Extracting innovations : mining, energy, and technological change in the digital age /
edited by Martin J. Clifford, Robert K. Perrons, Saleem H. Ali and Tim A. Grice.
- First edition.
- 1 online resource (399 pages) : 101 illustrations
part Section I: Processes and Organizational Designs Underpinning Innovation in the Resources Sector -- chapter 1 Understanding the Innovation Ecosystem in Mining and What the Digital Revolution Means for It / chapter 2 Mining Innovation: Barriers and Imperatives / chapter 3 How Innovation and Research and Development Happen in the Upstream Oil and Gas Industry: Insights from a Global Survey / chapter 4 Vignette: Technological Innovation in Mexico’s Hydrocarbon Sector / chapter 5 Vignette: Innovation in Australia’s Extractive Industries—Current Context and Future Requirements / chapter 6 Vignette: The Need for Innovation in Mining and Potential Areas for Adopting New Technologies. John McGagh -- part Section II: Advances in Mining, Oil, and Gas Technologies -- chapter 7 Digital Mining: Past, Present, and Future / chapter 8 An Optimized Command System for Full Automation of Digitally Controlled Mine and Gas Train Plants and Sites / chapter 9 The Case for “n << all”: Why the Big Data Revolution Will Probably Happen Differently in the Mining Sector / chapter 10 Advancement in Digital Oil Field Technology: Maximizing Production and Improving Operational Efficiency through Data-Driven Technologies / chapter 11 A Statistical Framework for Data-Driven Assessment of Unconventional Oil and Gas Resources / chapter 12 Application of Advanced Data Analytics to Improve Haul Trucks Energy Efficiency in Surface Mines / chapter 13 Augmented Reality in Geological Modeling: Development and Use of the Leapfrog Aspect Viewer / chapter 14 Streamlining and Standardizing Data Use in the Extractive Industries. Energistics Consortium -- chapter 15 Vignette: Innovations in Deep Seabed Mining / chapter 16 Extracting Off-Earth Resources / part Section III: Social Responsibility and Environmental Stewardship -- chapter 17 Vignette: Land Access and Social Consensus / chapter 18 Leveraging Social Investment / chapter 19 Mobile Money and Financial Inclusion in the Papua New Guinea Resource Regions / chapter 20 Vignette: Local Level Agreement Making in the Extractive Industries—A Viewpoint on Context, Content, and Continuing Evolution / chapter 21 Social Incident Investigation in Mining: Thinking Outside the Fence / chapter 22 Social Media and Community Relations: Five Key Challenges and Opportunities for Future Practice / chapter 23 Phytomining: Using Plants to Extract Valuable Metals from Mineralized Wastes and Uneconomic Resources / chapter 24 Vignette: The Eden Project—Innovative Restoration of a Mine Site for Tourism / chapter 25 The Frugal Rehabilitation Methodology for Artisanal and Small-Scale Mining in Mongolia: An Innovative Approach to Formalization and Environmental Governance with Potential for International Adaptation through the BEST-ASM Initiative. John Steen -- Kane Usher -- Robert K. Perrons -- Victor Gerardo Ortiz Gallardo -- Miranda Taylor -- Jonathon C. Ralston, Craig A.R. James, and David W. Hainsworth -- Brian J. Evans -- Robert K. Perrons -- Richard Mohan David -- Justin Montgomery and Francis O’Sullivan -- Ali Soofastaei -- P.J. Hollenbeck -- Lindsey Harris -- Serkan Saydam -- Sharon Flynn -- John D. Moore, Andry Nowosiwsky, Valentina Kaman, and Gary Krieger -- Tim A. Grice -- Bruce Harvey -- Deanna Kemp -- Colette Einfeld -- Philip N. Nkrumah, Guillaume Echevarria, Peter D. Erskine, and Anthony van der Ent -- Saleem H. Ali --
This book considers the most contemporary innovations propelling the extractive industries forward while also creating new environmental and social challenges. The socio-ecological fabric of innovation in the extractive industries is considered through an integrative approach that brings together engineers, natural scientists, and social scientists—academics and practitioners—giving an empirically grounded and realistic evaluation of the innovations in this sector. It synthesizes a series of questions including: And more!How are digital technologies changing the competitive landscape and industry architecture? How will new technologies impact sustainability of the sector and can technologies improve social performance and environmental stewardship?What specific strategies can improve innovation and uptake of new technologies? What new forms of technology will shape the sector in the decades ahead? What impact will new technologies have on resource extraction and energy production? Why have these sectors been historically slow to innovate?.
9781315099286
Mining engineering--Technological innovations.
TECHNOLOGY & ENGINEERING / Mining.
TECHNOLOGY & ENGINEERING / Chemical & Biochemical.
TECHNOLOGY & ENGINEERING / Civil / Soil & Rock.
Data Mining In Oil And Gas Engineering.
Mining And Petroleum Engineering In The Digital Area.
