Utah's geology provides a remarkable range of energy and mineral wealth. This report summarizes mineral activity including base metals, precious metals, industrial minerals, energy minerals, crude oil, natural gas and unconventional fuels.

This report summarizes all energy and mineral resource production and value for the state of Utah in 2015. Energy resources include oil, natural gas, coal, and uranium, and nonfuel mineral resources include industrial minerals, and base and precious metals. The report also discusses current exploration and development of these resources.

During 2013, Utah extractive resource industries produced energy and mineral commodities with an estimated gross value of $9.5 billion. On an inflation-adjusted basis, this is a $1 billion (12%) increase from 2012, and $1.2 billion (11%) less than the 2008 record high of $10.7 billion. Total energy production in 2013 was valued at $5.6 billion, which includes $2.96 billion from crude oil production, $2.11 billion from natural gas and natural gas liquids production, and $0.58 billion from coal production. Nonfuel mineral production was valued at $3.9 billion, including $2.21 billion from base metal production, $1.3 billion from industrial mineral production, and $0.37 billion from precious metal production.

Utah energy and mineral companies produced an estimated gross value of $8.2 billion in energy and mineral commodities in 2012. On an inflation-adjusted basis, this is a $1.2 billion (12%) decrease from 2011, and a $1.9 billion (18%) decrease from the 2008 record high of $10 billion. Total energy production in 2012 was valued at $4.5 billion, including $2.5 billion from crude oil production, $1.3 billion from natural gas production, $0.6 billion from coal production, and $0.03 billion from uranium production. Nonfuel mineral production was valued at $3.7 billion, including $2.1 billion from base metal production, $1.2 billion from industrial mineral production, and $0.4 billion from precious metal production.

This book addresses key challenges and conflicts arising in extractive industries (mining, oil drilling) concerning the human rights of workers, their families, local communities and other stakeholders. Further, it analyses various instruments that have sought to mitigate human rights violations by defining transparency-related obligations and participation rights. These include the Extractive Industries Transparency Initiative (EITI), disclosure requirements, and free, prior and informed consent (FPIC). The book critically assesses these instruments, demonstrating that, in some cases, they produce unwanted effects. Furthermore, it highlights the importance of resistance to extractive industry projects as a response to human rights violations, and discusses how transparency, participation and resistance are interconnected.

The Routledge Handbook of the Extractive Industries and Sustainable Development provides a cutting-edge, comprehensive overview of current trends, challenges and opportunities for metal and mineral production and use, in the context of climate change and the United Nations Sustainable Development Agenda 2030. Minerals and metals are used throughout the world in manufacturing, construction, infrastructure, production of electronics and consumer goods. Alongside this widespread use, extraction and processing of mineral resources take place in almost every nation at varying scales, both in developing countries and major developed nations. The chapters in this interdisciplinary handbook examine the international governance mechanisms regulating social, environmental and economic implications of mineral resource extraction and use. The original contributions, from a range of scholars, examine the relevance of the mining industry to the United Nations Sustainable Development Goals (SDGs), reviewing important themes such as local communities Indigenous peoples, gender equality and fair trade, showing how mining can influence global sustainable development. The chapters are organised into three sections: Global Trends in Mineral Resources Consumption and Production; Technology, Minerals and Sustainable Development; and Management of Social, Environmental and Economic Issues in the Mining Industry. This handbook will serve as an important resource for students and researchers of geology, geography, earth science, environmental studies, engineering, international development, sustainable development and business management, among others. It will also be of interest to professionals in governmental, international and non-governmental organisations that are working on issues of resource governance, environmental protection and social justice.

This volume, covering metals and minerals, contains chapters on approximately 90 commodities. In addition, this volume has chapters on mining and quarrying trends and on statistical surveying methods used by Minerals Information, plus a statistical summary. Staff and contractors working for mining companies, companies that use export/import certain minerals and metals, geologists, and members of the general public interested in the properties and federal rules governing the definitions and extraction/use of minerals and metals. Additionally, economists, and commodity investors or financial planners may be interested in this volume. Related products: Minerals and Metals collection can be found here: https: //bookstore.gpo.gov/catalog/science-technology/minerals-metals Mining & Drilling resources collection is available here: https: //bookstore.gpo.gov/catalog/science-technology/mining-drilling Other printed volumes in the Mineral Yearbook series can be found here: https: //bookstore.gpo.gov/catalog/science-technology/minerals-metals/minerals-yearbook

Several senior natural resource analysts study the role played by innovation, particularly technological innovation, in the pursuit of heightened productivity. Increasing the output of a given input improves a firm‘s bottom line, makes it more competitive internationally, and reduces the potential for resource depletion and shortages. Thus, high productivity is a necessary ingredient of economic prosperity. This book illustrates the importance of technological innovation in achieving an acceptable level of output and efficiency. In this important new offering, a team of resource scholars describes and chronicles the development of recent innovations in selected natural resource industries. The authors also reveal the causes, sources, and net effect of such innovation on productivity. In all of these sectors productivity has increased considerably since the early 1980s, although the level of improvement varies across industries. To what degree did technological innovation contribute to that increase? Individual detailed case studies detail important innovations in America‘s coal, petroleum, copper, and forest industries. The primary focus is on extraction and production technologies, although the existence and importance of innovation in other areas such as management technique also enter the picture. For example, the combination of new technology with restructuring seems to have breathed new life into a floundering U.S. copper industry. The authors describe the origin and diffusion of important innovation, and the concluding chapter quantifies the net effect of such innovation on productivity.

The industrialisation of China prompted the biggest commodity boom of modern times. Soaring prices gave rise to talk of a commodity super cycle and induced a wave of resource nationalism. The author, who was chief economist at two of the world's largest mining companies, describes how this resulted in a transformation of the global mining industry.