Global Shale Gas Technologies and Markets
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Shale gas has the potential to dramatically impact global energy markets. It is assuming an increasingly significant role in global natural gas markets as nations around the world continue to seek lower-carbon fuels while ensuring energy security and economic development. Demand for natural gas is expected to continue to increase and will account for nearly 24% of global energy supplies by 2020. While demand for gas is increasing, supplies from conventional sources are depleting. This dynamic is driving the gas industry to unconventional sources, notably shale.
The confluence of growing demand and breakthrough technological advancements has made investments in shale plays attractive in recent years. Advancements in directional drilling and hydraulic fracturing technologies have enabled the achievement of high rates of gas production from deep, low permeability gas shale formations. These breakthroughs have facilitated access to some of the largest undeveloped gas resources in the world.
These technologies have been widely adopted in North America, resulting in dramatic increases in the production of shale gas. North American gas shales already produce over 9 billion cubic feet per day and are projected to continue to grow rapidly. Shale gas as a percentage of total North American gas production has increased from virtually nothing in 2000 to 13% in 2009; enabling the United States to eclipse Russia as the world’s leading producer of natural gas.
The success of shale gas production in North America, and particularly in the US, has accelerated the exploration of shale gas resources in other regions of the world. In 2009, the International Energy Agency estimated that global recoverable resources of shale gas exceed 6,350 trillion cubic feet (Tcf). In Europe, significant gas shale resources have been identified in Poland, Sweden, and Austria. A number of gas shale basins have also been identified in Australia, China, India, and Southern African nations.
Several factors point to dramatic growth and great expectations for the market for shale gas. However, the exploration and extraction of shale gas resources remains a relatively new and developing field. Certain challenges remain to be overcome and debate continues on the estimates of the scale of recoverable resources, the economics of shale gas production, and the environmental impact of shale gas extraction processes.
Global Shale Gas Technologies and Markets includes a broad review of the global market for shale gas. The report presents the characteristics of currently identified global shale gas resources and key technologies leveraged in the production of shale gas. Environmental considerations and the regulatory landscape are discussed. Additionally, details of major US shale play investments are provided along with discussion of the potential economic impact of shale development and US sub-sector employment trends. Key market participants are profiled. The report provides historic and forecast global shale production 2006 to 2020. Market drivers including global energy demand, gas demand, supply, and price trends and market inhibitors are reviewed in detail.
Report Methodology
The information in Global Shale Gas Technologies and Markets is based on primary and secondary research. Primary research entailed gathering information from firms and individuals involved in development, marketing, distribution and sales of shale and natural gas, utilities, analysts and consultants to the energy industry to obtain insight into the technologies and market factors shaping the industry. Secondary research entailed data gathering from relevant sources, including government and industry publications, company literature, and corporate annual reports.
Shale gas has the potential to dramatically impact global energy markets. It is assuming an increasingly significant role in global natural gas markets as nations around the world continue to seek lower-carbon fuels while ensuring energy security and economic development. Demand for natural gas is expected to continue to increase and will account for nearly 24% of global energy supplies by 2020. While demand for gas is increasing, supplies from conventional sources are depleting. This dynamic is driving the gas industry to unconventional sources, notably shale.
The confluence of growing demand and breakthrough technological advancements has made investments in shale plays attractive in recent years. Advancements in directional drilling and hydraulic fracturing technologies have enabled the achievement of high rates of gas production from deep, low permeability gas shale formations. These breakthroughs have facilitated access to some of the largest undeveloped gas resources in the world.
These technologies have been widely adopted in North America, resulting in dramatic increases in the production of shale gas. North American gas shales already produce over 9 billion cubic feet per day and are projected to continue to grow rapidly. Shale gas as a percentage of total North American gas production has increased from virtually nothing in 2000 to 13% in 2009; enabling the United States to eclipse Russia as the world’s leading producer of natural gas.