Mining Engineering.
Oil And Gas Engineering.
Technological Advances In Mining And Petroleum.
TN275
622
part Section I: Processes and Organizational Designs Underpinning Innovation in the Resources Sector -- chapter 1 Understanding the Innovation Ecosystem in Mining and What the Digital Revolution Means for It / chapter 2 Mining Innovation: Barriers and Imperatives / chapter 3 How Innovation and Research and Development Happen in the Upstream Oil and Gas Industry: Insights from a Global Survey / chapter 4 Vignette: Technological Innovation in Mexico’s Hydrocarbon Sector / chapter 5 Vignette: Innovation in Australia’s Extractive Industries—Current Context and Future Requirements / chapter 6 Vignette: The Need for Innovation in Mining and Potential Areas for Adopting New Technologies. John McGagh -- part Section II: Advances in Mining, Oil, and Gas Technologies -- chapter 7 Digital Mining: Past, Present, and Future / chapter 8 An Optimized Command System for Full Automation of Digitally Controlled Mine and Gas Train Plants and Sites / chapter 9 The Case for “n << all”: Why the Big Data Revolution Will Probably Happen Differently in the Mining Sector / chapter 10 Advancement in Digital Oil Field Technology: Maximizing Production and Improving Operational Efficiency through Data-Driven Technologies / chapter 11 A Statistical Framework for Data-Driven Assessment of Unconventional Oil and Gas Resources / chapter 12 Application of Advanced Data Analytics to Improve Haul Trucks Energy Efficiency in Surface Mines / chapter 13 Augmented Reality in Geological Modeling: Development and Use of the Leapfrog Aspect Viewer / chapter 14 Streamlining and Standardizing Data Use in the Extractive Industries. Energistics Consortium -- chapter 15 Vignette: Innovations in Deep Seabed Mining / chapter 16 Extracting Off-Earth Resources / part Section III: Social Responsibility and Environmental Stewardship -- chapter 17 Vignette: Land Access and Social Consensus / chapter 18 Leveraging Social Investment / chapter 19 Mobile Money and Financial Inclusion in the Papua New Guinea Resource Regions / chapter 20 Vignette: Local Level Agreement Making in the Extractive Industries—A Viewpoint on Context, Content, and Continuing Evolution / chapter 21 Social Incident Investigation in Mining: Thinking Outside the Fence / chapter 22 Social Media and Community Relations: Five Key Challenges and Opportunities for Future Practice / chapter 23 Phytomining: Using Plants to Extract Valuable Metals from Mineralized Wastes and Uneconomic Resources / chapter 24 Vignette: The Eden Project—Innovative Restoration of a Mine Site for Tourism / chapter 25 The Frugal Rehabilitation Methodology for Artisanal and Small-Scale Mining in Mongolia: An Innovative Approach to Formalization and Environmental Governance with Potential for International Adaptation through the BEST-ASM Initiative. John Steen -- Kane Usher -- Robert K. Perrons -- Victor Gerardo Ortiz Gallardo -- Miranda Taylor -- Jonathon C. Ralston, Craig A.R. James, and David W. Hainsworth -- Brian J. Evans -- Robert K. Perrons -- Richard Mohan David -- Justin Montgomery and Francis O’Sullivan -- Ali Soofastaei -- P.J. Hollenbeck -- Lindsey Harris -- Serkan Saydam -- Sharon Flynn -- John D. Moore, Andry Nowosiwsky, Valentina Kaman, and Gary Krieger -- Tim A. Grice -- Bruce Harvey -- Deanna Kemp -- Colette Einfeld -- Philip N. Nkrumah, Guillaume Echevarria, Peter D. Erskine, and Anthony van der Ent -- Saleem H. Ali --
This book considers the most contemporary innovations propelling the extractive industries forward while also creating new environmental and social challenges. The socio-ecological fabric of innovation in the extractive industries is considered through an integrative approach that brings together engineers, natural scientists, and social scientists—academics and practitioners—giving an empirically grounded and realistic evaluation of the innovations in this sector. It synthesizes a series of questions including: And more!How are digital technologies changing the competitive landscape and industry architecture? How will new technologies impact sustainability of the sector and can technologies improve social performance and environmental stewardship?What specific strategies can improve innovation and uptake of new technologies? What new forms of technology will shape the sector in the decades ahead? What impact will new technologies have on resource extraction and energy production? Why have these sectors been historically slow to innovate?.
9781315099286
Mining engineering--Technological innovations.
TECHNOLOGY & ENGINEERING / Mining.
TECHNOLOGY & ENGINEERING / Chemical & Biochemical.
TECHNOLOGY & ENGINEERING / Civil / Soil & Rock.
Data Mining In Oil And Gas Engineering.
Mining And Petroleum Engineering In The Digital Area.
Mining Engineering.
Oil And Gas Engineering.
Technological Advances In Mining And Petroleum.
TN275
622