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Roads to Removal: Options for Carbon Dioxide Removal in the United States

Pett-Ridge, Jennifer ; Kuebbing, Sara ; Mayer, Allegra C. ; Hovorka, Susan ; Pilorgé, Hélène ; Baker, Sarah E. ; Pang, Simon H. ; Scown, Corinne D. ; Mayfield, Kimberly K. ; Wong, Andrew A. ; Aines, Roger D. ; Ammar, Hamed Ziad ; Aui, Alvin ; Ashton, Mark ; Basso, Bruno ; Bradford, Mikel ; Bump, Alexander P. ; Busch, Ingrid ; Calzado, Edna Rodriguez ; Chirigotis, Jackson W. ; Clauser, Nicolas ; Crotty, Sinead ; Dahl, Nicholas ; Dai, Tao ; Ducey, Mark ; Dumortier, Jerome ; Ellebracht, Nathan C. ; Egui, Ramon Gil ; Fowler, Ames ; Georgiou, Katerina ; Giannopoulos, Diamantoula ; Goldstein, Hannah M. ; Harris, Thomas ; Hayes, Dermot ; Hellwinckel, Chad ; Ho, Alina ; Hong, Mu ; Hunter-Sellars, Elwin ; Kirkendall, Whitney ; Langholtz, Matthew ; Layer, Mark ; Lee, Ian ; Lewis, Reid ; Li, Wengin ; Liu, Weier ; Lozano, Jimena Terrazas ; Lunstrum, Abby ; McNeil, Wilson ; Nico, Peter ; O’Rourke, Anastasia ; Paustian, K. ; Peridas, George ; Pisciotta, Maxwell ; Price, Lydia ; Psarras, Peter ; Robertson, G. Philip ; Sagues, William Joe ; Sanchez, Daniel L. ; Schmidt, Briana Mordick ; Slessarev, Eric W. ; Sokol, Noah ; Stanley, Alexander J. ; Swan, Amy ; Toureene, Crystal ; Wright, Mark Mba ; Yao, Yuan ; Zhang, Bingquan ; Zhang, Yao

United States 2023

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Título:
Roads to Removal: Options for Carbon Dioxide Removal in the United States
Autor: Pett-Ridge, Jennifer ; Kuebbing, Sara ; Mayer, Allegra C. ; Hovorka, Susan ; Pilorgé, Hélène ; Baker, Sarah E. ; Pang, Simon H. ; Scown, Corinne D. ; Mayfield, Kimberly K. ; Wong, Andrew A. ; Aines, Roger D. ; Ammar, Hamed Ziad ; Aui, Alvin ; Ashton, Mark ; Basso, Bruno ; Bradford, Mikel ; Bump, Alexander P. ; Busch, Ingrid ; Calzado, Edna Rodriguez ; Chirigotis, Jackson W. ; Clauser, Nicolas ; Crotty, Sinead ; Dahl, Nicholas ; Dai, Tao ; Ducey, Mark ; Dumortier, Jerome ; Ellebracht, Nathan C. ; Egui, Ramon Gil ; Fowler, Ames ; Georgiou, Katerina ; Giannopoulos, Diamantoula ; Goldstein, Hannah M. ; Harris, Thomas ; Hayes, Dermot ; Hellwinckel, Chad ; Ho, Alina ; Hong, Mu ; Hunter-Sellars, Elwin ; Kirkendall, Whitney ; Langholtz, Matthew ; Layer, Mark ; Lee, Ian ; Lewis, Reid ; Li, Wengin ; Liu, Weier ; Lozano, Jimena Terrazas ; Lunstrum, Abby ; McNeil, Wilson ; Nico, Peter ; O’Rourke, Anastasia ; Paustian, K. ; Peridas, George ; Pisciotta, Maxwell ; Price, Lydia ; Psarras, Peter ; Robertson, G. Philip ; Sagues, William Joe ; Sanchez, Daniel L. ; Schmidt, Briana Mordick ; Slessarev, Eric W. ; Sokol, Noah ; Stanley, Alexander J. ; Swan, Amy ; Toureene, Crystal ; Wright, Mark Mba ; Yao, Yuan ; Zhang, Bingquan ; Zhang, Yao
Assuntos: 03 NATURAL GAS ; ENVIRONMENTAL SCIENCES ; GEOSCIENCES ; INORGANIC, ORGANIC, PHYSICAL, AND ANALYTICAL CHEMISTRY
Notas: USDOE Office of Science (SC)
AC52-07NA27344; SC0018409
USDOE Office of Energy Efficiency and Renewable Energy (EERE), Office of Sustainable Transportation. Bioenergy Technologies Office (BETO)
USDOE Office of Fossil Energy and Carbon Management (FECM)
USDOE Advanced Research Projects Agency - Energy (ARPA-E)
LLNL-TR-852901
USDOE National Nuclear Security Administration (NNSA)
Descrição: Our analysis shows it is feasible for the United States to remove a staggering amount of CO2 from the air—this will be critical to becoming carbon neutral by 2050. Our comprehensive, first-of-its-kind, county-resolution analysis indicates that our country can accomplish this goal by relying on demonstrated technology, natural resources, and workforces we already have. Additionally, ongoing technology development can lower costs, shorten timelines, and deliver new solutions. Our analysis evaluated how we can use forests, cropland soils, and waste biomass, along with purpose-built machines, to get us to net-zero. Further, we considered community impacts and identified locations where certain solutions could be uniquely beneficial or potentially counterproductive. Our findings enable decisionmakers to weigh both opportunities and constraints and to decide what roads to use to meet our national climate goal for net-zero CO2 emissions.
Editor: United States
Data de criação/publicação: 2023
Idioma: Inglês

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Roads to Removal: Options for Carbon Dioxide Removal in the United States

United States 2023

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