The success of shale gas production in North America, and particularly in the US, has accelerated the exploration of shale gas resources in other regions of the world. In 2009, the International Energy Agency estimated that global recoverable resources of shale gas exceed 6,350 trillion cubic feet (Tcf). In Europe, significant gas shale resources have been identified in Poland, Sweden, and Austria. A number of gas shale basins have also been identified in Australia, China, India, and Southern African nations.
Several factors point to dramatic growth and great expectations for the market for shale gas. However, the exploration and extraction of shale gas resources remains a relatively new and developing field. Certain challenges remain to be overcome and debate continues on the estimates of the scale of recoverable resources, the economics of shale gas production, and the environmental impact of shale gas extraction processes.
Global Shale Gas Technologies and Markets includes a broad review of the global market for shale gas. The report presents the characteristics of currently identified global shale gas resources and key technologies leveraged in the production of shale gas. Environmental considerations and the regulatory landscape are discussed. Additionally, details of major US shale play investments are provided along with discussion of the potential economic impact of shale development and US sub-sector employment trends. Key market participants are profiled. The report provides historic and forecast global shale production 2006 to 2020. Market drivers including global energy demand, gas demand, supply, and price trends and market inhibitors are reviewed in detail.
Report Methodology
The information in Global Shale Gas Technologies and Markets is based on primary and secondary research. Primary research entailed gathering information from firms and individuals involved in development, marketing, distribution and sales of shale and natural gas, utilities, analysts and consultants to the energy industry to obtain insight into the technologies and market factors shaping the industry. Secondary research entailed data gathering from relevant sources, including government and industry publications, company literature, and corporate annual reports.
- CHAPTER 1: EXECUTIVE SUMMARY
- Report Summary
- Shale Gas Market Size, Demand Drivers, and Inhibitors
- Figure 1-1: US and Global Shale Gas Production Volume, 2006 to 2010 (in Bcf)
- Figure 1-2: Projected Global Shale Gas Production Volume, 2011 to 2020 (in Bcf)
- Shale Gas Technology and Development
- Figure 1-3: Schematic of Natural Gas Sources and Wells
- Market Participants
- Figure 1-4: Upstream Gas Industry Structure
- Table 1-1: List of Companies Profiled
- Employment in US Shale Gas
- Figure 1-5: Projected US Shale Gas Upstream Employment, 2010-2020 (in thousands)
- Report Scope
- Report Format
- Report Methodology
- Abbreviations and Definitions
- Table 1-2: Abbreviations Utilized In Report
- CHAPTER 2: SHALE GAS TECHNOLOGY & DEVELOPMENT
- Overview
- Geology and Geography of Shale Gas Resources
- Figure 2-1: Conventional and Unconventional Gas Resources
- Geology of Shale Gas Resources
- Figure 2-2: Shale Outcrop
- Chemical Composition of Shale Gas
- Table 2-1: Typical Composition of US Shale Gas (Mole %)
- Table 2-2: Composition of Shale Gas from US Shale Plays (Percent Mole)
