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Water / Numerical linear algebra / Portable /  Extensible Toolkit for Scientific Computation / Supercritical fluid / Environmental Molecular Sciences Laboratory / Properties of water / Carbon dioxide / Brine / Carbon sequestration / Chemistry / Matter / Inorganic solvents


The Next-Generation Massively Parallel Reactive Flow and Transport Code PFLOTRAN: Application to CO2 Storage in Saline Aquifers P. Lichtnerα (PI: [removed]), C. Luσ , G. Hammondβ , B. Philipα, D. Moultonα, R
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Document Date: 2008-05-14 12:19:59


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File Size: 2,62 MB

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City

Denver / /

Company

Oak Ridge National Laboratory / Argonne National Laboratory / Lawrence Berkeley National Laboratory / Abstract Los Alamos National Laboratory / W.D. Gropp L.C. / B.F. Smith (1997) Efficient Management / AMR / Pacific Northwest National Laboratory / Birkhauser Press / /

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Event

Environmental Issue / Music Album Release / /

Facility

University of Illinois / University of Utah / /

IndustryTerm

large systems / petascale computing / calcite cement resulting / isotropic and anisotropic porous media / energy conservation / scientific applications / law relation / sandstone host rock containing calcite cement / parallel computing / energy conservation equations / depleted oil reservoirs / parallel high performance computing facilities / possible solution / internal energy / dual-core processors / massive parallel computing / porous media / green house gas emissions / aqueous solutions / greenhouse gas / chemical / black oil / parallel computing architectures / geologic media / geological media / /

MusicAlbum

CO2 / /

NaturalFeature

Saline aquifers / /

Organization

University of Utah / U.S. Department of Energy’s office of Science / University of Illinois / /

Product

Storm / /

ProgrammingLanguage

Fortran 90 / /

ProvinceOrState

Utah / Illinois / /

Technology

ion exchange / 2048 processors / 5294 Opteron processor / 4096 processors / 128 processors / 2 processors / 1024 processors / simulation / /

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