PUBLICACIÓN

Development of regenerable sorbents from abundant wastes for capture of CO2

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ACCEDER A LA PUBLICACIÓN: Scopus Orcid

Olivares-Marin M., Sanz-Perez E.S., Wong M.S., Maroto-Valer M.M.

2011 Energy Procedia

Energy (miscellaneous)

SJR: 0.877

CITAS

15

DOI

10.1016/j.egypro.2011.01.163

EID

2-s2.0-79955402875

ISSN

1876-6102

BIBTEX

@CONFERENCE{Olivares-Marín20111118, author= {Olivares-Marín, M. and Sanz-Pérez, E.S. and Wong, M.S. and Maroto-Valer, M.M.}, title= {Development of regenerable sorbents from abundant wastes for capture of CO<inf>2</inf>}, journal= {Energy Procedia}, year= {2011}, volume= {4}, pages= {1118-1124}, doi= {10.1016/j.egypro.2011.01.163}, note= {cited By 10}, url= {https://www.scopus.com/inward/record.uri?eid=2-s2.0-79955402875&doi=10.1016%2fj.egypro.2011.01.163&partnerID=40&md5=f4f9219d1b38b853c2c857956666fd64}, document_type= {Conference Paper}, source= {Scopus}}

AUTORES DE LA UEX

Mara Olivares Marín

OTRAS PUBLICACIONES DE INTERÉS

Tratamiento De Vinos Tintos Españoles Con Carbón Activado Preparado A Partir De Sarmientos De Vid: Evaluación Del Efecto Sobre El Contenido En Ota Y La Composición Polifenólica
Insights About The Formation Of Secondary Char During Htc Processes
Thermal Performance And Sound Absorption Capability Of Water Hyacinth Stems-Based Materials
Insights About The Formation Of Secondary Char During Htc Processes
Thermal Performance And Sound Absorption Capability Of Water Hyacinth Stems-Based Materials
Optimizing Al And Fe Load During Htc Of Water Hyacinth: Improvement Of Induced Hc Physicochemical Properties
Thermal Performance And Sound Absorption Capability Of Water Hyacinth Stems-Based Materials
Optimizing Al And Fe Load During Htc Of Water Hyacinth: Improvement Of Induced Hc Physicochemical Properties
Facile Preparation Of Glycine-Based Mesoporous Graphitic Carbons With Embedded Cobalt Nanoparticles
Optimizing Al And Fe Load During Htc Of Water Hyacinth: Improvement Of Induced Hc Physicochemical Properties
Facile Preparation Of Glycine-Based Mesoporous Graphitic Carbons With Embedded Cobalt Nanoparticles
Collaborative Online International Learning: A Way To Develop Students’ Engineering Capabilities And Awareness To Become Global Citizens
Facile Preparation Of Glycine-Based Mesoporous Graphitic Carbons With Embedded Cobalt Nanoparticles
Collaborative Online International Learning: A Way To Develop Students’ Engineering Capabilities And Awareness To Become Global Citizens
A Stable High-Capacity Lithium-Ion Battery Using A Biomass-Derived Sulfur-Carbon Cathode And Lithiated Silicon Anode
Collaborative Online International Learning: A Way To Develop Students’ Engineering Capabilities And Awareness To Become Global Citizens
A Stable High-Capacity Lithium-Ion Battery Using A Biomass-Derived Sulfur-Carbon Cathode And Lithiated Silicon Anode
Alternative Lithium-Ion Battery Using Biomass-Derived Carbons As Environmentally Sustainable Anode
A Stable High-Capacity Lithium-Ion Battery Using A Biomass-Derived Sulfur-Carbon Cathode And Lithiated Silicon Anode
Alternative Lithium-Ion Battery Using Biomass-Derived Carbons As Environmentally Sustainable Anode
Organic Polyradicals As Redox Mediators: Effect Of Intramolecular Radical Interactions On Their Efficiency
Alternative Lithium-Ion Battery Using Biomass-Derived Carbons As Environmentally Sustainable Anode
Organic Polyradicals As Redox Mediators: Effect Of Intramolecular Radical Interactions On Their Efficiency
Magnetic Behavior Of Carbon Materials Made From Biomass By Fe-Assisted Hydrothermal Carbonization
Organic Polyradicals As Redox Mediators: Effect Of Intramolecular Radical Interactions On Their Efficiency
Magnetic Behavior Of Carbon Materials Made From Biomass By Fe-Assisted Hydrothermal Carbonization