- Common Characteristics of Economically Viable Shale Gas Resources
- Geography of Shale Gas Resources
- Figure 2-3: Global Distribution of Shale Gas Resources (in trillion cubic feet)
- Figure 2-4: Location of US Shale Gas Basins
- Shale Gas Resource Development Process and Technologies
- Figure 2-5: Shale Gas Development Process
- Exploration
- 2-D Reflection Seismology
- Figure 2-6: Visualization of Reflection Seismology (2-D) Process
- 3-D Seismic Imaging
- Figure 2-7: Advanced 3-D Seismic Image
- 4-D Seismic Imaging
- Exploratory Wells
- Mineral Licensing and Leasing
- Government-Owned Mineral Rights
- Privately Owned Mineral Rights
- Split Estate
- Mineral Rights Access Has Shaped the US Shale Gas Industry
- Well Permitting
- Table 2-3: Regulatory Agencies in Shale Gas States
- Well Pad Construction
- Figure 2-8: Horizontal Multi-Well Schematic
- Figure 2-9: Schematic of Typical Well Pad
- Well Drilling
- Vertical Drilling
- Figure 2-10: Schematic of Rotary Drill
- Horizontal Drilling
- Figure 2-11: Schematic of Vertical and Horizontal Wells
- Conventional Steerable Motors
- Rotary Steerable Systems
- Well Logging
- Mud Logging
- Wireline Logging
- Logging While Drilling
- Well Casing
- Well Completion and Stimulation
- Completion Activities
- Hydraulic Fracturing
- Figure 2-12: Hydraulic Fracturing
- Plug and Perf Multi-Stage Fracturing
- Open Hole Multi-Stage Fracturing
- Slickwater Fracturing
- Fracturing Fluid Additives
- Table 2-4: Types and Purposes of Hydraulic Fracturing Fluid Additives
- Foam Fracturing
- Conclusion
- CHAPTER 3: INDUSTRY EMPLOYMENT
- Overview
- US Oil and Gas Industry Employment
- Oil and Gas Industry Structure
- Figure 3-1: Upstream Gas Industry Structure
- Occupations in Upstream Oil and Gas
- Table 3-1: US Oil and Gas Extraction Employment by Occupation (in thousands)
- Table 3-2: US Oil and Gas Drilling and Support Employment by Occupation (in thousands)
- Historical Upstream Oil and Gas Employment
- Figure 3-2: US Upstream Oil and Gas Employment, 2006-2010 (in thousands)
- Figure 3-3: US Oil & Gas Upstream Employment and Crude Oil Prices, 2003-2010 (in thousands and in $/barrel)
- Projected Upstream Oil and Gas Employment
- Figure 3-4: US Upstream Oil and Gas Employment, 2011-2020 (in thousands)
- Employment Outlook Presents Industry Challenge
- Employment in the US Shale Plays
- Projected US Shale Gas Employment
- Figure 3-5: US Oil and Gas Production Forecast, 2010-2020 (in MMbbl and MMboe)
- Figure 3-6: Projected US Shale Gas Upstream Employment, 2010-2020 (in thousands)
- Occupations in Shale Gas Development
- Table 3-3: Occupations in Shale Gas Development Process
- Indirect and Induced Employment Resulting from US Shale Gas Development
- CHAPTER 4: MARKET SIZING
- Overview
- Historic Global Shale Gas Production
- Figure 4-1: US and Global Shale Gas Production Volume, 2006 to 2010 (in Bcf)
- Figure 4-2: Global Wellhead Production Value of Shale Gas, 2006 to 2010 (in US$ Billion)
- Figure 4-3: Global Shale Gas Production by Shale Play (in Percent)
- Shale Gas Production in the United States
- Figure 4-4: US Producing and Prospective Shale Basins, Lower 48 States
- Barnett Shale
- Table 4-1: Select Characteristics, Barnett Shale
- Table 4-2: Top Ten Operators in the Barnett Shale Newark East Field, 2010 (Mcf gas production)
- Fayetteville Shale
- Table 4-3: Select Characteristics, Fayetteville Shale
