VIDEO: Welcome, Introductions, and Opening Remarks, and Session 1: Why All the Hype About Shale Plays? Why Here? Why Now?
VIDEO: 8:30 a.m. - 8:35 a.m. Welcome, Introductions, and Opening Remarks; Speaker: Mark Squillace, Director, Natural Resources Law Center, University of Colorado Law School 8:35 a.m. - 10:00 a.m. SESSION 1: Why All the Hype About Shale Plays? Why Here? Why Now? Moderator: William Boyd, University of...
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Colorado Law Scholarly Commons
2010
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Online Access: | https://scholar.law.colorado.edu/shale-plays-in-intermountain-west/11 https://youtu.be/OfGUl894bUo |
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ftunicolboulawl:oai:scholar.law.colorado.edu:shale-plays-in-intermountain-west-1011 |
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Open Polar |
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University of Colorado Boulder, Law School: Scholarly Commons |
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ftunicolboulawl |
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unknown |
topic |
shale plays shale gas U.S. natural gas high altitude reliability deliverability gas supply greenhouse gas policy GHG policy electric power coal renewables gas drilling environment oil and gas tax policies natural gas resource assessments technically recoverable natural gas endowment BEG Bureau of Economic Geology CEE Center for Energy Economics GTI Gas Technology Institute PGC Potential Gas Committee USGS United States Geological Survey major shale basins Schlumberger Mowry Gammon Excello/Mulky New Albany Antrim Utica Horton Bluff Niobrara Green River Baxter Mancos McClure Monterey Cane Creek Hovenweep Lewis and Mancos Pierre Palo Duro Barnett and Woodford Pearsall Barnett Haynesville/Bossier Woodford Caney and Woodford Fayetteville Floyd and Conasauga/Neal Chattanooga Huron Marcellus hedge for offshore Pacific offshore Alaska offshore Atlantic offshore Gulf offshore Barnett shale development rate of water use hydraulic fracturing fracking fracing NETL National Energy Technology Laboratory produced water recycling water demand NETL Produced Water MIS NETL Frac Technologies Marcellus mapped frac treatments electron imagery natural fractures shale gas pores carbon content Nanodarcy advanced stimulation technology decline curves water disposal enhanced recovery field life cash operating costs price trends oil prices wellhead prices price level and volatility average price wellhead city gate residential commercial industrial net generation by energy source natural gas nuclear petroleum hydro ERCOT fuel type Electric Reliability Council of Texas peak day natural gas steam units combined-cycle gas turbines renewable energy LNG liquidified natural gas beyond unconventional role of natural gas U.S. energy mix benefits lower carbon electric power industrial revitalization frac water issues optimal dispatch of electric power shale gas development shale gas megaplays oil U.S. energy supply annual natural gas production by category conventional sources transitional sources unconventional sources unconventional natural gas production by type tight sandstones tight carbonates coalbed methane CBM U.S. gas resources EIA Energy Information Administration proved probable possible speculative trillion cubic feet TCF high uncertainty future supply years remaining large resource six potential megaplays Northeast world class plays relatively low cost drilling cutbacks shale gas potential in the Rockies GOM production Gulf of Mexico shale gas economics costs of recovery large resources drive price down operators are reducing costs policy implications outlook cautious optimism supply continuity expansion of current markets electrical generation displace fuel oil new markets CNG Compressed Natural Gas transportation shale oil is misleading pure shales other rock types poor reservoir oil plays Middle Bakken Williston Basin Permian Basin Prudhoe Bay U.S. crude oil production low recovery rates large in-place resources stabilizes U.S. oil production offsetting declines Climate Energy and Utilities Law Energy Policy Environmental Health and Protection Environmental Law Environmental Policy Hydraulic Engineering Natural Resource Economics Natural Resources and Conservation Natural Resources Law Natural Resources Management and Policy Gas and Energy and Mineral Law Science and Technology Law State and Local Government Law Sustainability Water Law Water Resource Management |
spellingShingle |
