Search Results - "Roach, Jesse D"

Multiwell CO2 Injectivity: Impact of Boundary Conditions and Brine Extraction on Geologic CO2 Storage Efficiency and Pressure Buildup by Heath, Jason E, McKenna, Sean A, Dewers, Thomas A, Roach, Jesse D, Kobos, Peter H

“…CO2 storage efficiency is a metric that expresses the portion of the pore space of a subsurface geologic formation that is available to store CO2. Estimates of…”
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System-level benefits of extracting and treating saline water from geologic formations during national-scale carbon capture and storage by Roach, Jesse D., Heath, Jason E., Kobos, Peter H., Klise, Geoffrey T.

“…•WECSsim© pairs CO2 sources to geologic formations with potential for CO2 storage.•Marginal abatement cost curves developed for a variety of CCS…”
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The cost of meeting increased cooling-water demands for CO2 capture and storage utilizing non-traditional waters from geologic saline formations by Klise, Geoffrey T., Roach, Jesse D., Kobos, Peter H., Heath, Jason E., Gutierrez, Karen A.

“…Deep (> ∼800 m) saline water-bearing formations in the United States have substantial pore volume that is targeted for storage of carbon dioxide (CO 2 ) and…”
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Multiwell CO^sub 2^ Injectivity: Impact of Boundary Conditions and Brine Extraction on Geologic CO^sub 2^ Storage Efficiency and Pressure Buildup by Heath, Jason E, McKenna, Sean A, Dewers, Thomas A, Roach, Jesse D, Kobos, Peter H

“…CO2 storage efficiency is a metric that expresses the portion of the pore space of a subsurface geologic formation that is available to store CO2. Estimates of…”
Get full text

Multiwell CO 2 Injectivity: Impact of Boundary Conditions and Brine Extraction on Geologic CO 2 Storage Efficiency and Pressure Buildup by Heath, Jason E., McKenna, Sean A., Dewers, Thomas A., Roach, Jesse D., Kobos, Peter H.

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Multiwell CO sub( 2) Injectivity: Impact of Boundary Conditions and Brine Extraction on Geologic CO sub( 2) Storage Efficiency and Pressure Buildup by Heath, Jason E, McKenna, Sean A, Dewers, Thomas A, Roach, Jesse D, Kobos, Peter H

“…CO2 storage efficiency is a metric that expresses the portion of the pore space of a subsurface geologic formation that is available to store CO2. Estimates of…”
Get full text

The cost of meeting increased cooling-water demands for CO sub(2) capture and storage utilizing non-traditional waters from geologic saline formations by Klise, Geoffrey T, Roach, Jesse D, Kobos, Peter H, Heath, Jason E, Gutierrez, Karen A

“…Deep (> 800 m) saline water-bearing formations in the United States have substantial pore volume that is targeted for storage of carbon dioxide (CO sub(2)) and…”
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Training the Next Generation of Pediatric Nephrology Advocates: The John E. Lewy Foundation Advocacy Scholars Program by Schnaper, H. William, MD, Schubert, Kathryn, MPP, Perlman, Sharon A., MD, Clark, Stephanie L., MD, Hains, David S., MD, Roach, Jesse L., MD, Skversky, Amy L., MD, Spencer, John David, MD, Springel, Tamar, MD, Swartz, Sarah J., MD, Norwood, Victoria F., MD, Satlin, Lisa M., MD

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Using Race as a Case-Mix Adjustment Factor in a Renal Dialysis Payment System: Potential and Pitfalls by Roach, Jesse L., MD, Turenne, Marc N., PhD, Hirth, Richard A., PhD, Wheeler, John R.C., PhD, Sleeman, Kathryn S., MA, Messana, Joseph M., MD

“…Background Racial disparities in health care are widespread in the United States. Identifying contributing factors may improve care for underserved minorities…”
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