- Table 4-4: Top Ten Operators in the Fayetteville Shale, 2010 (Bcf gas sold)
- Haynesville Shale
- Table 4-5: Select Characteristics, Haynesville Shale
- Table 4-6: Top Ten Operators in the Haynesville Shale, 2010 (Number active producing wells)
- Woodford Shale
- Table 4-7: Select Characteristics, Woodford Shale
- Table 4-8: Operators in the Woodford Shale, 2010
- Antrim Shale
- Table 4-9: Select Characteristics, Antrim Shale
- Marcellus Shale
- Table 4-10: Select Characteristics, Marcellus Shale
- Shale Gas Production in Canada
- Table 4-11: Canada Estimated Original Gas in Place by Shale Basin (in trillion cubic feet)
- Table 4-12: Representative Listing of Companies Active in Shale Gas Exploration in Canada
- Shale Gas Exploration in Europe
- Poland
- Table 4-13: Representative Listing of Shale Gas Exploration Concessions Awarded in Poland
- Shale Gas Exploration in Asia
- China
- India
- Forecast Global Shale Gas Production
- Figure 4-5: Projected Global Shale Gas Production Volume, 2011 to 2020 (in Bcf)
- Figure 4-6: Global Shale Gas Production by Country, 2020 (in Percent)
- Figure 4-7: Projected Global Shale Gas Value of Wellhead Production, 2011 to 2020 (In US$ Billion)
- Market Demand Drivers
- Growth in Global Energy Consumption
- Figure 4-8: World Marketed Energy Consumption by Economic Region, 2005 to 2020 (in quadrillion Btu)
- Growth in Global Natural Gas Demand
- Figure 4-9: World Electricity Generation by Fuel Type, 2005, 2015 (Percent of Total)
- Figure 4-10: World Marketed Energy Consumption by Economic Region, 2005, 2010, 2015, 2020 (in quadrillion Btu)
- Decline in OECD Conventional Natural Gas Supplies
- Figure 4-11: OECD Conventional Natural Gas Production, 2008 to 2020 (Tcf)
- Advances in Shale Gas Technologies
- Advances in Shale Gas Exploration Technologies
- Advances in Directional Drilling of Shale Wells
- Advances in Shale Fracturing Technologies
- Figure 4-12: US Shale Gas Production, 2000 to 2010 (Tcf)
- Abundance of Global Shale Gas Resources
- Figure 4-13: Global Distribution of Shale Gas Resources (in trillion cubic feet)
- Market Demand Inhibitors
- Low Natural Gas Prices Can Impede Shale Growth
- Figure 4-14: Natural Gas Henry Hub Spot Price, 2000 to 2010 ($ per Million Btu)
- Environmental Issues and Regulatory Response
- Water Impacts of Shale Gas Development
- Risk of Water Contamination From Drilling Operations
- Risk of Water Contamination From Hydraulic Fracturing Processes
- Depletion of Local Water Resources
- Air Quality Impacts of Shale Gas Developments
- Land Impacts of Shale Gas Development
- Evolving Regulatory Response
- Barriers to Entry
- CHAPTER 5: PARTICIPANT PROFILES
- Overview
- Table 5-1: List of Companies Profiled
- Exploration and Production Industry Trends
- Oilfield Services Industry Trends
- Baker Hughes, Incorporated
- Table 5-2: Baker Hughes, Incorporated Profile
- Corporate Overview
- Product Portfolio
- Table 5-3: Baker Hughes, Incorporated Product Portfolio
- Performance
- Figure 5-1: Baker Hughes, Incorporated Revenues and Net Income, 2006-2010e (in $ B)
- BP Plc
- Table 5-4: BP Profile
- Corporate Background
- Product Portfolio
- Table 5-5: BP Hydrocarbon Proved Reserves Portfolio (MMboe)
- Table 5-6: BP Shale Gas Properties North America
- Performance
- Figure 5-2: BP Revenues and Net Income, 2006-2010e (in $ B)
- Calfrac Well Services, Ltd.