shale plays shale gas U.S. natural gas high altitude reliability deliverability gas supply greenhouse gas policy GHG policy electric power coal renewables gas drilling environment oil and gas tax policies natural gas resource assessments technically recoverable natural gas endowment BEG Bureau of Economic Geology CEE Center for Energy Economics GTI Gas Technology Institute PGC Potential Gas Committee USGS United States Geological Survey major shale basins Schlumberger Mowry Gammon Excello/Mulky New Albany Antrim Utica Horton Bluff Niobrara Green River Baxter Mancos McClure Monterey Cane Creek Hovenweep Lewis and Mancos Pierre Palo Duro Barnett and Woodford Pearsall Barnett Haynesville/Bossier Woodford Caney and Woodford Fayetteville Floyd and Conasauga/Neal Chattanooga Huron Marcellus hedge for offshore Pacific offshore Alaska offshore Atlantic offshore Gulf offshore Barnett shale development rate of water use hydraulic fracturing fracking fracing NETL National Energy Technology Laboratory produced water recycling water demand NETL Produced Water MIS NETL Frac Technologies Marcellus mapped frac treatments electron imagery natural fractures shale gas pores carbon content Nanodarcy advanced stimulation technology decline curves water disposal enhanced recovery field life cash operating costs price trends oil prices wellhead prices price level and volatility average price wellhead city gate residential commercial industrial net generation by energy source natural gas nuclear petroleum hydro ERCOT fuel type Electric Reliability Council of Texas peak day natural gas steam units combined-cycle gas turbines renewable energy LNG liquidified natural gas beyond unconventional role of natural gas U.S. energy mix benefits lower carbon electric power industrial revitalization frac water issues optimal dispatch of electric power shale gas development shale gas megaplays oil U.S. energy supply annual natural gas production by category conventional sources transitional sources unconventional sources unconventional natural gas production by type tight sandstones tight carbonates coalbed methane CBM U.S. gas resources EIA Energy Information Administration proved probable possible speculative trillion cubic feet TCF high uncertainty future supply years remaining large resource six potential megaplays Northeast world class plays relatively low cost drilling cutbacks shale gas potential in the Rockies GOM production Gulf of Mexico shale gas economics costs of recovery large resources drive price down operators are reducing costs policy implications outlook cautious optimism supply continuity expansion of current markets electrical generation displace fuel oil new markets CNG Compressed Natural Gas transportation shale oil is misleading pure shales other rock types poor reservoir oil plays Middle Bakken Williston Basin Permian Basin Prudhoe Bay U.S. crude oil production low recovery rates large in-place resources stabilizes U.S. oil production offsetting declines Climate Energy and Utilities Law Energy Policy Environmental Health and Protection Environmental Law Environmental Policy Hydraulic Engineering Natural Resource Economics Natural Resources and Conservation Natural Resources Law Natural Resources Management and Policy Gas and Energy and Mineral Law Science and Technology Law State and Local Government Law Sustainability Water Law Water Resource Management Squillace, Mark Foss, Michelle Michot Nehring, Richard Udall, Randy VIDEO: Welcome, Introductions, and Opening Remarks, and Session 1: Why All the Hype About Shale Plays? Why Here? Why Now? |
topic_facet |
shale plays shale gas U.S. natural gas high altitude reliability deliverability gas supply greenhouse gas policy GHG policy electric power coal renewables gas drilling environment oil and gas tax policies natural gas resource assessments technically recoverable natural gas endowment BEG Bureau of Economic Geology CEE Center for Energy Economics GTI Gas Technology Institute PGC Potential Gas Committee USGS United States Geological Survey major shale basins Schlumberger Mowry Gammon Excello/Mulky New Albany Antrim Utica Horton Bluff Niobrara Green River Baxter Mancos McClure Monterey Cane Creek Hovenweep Lewis and Mancos Pierre Palo Duro Barnett and Woodford Pearsall Barnett Haynesville/Bossier Woodford Caney and Woodford Fayetteville Floyd and Conasauga/Neal Chattanooga Huron Marcellus hedge for offshore Pacific offshore Alaska offshore Atlantic offshore Gulf offshore Barnett shale development rate of water use hydraulic fracturing fracking fracing NETL National Energy Technology Laboratory produced water recycling water demand NETL Produced Water MIS NETL Frac Technologies Marcellus mapped frac treatments electron imagery natural fractures shale gas pores carbon content Nanodarcy advanced stimulation technology decline curves water disposal enhanced recovery