Combined Influence Of Meso- And Macroporosity Of Soft-Hard Templated Carbon Electrodes On The Performance Of Li-O2 Cells With Different Configurations
Magnetic Behavior Of Carbon Materials Made From Biomass By Fe-Assisted Hydrothermal Carbonization
Combined Influence Of Meso- And Macroporosity Of Soft-Hard Templated Carbon Electrodes On The Performance Of Li-O2 Cells With Different Configurations
Hydrocarbonization. Does It Worth To Be Called A Pretreatment?
Combined Influence Of Meso- And Macroporosity Of Soft-Hard Templated Carbon Electrodes On The Performance Of Li-O2 Cells With Different Configurations
Hydrocarbonization. Does It Worth To Be Called A Pretreatment?
Method For Promoting In-Situ Hydrochar Porosity In Hydrothermal Carbonization Of Almond Shells With Air Activation
Hydrocarbonization. Does It Worth To Be Called A Pretreatment?
Method For Promoting In-Situ Hydrochar Porosity In Hydrothermal Carbonization Of Almond Shells With Air Activation
Tailoring Oxygen Redox Reactions In Ionic Liquid Based Li/o 2 Batteries By Means Of The Li + Dopant Concentration
Method For Promoting In-Situ Hydrochar Porosity In Hydrothermal Carbonization Of Almond Shells With Air Activation
Tailoring Oxygen Redox Reactions In Ionic Liquid Based Li/o 2 Batteries By Means Of The Li + Dopant Concentration
Low-Cost Disordered Carbons For Li/s Batteries: A High-Performance Carbon With Dual Porosity Derived From Cherry Pits
Tailoring Oxygen Redox Reactions In Ionic Liquid Based Li/o 2 Batteries By Means Of The Li + Dopant Concentration
Low-Cost Disordered Carbons For Li/s Batteries: A High-Performance Carbon With Dual Porosity Derived From Cherry Pits
Studies Of Lithium-Oxygen Battery Electrodes By Energy- Dependent Full-Field Transmission Soft X-Ray Microscopy
Low-Cost Disordered Carbons For Li/s Batteries: A High-Performance Carbon With Dual Porosity Derived From Cherry Pits
Studies Of Lithium-Oxygen Battery Electrodes By Energy- Dependent Full-Field Transmission Soft X-Ray Microscopy
Preparation And Characterization Of Zro2/y2o3/al2o3-Based Microstructured Multilayer Sol–gel Coatings
Studies Of Lithium-Oxygen Battery Electrodes By Energy- Dependent Full-Field Transmission Soft X-Ray Microscopy
Preparation And Characterization Of Zro2/y2o3/al2o3-Based Microstructured Multilayer Sol–gel Coatings
Potassium Salts As Electrolyte Additives In Lithium-Oxygen Batteries
Preparation And Characterization Of Zro2/y2o3/al2o3-Based Microstructured Multilayer Sol–gel Coatings
Potassium Salts As Electrolyte Additives In Lithium-Oxygen Batteries
Discharge Products Of Ionic Liquid-Based Li-O2 Batteries Observed By Energy Dependent Soft X-Ray Transmission Microscopy
Potassium Salts As Electrolyte Additives In Lithium-Oxygen Batteries
Discharge Products Of Ionic Liquid-Based Li-O2 Batteries Observed By Energy Dependent Soft X-Ray Transmission Microscopy
Influence Of Texture In Hybrid Carbon-Phosphomolybdic Acid Materials On Their Performance As Electrodes In Supercapacitors
Discharge Products Of Ionic Liquid-Based Li-O2 Batteries Observed By Energy Dependent Soft X-Ray Transmission Microscopy
Influence Of Texture In Hybrid Carbon-Phosphomolybdic Acid Materials On Their Performance As Electrodes In Supercapacitors
Spatial Distributions Of Discharged Products Of Lithium-Oxygen Batteries Revealed By Synchrotron X-Ray Transmission Microscopy
Influence Of Texture In Hybrid Carbon-Phosphomolybdic Acid Materials On Their Performance As Electrodes In Supercapacitors
Spatial Distributions Of Discharged Products Of Lithium-Oxygen Batteries Revealed By Synchrotron X-Ray Transmission Microscopy
Organic Radicals For The Enhancement Of Oxygen Reduction Reaction In Li-O2 Batteries
Spatial Distributions Of Discharged Products Of Lithium-Oxygen Batteries Revealed By Synchrotron X-Ray Transmission Microscopy
Organic Radicals For The Enhancement Of Oxygen Reduction Reaction In Li-O2 Batteries
Mass-Transport Control On The Discharge Mechanism In Li-O2 Batteries Using Carbon Cathodes With Varied Porosity
Organic Radicals For The Enhancement Of Oxygen Reduction Reaction In Li-O2 Batteries
Mass-Transport Control On The Discharge Mechanism In Li-O2 Batteries Using Carbon Cathodes With Varied Porosity
Operando Uv-Visible Spectroscopy Evidence Of The Reactions Of Iodide As Redox Mediator In Li-O2 Batteries
Mass-Transport Control On The Discharge Mechanism In Li-O2 Batteries Using Carbon Cathodes With Varied Porosity
Operando Uv-Visible Spectroscopy Evidence Of The Reactions Of Iodide As Redox Mediator In Li-O2 Batteries
Simple Method To Relate Experimental Pore Size Distribution And Discharge Capacity In Cathodes For Li/o2 Batteries
Operando Uv-Visible Spectroscopy Evidence Of The Reactions Of Iodide As Redox Mediator In Li-O2 Batteries
Simple Method To Relate Experimental Pore Size Distribution And Discharge Capacity In Cathodes For Li/o2 Batteries
Effects Of Architecture On The Electrochemistry Of Binder-Free Inverse Opal Carbons As Li-Air Cathodes In An Ionic Liquid-Based Electrolyte
Simple Method To Relate Experimental Pore Size Distribution And Discharge Capacity In Cathodes For Li/o2 Batteries
Effects Of Architecture On The Electrochemistry Of Binder-Free Inverse Opal Carbons As Li-Air Cathodes In An Ionic Liquid-Based Electrolyte
Influence Of Morphology, Porosity And Crystal Structure Of Caco3 Precursors On The Co2 Capture Performance Of Cao-Derived Sorbents
Effects Of Architecture On The Electrochemistry Of Binder-Free Inverse Opal Carbons As Li-Air Cathodes In An Ionic Liquid-Based Electrolyte
Influence Of Morphology, Porosity And Crystal Structure Of Caco3 Precursors On The Co2 Capture Performance Of Cao-Derived Sorbents
Influence Of The Operation Conditions On Co2 Capture By Cao-Derived Sorbents Prepared From Synthetic Caco3
Influence Of Morphology, Porosity And Crystal Structure Of Caco3 Precursors On The Co2 Capture Performance Of Cao-Derived Sorbents
Influence Of The Operation Conditions On Co2 Capture By Cao-Derived Sorbents Prepared From Synthetic Caco3
Co2 Adsorption Performance Of Amino-Functionalized Sba-15 Under Post-Combustion Conditions
Influence Of The Operation Conditions On Co2 Capture By Cao-Derived Sorbents Prepared From Synthetic Caco3
Co2 Adsorption Performance Of Amino-Functionalized Sba-15 Under Post-Combustion Conditions
Preparation Of Micropore-Containing Adsorbents From Kenaf Fibers And Their Use In Mercury Removal From Aqueous Solution
Co2 Adsorption Performance Of Amino-Functionalized Sba-15 Under Post-Combustion Conditions
Preparation Of Micropore-Containing Adsorbents From Kenaf Fibers And Their Use In Mercury Removal From Aqueous Solution
Development Of Adsorbents For Co2 Capture From Waste Materials: A Review
Preparation Of Micropore-Containing Adsorbents From Kenaf Fibers And Their Use In Mercury Removal From Aqueous Solution
Development Of Adsorbents For Co2 Capture From Waste Materials: A Review
Preparation Of Activated Carbon From Cherry Stones By Physical Activation In Air. Influence Of The Chemical Carbonisation With H2so4
Development Of Adsorbents For Co2 Capture From Waste Materials: A Review
Preparation Of Activated Carbon From Cherry Stones By Physical Activation In Air. Influence Of The Chemical Carbonisation With H2so4
Development And Characterization Of Carbon-Honeycomb Monoliths From Kenaf Natural Fibers: A Preliminary Study
Preparation Of Activated Carbon From Cherry Stones By Physical Activation In Air. Influence Of The Chemical Carbonisation With H2so4
Development And Characterization Of Carbon-Honeycomb Monoliths From Kenaf Natural Fibers: A Preliminary Study
The Influence Of The Precursor And Synthesis Method On The Co2 Capture Capacity Of Carpet Waste-Based Sorbents
Development And Characterization Of Carbon-Honeycomb Monoliths From Kenaf Natural Fibers: A Preliminary Study