- Table 5-7: Calfrac Well Services, Ltd. Profile
- Corporate Overview
- Product Portfolio
- Table 5-8: Calfrac Well Services, Ltd. Product Portfolio
- Performance
- Figure 5-3: Calfrac Well Services, Ltd Revenues and Net Income, 2006-2010e (in $ M)
- Canyon Services Group, Incorporated
- Table 5-9: Canyon Services Group, Incorporated Profile
- Corporate Overview
- Product Portfolio
- Table 5-10: Canyon Services Group, Inc. Product Portfolio
- Performance
- Figure 5-4: Canyon Services Group, Inc. Revenues and Net Income, 2006-2010e (in $ M)
- Chesapeake Energy Corporation
- Table 5-11: Chesapeake Energy Corporation Profile
- Corporate Overview
- Product Portfolio
- Table 5-12: Chesapeake Energy Corporation Product Portfolio
- Table 5-13: Chesapeake Energy Corporation Product Portfolio by Operating Area
- Performance
- Figure 5-5: Chesapeake Energy Corporation Revenues and Net Income, 2006-2010e (in $ B)
- Devon Energy Corporation
- Table 5-14: Devon Energy Corporation Profile
- Corporate Overview
- Product Portfolio
- Table 5-15: Devon Energy Corporation Product Portfolio
- Performance
- Figure 5-6: Devon Energy Corporation Revenues and Net Income, 2006-2010e (in $ B)
- ExxonMobil/XTO Energy, Incorporated
- Table 5-16: ExxonMobil/XTO Energy Profile
- Corporate Overview
- Product Portfolio
- Table 5-17: XTO Energy, Inc. (subsidiary of ExxonMobil) Shale Gas Properties and Reserves (Mcf)
- Performance
- Figure 5-7: ExxonMobil Revenues and Net Income, 2006-2010e (in $ B)
- Halliburton Company
- Table 5-18: Halliburton Company Profile
- Corporate Overview
- Product Portfolio
- Table 5-19: Halliburton Company Product Portfolio
- Performance
- Figure 5-8: Halliburton Company Revenues and Net Income, 2006-2010e (in $ B)
- Quicksilver Resources, Incorporated
- Table 5-20: Quicksilver Resources, Incorporated Profile
- Corporate Overview
- Product Portfolio
- Table 5-21: Quicksilver Resources, Incorporated Product Portfolio
- Table 5-22: Quicksilver Resources, Incorporated Product Portfolio by Operating Area
- Performance
- Figure 5-9: Quicksilver Resources Revenues and Net Income, 2006-2010e (in $ M)
- San Leon Energy Plc
- Table 5-23: San Leon Energy Plc Profile
- Corporate Overview
- Product Portfolio
- Table 5-24: San Leon Energy Plc License Portfolio by Country
- Schlumberger, Ltd
- Table 5-25: Schlumberger, Ltd. Profile
- Corporate Overview
- Product Portfolio
- Table 5-26: Schlumberger, Ltd. Product Portfolio
- Performance
- Figure 5-10: Schlumberger, Ltd Revenues and Net Income, 2006-2010e (in $ B)
- Southwestern Energy Company
- Table 5-27: Southwestern Energy Company Profile
- Corporate Overview
- Product Portfolio
- Table 5-28: Southwestern Energy Company Product Portfolio by Operating Area
- Performance
- Figure 5-11: Southwestern Energy Company Revenues and Net Income, 2006-2010e (in $ B)
- Talisman Energy Incorporated
- Table 5-29: Talisman Energy Incorporated Profile
- Corporate Overview
- Product Portfolio
- Table 5-30: Talisman Energy Net Productive Wells by Operating Area (# wells)
- Table 5-31: Talisman Energy Shale Portfolio by Operating Area
- Performance
- Figure 5-12: Talisman Energy Incorporated Revenues and Net Income, 2006-2010e (in C$ B)
- Trican Well Services, Ltd.
- Table 5-32: Trican Well Services, Ltd. Profile
- Corporate Overview
- Product Portfolio
- Table 5-33: Trican Well Services, Ltd. Product Portfolio
- Performance
- Figure 5-13: Trican Well Service, Ltd. Revenues and Net Income, 2006-2010e (in $ M)
- Ultra Petroleum Corporation
- Table 5-34: Ultra Petroleum Corporation Profile
- Corporate Overview
- Product Portfolio
- Performance
- Figure 5-14: Ultra Petroleum Corporation Revenues and Net Income, 2006-2010e (in $ B)