field life cash operating costs price trends oil prices wellhead prices price level and volatility average price wellhead city gate residential commercial industrial net generation by energy source natural gas nuclear petroleum hydro ERCOT fuel type Electric Reliability Council of Texas peak day natural gas steam units combined-cycle gas turbines renewable energy LNG liquidified natural gas beyond unconventional role of natural gas U.S. energy mix benefits lower carbon electric power industrial revitalization frac water issues optimal dispatch of electric power shale gas development shale gas megaplays oil U.S. energy supply annual natural gas production by category conventional sources transitional sources unconventional sources unconventional natural gas production by type tight sandstones tight carbonates coalbed methane CBM U.S. gas resources EIA Energy Information Administration proved probable possible speculative trillion cubic feet TCF high uncertainty future supply years remaining large resource six potential megaplays Northeast world class plays relatively low cost drilling cutbacks shale gas potential in the Rockies GOM production Gulf of Mexico shale gas economics costs of recovery large resources drive price down operators are reducing costs policy implications outlook cautious optimism supply continuity expansion of current markets electrical generation displace fuel oil new markets CNG Compressed Natural Gas transportation shale oil is misleading pure shales other rock types poor reservoir oil plays Middle Bakken Williston Basin Permian Basin Prudhoe Bay U.S. crude oil production low recovery rates large in-place resources stabilizes U.S. oil production offsetting declines Climate Energy and Utilities Law Energy Policy Environmental Health and Protection Environmental Law Environmental Policy Hydraulic Engineering Natural Resource Economics Natural Resources and Conservation Natural Resources Law Natural Resources Management and Policy Gas and Energy and Mineral Law Science and Technology Law State and Local Government Law Sustainability Water Law Water Resource Management |
description |
VIDEO: 8:30 a.m. - 8:35 a.m. Welcome, Introductions, and Opening Remarks; Speaker: Mark Squillace, Director, Natural Resources Law Center, University of Colorado Law School 8:35 a.m. - 10:00 a.m. SESSION 1: Why All the Hype About Shale Plays? Why Here? Why Now? Moderator: William Boyd, University of Colorado Law School Speakers: Michelle Michot Foss, Chief Energy Economist, Center for Energy Economics, Bureau of Economic Geology, University of Texas-Austin Richard Nehring, Nehring Associates, Colorado Springs, CO Commentator: Randy Udall, Co-Founder, Association for the Study of Peak Oil-USA, Carbondale, CO |
format |
Text |
author |
Squillace, Mark Foss, Michelle Michot Nehring, Richard Udall, Randy |
author_facet |
Squillace, Mark Foss, Michelle Michot Nehring, Richard Udall, Randy |
author_sort |
Squillace, Mark |
title |
VIDEO: Welcome, Introductions, and Opening Remarks, and Session 1: Why All the Hype About Shale Plays? Why Here? Why Now? |
title_short |
VIDEO: Welcome, Introductions, and Opening Remarks, and Session 1: Why All the Hype About Shale Plays? Why Here? Why Now? |
title_full |
VIDEO: Welcome, Introductions, and Opening Remarks, and Session 1: Why All the Hype About Shale Plays? Why Here? Why Now? |
title_fullStr |
VIDEO: Welcome, Introductions, and Opening Remarks, and Session 1: Why All the Hype About Shale Plays? Why Here? Why Now? |
title_full_unstemmed |
VIDEO: Welcome, Introductions, and Opening Remarks, and Session 1: Why All the Hype About Shale Plays? Why Here? Why Now? |
title_sort |
video: welcome, introductions, and opening remarks, and session 1: why all the hype about shale plays? why here? why now? |
publisher |
Colorado Law Scholarly Commons |
publishDate |
2010 |
url |
https://scholar.law.colorado.edu/shale-plays-in-intermountain-west/11 https://youtu.be/OfGUl894bUo |
long_lat |
ENVELOPE(7.755,7.755,63.024,63.024) ENVELOPE(162.533,162.533,-74.367,-74.367) ENVELOPE(13.400,13.400,65.585,65.585) |
geographic |
Austin Pacific Eia Baxter Bakken |
geographic_facet |
Austin Pacific Eia Baxter Bakken |
genre |
Prudhoe Bay Alaska |
genre_facet |
Prudhoe Bay Alaska |
op_source |
Shale Plays in the Intermountain West: Legal and Policy Issues (November 12) |
op_relation |
https://scholar.law.colorado.edu/shale-plays-in-intermountain-west/11 https://youtu.be/OfGUl894bUo |
_version_ |
1766174578533466112 |
spelling |
