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- carbon sequestration 156 Treffer
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- geological carbon sequestration 62 Treffer
- co2 storage 58 Treffer
- aquifers 42 Treffer
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45 weitere Werte:
- reservoirs 40 Treffer
- computer simulation 36 Treffer
- relative permeability 31 Treffer
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- multiphase flow 26 Treffer
- co2 sequestration 24 Treffer
- heterogeneity 22 Treffer
- sandstone 22 Treffer
- carbon dioxide injection 20 Treffer
- leakage 20 Treffer
- numerical simulation 20 Treffer
- pressure 20 Treffer
- fluid flow 18 Treffer
- gas leakage 18 Treffer
- geological formations 18 Treffer
- supercritical carbon dioxide 18 Treffer
- carbon dioxide adsorption 16 Treffer
- injection wells 16 Treffer
- injectivity 16 Treffer
- porous materials 16 Treffer
- ccs 14 Treffer
- co 2 storage 14 Treffer
- storage capacity 14 Treffer
- pressure buildup 13 Treffer
- numerical modeling 12 Treffer
- risk assessment 12 Treffer
- sensitivity analysis 12 Treffer
- storage 12 Treffer
- temperature effect 12 Treffer
- salt 11 Treffer
- calcite 10 Treffer
- carbon dioxide mitigation 10 Treffer
- cement 10 Treffer
- co2 10 Treffer
- enhanced oil recovery 10 Treffer
- gas reservoirs 10 Treffer
- geological modeling 10 Treffer
- monte carlo method 10 Treffer
- numerical analysis 10 Treffer
- sequestration 10 Treffer
- atmospheric carbon dioxide 8 Treffer
- basalt 8 Treffer
- cap rock 8 Treffer
- carbon capture and storage 8 Treffer
- carbonate reservoirs 8 Treffer
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Inhaltsanbieter
356 Treffer
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In: International Journal of Greenhouse Gas Control, Jg. 135 (2024-06-01), S. N.PAGacademicJournalZugriff:
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In: International Journal of Greenhouse Gas Control, Jg. 135 (2024-06-01), S. N.PAGacademicJournalZugriff:
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Modelling geological CO2 leakage: Integrating fracture permeability and fault zone outcrop analysis.In: International Journal of Greenhouse Gas Control, Jg. 133 (2024-03-01), S. N.PAGacademicJournalZugriff:
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In: International Journal of Greenhouse Gas Control, Jg. 52 (2016-09-01), S. 215-230academicJournalZugriff:
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In: International Journal of Greenhouse Gas Control, Jg. 129 (2023-10-01), S. N.PAGacademicJournalZugriff:
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In: International Journal of Greenhouse Gas Control, Jg. 15 (2013-07-01), S. 86-96academicJournalZugriff:
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In: International Journal of Greenhouse Gas Control, Jg. 15 (2013-07-01), S. 86-96academicJournalZugriff:
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In: International Journal of Greenhouse Gas Control, Jg. 87 (2019-08-01), S. 66-79academicJournalZugriff:
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In: International Journal of Greenhouse Gas Control, Jg. 87 (2019-08-01), S. 19-26academicJournalZugriff:
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In: International Journal of Greenhouse Gas Control, Jg. 86 (2019-07-01), S. 134-145academicJournalZugriff:
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In: International Journal of Greenhouse Gas Control, Jg. 85 (2019-06-01), S. 100-108academicJournalZugriff:
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In: International Journal of Greenhouse Gas Control, Jg. 83 (2019-04-01), S. 128-139academicJournalZugriff:
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In: International Journal of Greenhouse Gas Control, Jg. 82 (2019-03-01), S. 229-243academicJournalZugriff:
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In: International Journal of Greenhouse Gas Control, Jg. 82 (2019-03-01), S. 38-47academicJournalZugriff:
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In: International Journal of Greenhouse Gas Control, Jg. 81 (2019-02-01), S. 103-114academicJournalZugriff:
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In: International Journal of Greenhouse Gas Control, Jg. 79 (2018-12-01), S. 234-247academicJournalZugriff:
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In: International Journal of Greenhouse Gas Control, Jg. 79 (2018-12-01), S. 61-72academicJournalZugriff:
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In: International Journal of Greenhouse Gas Control, Jg. 79 (2018-12-01), S. 252-271academicJournalZugriff:
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In: International Journal of Greenhouse Gas Control, Jg. 78 (2018-11-01), S. 85-93academicJournalZugriff:
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In: International Journal of Greenhouse Gas Control, Jg. 78 (2018-11-01), S. 168-176academicJournalZugriff: