NSTL国家科技图书文献中心

1. Comparative analysis of amine-functionalized silica for direct air capture(DAC):Material characterization, performance, and thermodynamic efficiency NSTL国家科技图书文献中心

Riham Surkatti | Yasser M. AbduUatif ... - 《Separation and Purification Technology》 - 2025,354P1 - 128641～12 - 共12页

摘要：Direct air capture(DAC)technology faces | CO2 capture capacity imder atmospheric concentration | (SBA-15)for DAC. Comprehensive investigations | efficient and sustainable indoor DAC* processes.* | challenges due to energy-intensive processes and limited

关键词： DAC | Kinetic models | SBA-15 | Indoor conditions | Thermodynamic efficiency

2. Synergistic Efect of Amino Acid Salt Hybrid Systems for DAC of CO2 NSTL国家科技图书文献中心

Hossein Anisi | Rebecca V.McQuillan ... - 《ACS Sustainable Chemistry & Engineering》 - 2025,13(12) - 4691～4702 - 共12页

摘要：Direct air capture(DAC)is gaining signifcant | acids at diferent concentrations were screened for DAC | penalty of aqueous DAC* systems.The CO2 cyclic* | global interest as a negative emission technology aimed | at controlling atmospheric CO2

关键词： amino acids | direct air capture(DAC) | CO2 cyclic capacity | low-temperature regeneration | ionization efects

3. Techno-economic analysis of two novel direct air capture-to-urea concepts based on process intensification NSTL国家科技图书文献中心

Albert Pujol | Mads Heuckendorff ... - 《Journal of cleaner production》 - 2025,496(Mar.10) - 144932.1～144932.17 - 共17页

摘要：Direct Air Capture (DAC) technologies are | employing air-captured CO. This outcome strengthens DAC-CO | -scale by 2050. However, current capture* costs and pace* | capture costs and facilitate the widespread deployment | of DAC* technologies. First, an extensive review of*

关键词： Carbon removal | Direct air capture | Urea process | Techno-economic analysis | DAC market | Learning rates

4. A geographic analysis and techno-economic assessment of renewable heat sources for low-temperature direct air capture in Europe NSTL国家科技图书文献中心

Krull L.F. | Baum C.M.... - 《Energy conversion & management》 - 2025,323(Jan. Pt.A) - 1.1～1.18 - 共18页

摘要：) methods, of which direct* air capture (DAC) is viewed as* | systems on the capture costs of large-scale LT-DAC | assessment of potential heat sources for DAC* to examine the* | are optimally suited for low-temperature (LT) DAC | viability of LT-DAC? Drawing on Climeworks LT-DAC* approach*

关键词： Concentrated solar power | Direct air capture | Geographic assessment | Geothermal energy | High-temperature heat pump | Industrial waste heat | levelized cost of DAC

5. Ein neues Konzept zur CO2-Bereitstellung aus Luft als Gaswasche mit ionischen Flussigkeiten NSTL国家科技图书文献中心

Peter Kussin | Tobias Stegmaier ... - 《Chemie-Ingenieur-Technik》 - 2025,97(1/2) - 32～42 - 共11页

摘要： reports on a novel Direct* Air Capture(DAC)process,which | CO2-Gewinnung aus Luft,Direct Air* Capture | . Februar 2024 A New Concept for CO2 Supply from Air* as* | from the ambient air* with IL gas scrubbing.* | -Verfahren,Gaswasche,lonische Flussigkeiten Eingegangen:01

关键词： CO2 recovery from air | Direct air capture process | Gas scrubbing | Ionic fluids

6. Modeling and control of heating and heat circulation in direct air capture system NSTL国家科技图书文献中心

Paajanen, Antti | Nevaranta, Niko ... - 《Chemical Engineering Science》 - 2025,301 - 共12页

摘要：Direct air capture (DAC) is a critical | adsorption (TVSA)-based DAC* processes hinders its* | of DAC* technologies.* | technology for mitigating climate change. However, the high | heat consumption of temperature vacuum swing

关键词： Carbon capture | utilization and storage | FGS-based PI-control | Direct air capture | Adsorbent temperature estimation

7. Direct Air Capture via Counter-Current NaOH Absorption System: Evolution of pH for Subsequent Plasma-Enhanced CO2 Utilization NSTL国家科技图书文献中心