ftunicolboulawl:oai:scholar.law.colorado.edu:shale-plays-in-intermountain-west-1011 2023-05-15T18:03:39+02:00 VIDEO: Welcome, Introductions, and Opening Remarks, and Session 1: Why All the Hype About Shale Plays? Why Here? Why Now? Squillace, Mark Foss, Michelle Michot Nehring, Richard Udall, Randy 2010-11-12T08:00:00Z https://scholar.law.colorado.edu/shale-plays-in-intermountain-west/11 https://youtu.be/OfGUl894bUo unknown Colorado Law Scholarly Commons https://scholar.law.colorado.edu/shale-plays-in-intermountain-west/11 https://youtu.be/OfGUl894bUo Shale Plays in the Intermountain West: Legal and Policy Issues (November 12) shale plays shale gas U.S. natural gas high altitude reliability deliverability gas supply greenhouse gas policy GHG policy electric power coal renewables gas drilling environment oil and gas tax policies natural gas resource assessments technically recoverable natural gas endowment BEG Bureau of Economic Geology CEE Center for Energy Economics GTI Gas Technology Institute PGC Potential Gas Committee USGS United States Geological Survey major shale basins Schlumberger Mowry Gammon Excello/Mulky New Albany Antrim Utica Horton Bluff Niobrara Green River Baxter Mancos McClure Monterey Cane Creek Hovenweep Lewis and Mancos Pierre Palo Duro Barnett and Woodford Pearsall Barnett Haynesville/Bossier Woodford Caney and Woodford Fayetteville Floyd and Conasauga/Neal Chattanooga Huron Marcellus hedge for offshore Pacific offshore Alaska offshore Atlantic offshore Gulf offshore Barnett shale development rate of water use hydraulic fracturing fracking fracing NETL National Energy Technology Laboratory produced water recycling water demand NETL Produced Water MIS NETL Frac Technologies Marcellus mapped frac treatments electron imagery natural fractures shale gas pores carbon content Nanodarcy advanced stimulation technology decline curves water disposal enhanced recovery field life cash operating costs price trends oil prices wellhead prices price level and volatility average price wellhead city gate residential commercial industrial net generation by energy source natural gas nuclear petroleum hydro ERCOT fuel type Electric Reliability Council of Texas peak day natural gas steam units combined-cycle gas turbines renewable energy LNG liquidified natural gas beyond unconventional role of natural gas U.S. energy mix benefits lower carbon electric power industrial revitalization frac water issues optimal dispatch of electric power shale gas development shale gas megaplays oil U.S. energy supply annual natural gas production by category conventional sources transitional sources unconventional sources unconventional natural gas production by type tight sandstones tight carbonates coalbed methane CBM U.S. gas resources EIA Energy Information Administration proved probable possible speculative trillion cubic feet TCF high uncertainty future supply years remaining large resource six potential megaplays Northeast world class plays relatively low cost drilling cutbacks shale gas potential in the Rockies GOM production Gulf of Mexico shale gas economics costs of recovery large resources drive price down operators are reducing costs policy implications outlook cautious optimism supply continuity expansion of current markets electrical generation displace fuel oil new markets CNG Compressed Natural Gas transportation shale oil is misleading pure shales other rock types poor reservoir oil plays Middle Bakken Williston Basin Permian Basin Prudhoe Bay U.S. crude oil production low recovery rates large in-place resources stabilizes U.S. oil production offsetting declines Climate Energy and Utilities Law Energy Policy Environmental Health and Protection Environmental Law Environmental Policy Hydraulic Engineering Natural Resource Economics Natural Resources and Conservation Natural Resources Law Natural Resources Management and Policy Gas and Energy and Mineral Law Science and Technology Law State and Local Government Law Sustainability Water Law Water Resource Management text 2010 ftunicolboulawl 2022-02-13T08:21:04Z VIDEO: 8:30 a.m. - 8:35 a.m. Welcome, Introductions, and Opening Remarks; Speaker: Mark Squillace, Director, Natural Resources Law Center, University of Colorado Law School 8:35 a.m. - 10:00 a.m. SESSION 1: Why All the Hype About Shale Plays? Why Here? Why Now? Moderator: William Boyd, University of Colorado Law School Speakers: Michelle Michot Foss, Chief Energy Economist, Center for Energy Economics, Bureau of Economic Geology, University of Texas-Austin Richard Nehring, Nehring Associates, Colorado Springs, CO Commentator: Randy Udall, Co-Founder, Association for the Study of Peak Oil-USA, Carbondale, CO Text Prudhoe Bay Alaska University of Colorado Boulder, Law School: Scholarly Commons Austin Pacific Eia ENVELOPE(7.755,7.755,63.024,63.024) Baxter ENVELOPE(162.533,162.533,-74.367,-74.367) Bakken ENVELOPE(13.400,13.400,65.585,65.585) |