further, proposed carbon “solutions” are politically skewed toward carbon pricing and global wealth redistribution. Does a global energy approach exist that both addresses climate change and poverty and preserves healthy economies? Will politically motivated voices continue to bias the conversation, or can a “radical middle” be found at the nexus of energy/poverty/climate? To address these questions and avoid the unintended consequences of ostensibly well-meaning but sometimes harmful policies requires a culture of fact-based, transparent, and accessible energy education, accompanied by open, objective, and honest dialogue around such things as scale, emissions, land use, water, thermodynamics, mining, economics, modeling, and policy. Through this kind of honest conversation, convergence on workable solutions might be possible; several such solutions will be examined here.

Scott Tinker’s passion is bringing disparate groups together to address difficult energy challenges.

Dr. Tinker is director of the Bureau of Economic Geology, the State Geologist of Texas, and a professor holding the Allday Endowed Chair at The University of Texas at Austin. He has served as president of the American Geosciences Institute, the Association of American State Geologists, the American Association of Petroleum Geologists, and the Gulf Coast Association of Geological Societies. Dr. Tinker is a Halbouty Leadership Medalist, a Boyd Medalist, and a Fellow of the Geological Society of America. In his visits to over 55 countries, he has given 700 keynote and invited lectures to government, industry, academic, and general audiences; he also serves on many private, public, academic, and government boards and advisory councils. Tinker co-produced and is featured in the award-winning energy documentary film Switch, which has been screened in over 50 countries to more than 15 million viewers and is used on thousands of college campuses. Dr. Tinker is currently making a sequel film, SwitchON, that addresses global energy poverty.

Panel_44653 Panel_44653 Energy, Poverty, and Climate: Seeking the Radical Middle 08/22/2018 08/22/2018 12:00 PM 1:30 PM Hilton Cartagena

Companies have invested in accessing, cleaning, and managing big data from the petroleum industry. Powerful analytics now allow geoscientists and engineers to examine a petroleum basin’s diverse resource and long-term production potential. Knowledge of the raw data, ability to formulate insightful questions, and the experience to evaluate the answers are fundamental parts of petroleum data and analytics. It is the diverse perspectives and creativity of geoscientists in concert with engineering and technological advances that ultimately can create value.

Time slices of wells drilled in the Permian Basin of West Texas overlain on structure and coded by stratigraphy or reservoir name demonstrate how the exploration and development of the basin’s petroleum systems has evolved. Historical knowledge of the play concepts, enhanced recovery methods, and drilling technology illustrate how data and analytics can be used to learn from a petroleum basin’s past, understand the value of current development, and make projections about future potential.

Denise Cox is President of Storm Energy, Ltd. where she is responsible for evaluating projects and partnerships for the company's oil and gas portfolio. Ms. Cox began her petroleum geoscience career with Marathon Oil Company at the Denver Research Center. During her 20-year career in Marathon's research, production, and exploration offices she specialized in the application of new technology to carbonate petroleum reservoirs and later the evaluation and development of unconventional reservoirs. She is currently interested in "Big Data" and data analytics to maximize recovery of reserves in new and old fields.

Denise Cox received her B.S. with Honors from the State University of New York at Binghamton and M.S. from the University of Colorado. She is an AAPG Certified Petroleum Geologist and U.S. licensed geologist in Wyoming. Ms. Cox is President-Elect for the American Association of Petroleum Geologists and Past-President of the Association for Women Geoscientists. She has held leadership positions on numerous geological society committees where she is best known as a geoscience "connector" and for her outreach activities with students, young professionals, and women.

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Companies have invested in accessing, cleaning, and managing big data from the petroleum industry. Powerful analytics now allow geoscientists and engineers to examine a petroleum basin’s diverse resource and long-term production potential. Knowledge of the raw data, ability to formulate insightful questions, and the experience to evaluate the answers are fundamental parts of petroleum data and analytics. It is the diverse perspectives and creativity of geoscientists in concert with engineering and technological advances that ultimately can create value.

Time slices of wells drilled in the Permian Basin of West Texas overlain on structure and coded by stratigraphy or reservoir name demonstrate how the exploration and development of the basin’s petroleum systems has evolved. Historical knowledge of the play concepts, enhanced recovery methods, and drilling technology illustrate how data and analytics can be used to learn from a petroleum basin’s past, understand the value of current development, and make projections about future potential.

Denise Cox is President of Storm Energy, Ltd. where she is responsible for evaluating projects and partnerships for the company's oil and gas portfolio. Ms. Cox began her petroleum geoscience career with Marathon Oil Company at the Denver Research Center. During her 20-year career in Marathon's research, production, and exploration offices she specialized in the application of new technology to carbonate petroleum reservoirs and later the evaluation and development of unconventional reservoirs. She is currently interested in "Big Data" and data analytics to maximize recovery of reserves in new and old fields.

Denise Cox received her B.S. with Honors from the State University of New York at Binghamton and M.S. from the University of Colorado. She is an AAPG Certified Petroleum Geologist and U.S. licensed geologist in Wyoming. Ms. Cox is President-Elect for the American Association of Petroleum Geologists and Past-President of the Association for Women Geoscientists. She has held leadership positions on numerous geological society committees where she is best known as a geoscience "connector" and for her outreach activities with students, young professionals, and women.

Panel_45722 Panel_45722 Big Data, Big Analytics and the Value of Diverse Perspectives - An Example from the Permian Basin, West Texas, USA 08/23/2018 08/23/2018 12:00 PM 1:30 PM Hilton Cartagena