Valentin Benedikt Se... | Christoph Dubiel - 《Chemie-Ingenieur-Technik》 - 2025,97(5) - 554～559 - 共6页

摘要：Direct air capture (DAC) technologies offer a | integrates DAC* with plasma technology for syngas production* | . Optimizing a DAC* plant control relies on understanding the* | for a counter-current flow setup with ambient air | promising approach to mitigate anthropogenic climate

关键词： CCU | Counter-current absorption column | Direct air capture | pH evolution | Plasma technology

8. Aqueous Electrochemical Direct Air Capture Using Alizarin Red S NSTL国家科技图书文献中心

Wenger, Samuel R. | D'Alessandro, Deanna... - 《ChemSusChem》 - 2025,18(3) - n/a～n/a - 共7页

摘要：Direct Air Capture (DAC) is an emerging form | DAC sorbents utilize swings in temperature and/or | , aqueous electrochemical DAC* system that employs Alizarin* | , and we describe a path to lower the cost of DAC | of atmospheric carbon dioxide removal. Conventional

关键词： Carbon dioxide removal | Direct Air Capture | Electrochemistry | Green chemistry | Redox flow

9. カーボンニュートラル社会の実現に貢献する川崎重工のCO_2分離回収技術について NSTL国家科技图书文献中心

奥村雄志 | 熊田憲彦 ... - 《日本ガスタ-ビン学会誌》 - 2025,53(1) - 8～13 - 共6页

摘要：地球温暖化の抑制は人類が直面する喫緊の課題であり，国連気候変動枠組条約（COP28 | , 2023年）でグローバル·ストックティク（GTS：世界平均気温の上昇を1.5℃以内に抑えるパリ協定の目的 | 達成に向けた世界全体の進捗を評価）に関する決定等が採択されるなど，温室効果ガス排出の削減は世界各国が | 達成すべき共通認識となっている。これを受け，我が国は2050年頃までに国内の温室効果ガス排出を全体 | としてゼロにするカーボンニュートラル宣言を表明している。同様の宣言は125力国以上でなされており，その

关键词：固体吸収材 | 低温蒸気でのCO_2脱離 | CO_2回収·貯留 | 燃焼排ガス回収 | 直接空気回収 | Solid sorbent | CO_2 desorption by low-temperature steam | Carbon capture and storage (CCS) | Post-combustion capture (PCC) | And direct air capture (DAC)

10. Closing the Carbon Cycle in Plasma-Based CO2 Splitting - A Techno-Economic Perspective NSTL国家科技图书文献中心

Samuel Jaro Kaufmann | Paul Rossner ... - 《Chemie-Ingenieur-Technik》 - 2025,97(5) - 454～462 - 共9页

摘要： underscore that direct* air capture (DAC) cost-efficiency* | impact of CO2 capture* energy and capital costs on* | This techno-economic analysis examines the | plasma-based power-toliquid (PtL) systems, identifying | strategies to minimize the net production costs (NPC) for

摘要：Direct air capture(DAC)technology faces | CO2 capture capacity imder atmospheric concentration | (SBA-15)for DAC. Comprehensive investigations | efficient and sustainable indoor DAC* processes.* | challenges due to energy-intensive processes and limited

关键词： DAC | Kinetic models | SBA-15 | Indoor conditions | Thermodynamic efficiency

摘要：Direct air capture(DAC)is gaining signifcant | acids at diferent concentrations were screened for DAC | penalty of aqueous DAC* systems.The CO2 cyclic* | global interest as a negative emission technology aimed | at controlling atmospheric CO2

关键词： amino acids | direct air capture(DAC) | CO2 cyclic capacity | low-temperature regeneration | ionization efects

摘要：Direct Air Capture (DAC) technologies are | employing air-captured CO. This outcome strengthens DAC-CO | -scale by 2050. However, current capture* costs and pace* | capture costs and facilitate the widespread deployment | of DAC* technologies. First, an extensive review of*

关键词： Carbon removal | Direct air capture | Urea process | Techno-economic analysis | DAC market | Learning rates

摘要：) methods, of which direct* air capture (DAC) is viewed as* | systems on the capture costs of large-scale LT-DAC | assessment of potential heat sources for DAC* to examine the* | are optimally suited for low-temperature (LT) DAC | viability of LT-DAC? Drawing on Climeworks LT-DAC* approach*

关键词： Concentrated solar power | Direct air capture | Geographic assessment | Geothermal energy | High-temperature heat pump | Industrial waste heat | levelized cost of DAC

摘要： reports on a novel Direct* Air Capture(DAC)process,which | CO2-Gewinnung aus Luft,Direct Air* Capture | . Februar 2024 A New Concept for CO2 Supply from Air* as* | from the ambient air* with IL gas scrubbing.* | -Verfahren,Gaswasche,lonische Flussigkeiten Eingegangen:01

关键词： CO2 recovery from air | Direct air capture process | Gas scrubbing | Ionic fluids

摘要：Direct air capture (DAC) is a critical | adsorption (TVSA)-based DAC* processes hinders its* | of DAC* technologies.* | technology for mitigating climate change. However, the high | heat consumption of temperature vacuum swing

关键词： Carbon capture | utilization and storage | FGS-based PI-control | Direct air capture | Adsorbent temperature estimation

摘要：Direct air capture (DAC) technologies offer a | integrates DAC* with plasma technology for syngas production* | . Optimizing a DAC* plant control relies on understanding the* | for a counter-current flow setup with ambient air | promising approach to mitigate anthropogenic climate

关键词： CCU | Counter-current absorption column | Direct air capture | pH evolution | Plasma technology

摘要：Direct Air Capture (DAC) is an emerging form | DAC sorbents utilize swings in temperature and/or | , aqueous electrochemical DAC* system that employs Alizarin* | , and we describe a path to lower the cost of DAC | of atmospheric carbon dioxide removal. Conventional

关键词： Carbon dioxide removal | Direct Air Capture | Electrochemistry | Green chemistry | Redox flow

关键词：固体吸収材 | 低温蒸気でのCO_2脱離 | CO_2回収·貯留 | 燃焼排ガス回収 | 直接空気回収 | Solid sorbent | CO_2 desorption by low-temperature steam | Carbon capture and storage (CCS) | Post-combustion capture (PCC) | And direct air capture (DAC)

摘要： underscore that direct* air capture (DAC) cost-efficiency* | impact of CO2 capture* energy and capital costs on* | This techno-economic analysis examines the | plasma-based power-toliquid (PtL) systems, identifying | strategies to minimize the net production costs (NPC) for

关键词： CO2 capture | CO2 splitting | Direct air capture | Plasma | Techno-economics

4008-161-200 800-990-8900

国家科技图书文献中心

摘要：Direct air capture(DAC)technology faces | CO2 capture capacity imder atmospheric concentration | (SBA-15)for DAC. Comprehensive investigations | efficient and sustainable indoor DAC processes. | challenges due to energy-intensive processes and limited

关键词： DAC | Kinetic models | SBA-15 | Indoor conditions | Thermodynamic efficiency

摘要：Direct air capture(DAC)is gaining signifcant | acids at diferent concentrations were screened for DAC | penalty of aqueous DAC systems.The CO2 cyclic | global interest as a negative emission technology aimed | at controlling atmospheric CO2

关键词： amino acids | direct air capture(DAC) | CO2 cyclic capacity | low-temperature regeneration | ionization efects

摘要：Direct Air Capture (DAC) technologies are | employing air-captured CO. This outcome strengthens DAC-CO | -scale by 2050. However, current capture costs and pace | capture costs and facilitate the widespread deployment | of DAC technologies. First, an extensive review of

关键词： Carbon removal | Direct air capture | Urea process | Techno-economic analysis | DAC market | Learning rates

摘要：) methods, of which direct air capture (DAC) is viewed as | systems on the capture costs of large-scale LT-DAC | assessment of potential heat sources for DAC to examine the | are optimally suited for low-temperature (LT) DAC | viability of LT-DAC? Drawing on Climeworks LT-DAC approach

关键词： Concentrated solar power | Direct air capture | Geographic assessment | Geothermal energy | High-temperature heat pump | Industrial waste heat | levelized cost of DAC

摘要： reports on a novel Direct Air Capture(DAC)process,which | CO2-Gewinnung aus Luft,Direct Air Capture | . Februar 2024 A New Concept for CO2 Supply from Air as | from the ambient air with IL gas scrubbing. | -Verfahren,Gaswasche,lonische Flussigkeiten Eingegangen:01

关键词： CO2 recovery from air | Direct air capture process | Gas scrubbing | Ionic fluids

摘要：Direct air capture (DAC) is a critical | adsorption (TVSA)-based DAC processes hinders its | of DAC technologies. | technology for mitigating climate change. However, the high | heat consumption of temperature vacuum swing

关键词： Carbon capture | utilization and storage | FGS-based PI-control | Direct air capture | Adsorbent temperature estimation

摘要：Direct air capture (DAC) technologies offer a | integrates DAC with plasma technology for syngas production | . Optimizing a DAC plant control relies on understanding the | for a counter-current flow setup with ambient air | promising approach to mitigate anthropogenic climate

关键词： CCU | Counter-current absorption column | Direct air capture | pH evolution | Plasma technology

摘要：Direct Air Capture (DAC) is an emerging form | DAC sorbents utilize swings in temperature and/or | , aqueous electrochemical DAC system that employs Alizarin | , and we describe a path to lower the cost of DAC | of atmospheric carbon dioxide removal. Conventional

关键词： Carbon dioxide removal | Direct Air Capture | Electrochemistry | Green chemistry | Redox flow

关键词： 固体吸収材 | 低温蒸気でのCO_2脱離 | CO_2回収·貯留 | 燃焼排ガス回収 | 直接空気回収 | Solid sorbent | CO_2 desorption by low-temperature steam | Carbon capture and storage (CCS) | Post-combustion capture (PCC) | And direct air capture (DAC)

摘要： underscore that direct air capture (DAC) cost-efficiency | impact of CO2 capture energy and capital costs on | This techno-economic analysis examines the | plasma-based power-toliquid (PtL) systems, identifying | strategies to minimize the net production costs (NPC) for

关键词： CO2 capture | CO2 splitting | Direct air capture | Plasma | Techno-economics

4008-161-200 800-990-8900

国家科技图书文献中心

摘要：Direct air capture(DAC)technology faces | CO2 capture capacity imder atmospheric concentration | (SBA-15)for DAC. Comprehensive investigations | efficient and sustainable indoor DAC* processes.* | challenges due to energy-intensive processes and limited

摘要：Direct air capture(DAC)is gaining signifcant | acids at diferent concentrations were screened for DAC | penalty of aqueous DAC* systems.The CO2 cyclic* | global interest as a negative emission technology aimed | at controlling atmospheric CO2

摘要：Direct Air Capture (DAC) technologies are | employing air-captured CO. This outcome strengthens DAC-CO | -scale by 2050. However, current capture* costs and pace* | capture costs and facilitate the widespread deployment | of DAC* technologies. First, an extensive review of*

摘要： reports on a novel Direct* Air Capture(DAC)process,which | CO2-Gewinnung aus Luft,Direct Air* Capture | . Februar 2024 A New Concept for CO2 Supply from Air* as* | from the ambient air* with IL gas scrubbing.* | -Verfahren,Gaswasche,lonische Flussigkeiten Eingegangen:01

摘要：Direct air capture (DAC) is a critical | adsorption (TVSA)-based DAC* processes hinders its* | of DAC* technologies.* | technology for mitigating climate change. However, the high | heat consumption of temperature vacuum swing

摘要：Direct air capture (DAC) technologies offer a | integrates DAC* with plasma technology for syngas production* | . Optimizing a DAC* plant control relies on understanding the* | for a counter-current flow setup with ambient air | promising approach to mitigate anthropogenic climate

摘要：Direct Air Capture (DAC) is an emerging form | DAC sorbents utilize swings in temperature and/or | , aqueous electrochemical DAC* system that employs Alizarin* | , and we describe a path to lower the cost of DAC | of atmospheric carbon dioxide removal. Conventional

关键词：固体吸収材 | 低温蒸気でのCO_2脱離 | CO_2回収·貯留 | 燃焼排ガス回収 | 直接空気回収 | Solid sorbent | CO_2 desorption by low-temperature steam | Carbon capture and storage (CCS) | Post-combustion capture (PCC) | And direct air capture (DAC)

摘要： underscore that direct* air capture (DAC) cost-efficiency* | impact of CO2 capture* energy and capital costs on* | This techno-economic analysis examines the | plasma-based power-toliquid (PtL) systems, identifying | strategies to minimize the net production costs (NPC) for