The Influence Of The Precursor And Synthesis Method On The Co2 Capture Capacity Of Carpet Waste-Based Sorbents
Preparation Of A Highly Microporous Carbon From A Carpet Material And Its Application As Co2 Sorbent
The Influence Of The Precursor And Synthesis Method On The Co2 Capture Capacity Of Carpet Waste-Based Sorbents
Preparation Of A Highly Microporous Carbon From A Carpet Material And Its Application As Co2 Sorbent
Development Of Regenerable Sorbents From Abundant Wastes For Capture Of Co2
Preparation Of A Highly Microporous Carbon From A Carpet Material And Its Application As Co2 Sorbent
Development Of Regenerable Sorbents From Abundant Wastes For Capture Of Co2
Improving The Performance Of Biomass-Derived Carbons In Li-Ion Batteries By Controlling The Lithium Insertion Process
Development Of Regenerable Sorbents From Abundant Wastes For Capture Of Co2
Improving The Performance Of Biomass-Derived Carbons In Li-Ion Batteries By Controlling The Lithium Insertion Process
Use Of Small-Amplitude Oscillatory Shear Rheometry To Study The Flow Properties Of Pure And Potassium-Doped Li2zro3 Sorbents During The Sorption Of Co2 At High Temperatures
Improving The Performance Of Biomass-Derived Carbons In Li-Ion Batteries By Controlling The Lithium Insertion Process
Use Of Small-Amplitude Oscillatory Shear Rheometry To Study The Flow Properties Of Pure And Potassium-Doped Li2zro3 Sorbents During The Sorption Of Co2 At High Temperatures
Novel Lithium-Based Sorbents From Fly Ashes For Co2 Capture At High Temperatures
Use Of Small-Amplitude Oscillatory Shear Rheometry To Study The Flow Properties Of Pure And Potassium-Doped Li2zro3 Sorbents During The Sorption Of Co2 At High Temperatures
Novel Lithium-Based Sorbents From Fly Ashes For Co2 Capture At High Temperatures
Modification Of Carbon Screen-Printed Electrodes By Adsorption Of Chemically Synthesized Bi Nanoparticles For The Voltammetric Stripping Detection Of Zn(Ii), Cd(Ii) And Pb(Ii)
Novel Lithium-Based Sorbents From Fly Ashes For Co2 Capture At High Temperatures
Modification Of Carbon Screen-Printed Electrodes By Adsorption Of Chemically Synthesized Bi Nanoparticles For The Voltammetric Stripping Detection Of Zn(Ii), Cd(Ii) And Pb(Ii)
Suppressing Irreversible Capacity In Low Cost Disordered Carbons For Li-Ion Batteries
Modification Of Carbon Screen-Printed Electrodes By Adsorption Of Chemically Synthesized Bi Nanoparticles For The Voltammetric Stripping Detection Of Zn(Ii), Cd(Ii) And Pb(Ii)
Suppressing Irreversible Capacity In Low Cost Disordered Carbons For Li-Ion Batteries
Cherry Stones As Precursor Of Activated Carbons For Supercapacitors
Suppressing Irreversible Capacity In Low Cost Disordered Carbons For Li-Ion Batteries
Cherry Stones As Precursor Of Activated Carbons For Supercapacitors
The Development Of An Activated Carbon From Cherry Stones And Its Use In The Removal Of Ochratoxin A From Red Wine
Cherry Stones As Precursor Of Activated Carbons For Supercapacitors
The Development Of An Activated Carbon From Cherry Stones And Its Use In The Removal Of Ochratoxin A From Red Wine
Carbonización A Alta Temperatura De Sarmientos De Variedad Tempranillo Y Activación Con Koh Para La Eliminación De Metales Pesados Tóxicos En Aguas Residuales
The Development Of An Activated Carbon From Cherry Stones And Its Use In The Removal Of Ochratoxin A From Red Wine
Carbonización A Alta Temperatura De Sarmientos De Variedad Tempranillo Y Activación Con Koh Para La Eliminación De Metales Pesados Tóxicos En Aguas Residuales
A Novel Cell Design For The Improved Stripping Voltammetric Detection Of Zn(Ii), Cd(Ii), And Pb(Ii) On Commercial Screen-Printed Strips By Bismuth Codeposition In Stirred Solutions
Carbonización A Alta Temperatura De Sarmientos De Variedad Tempranillo Y Activación Con Koh Para La Eliminación De Metales Pesados Tóxicos En Aguas Residuales
A Novel Cell Design For The Improved Stripping Voltammetric Detection Of Zn(Ii), Cd(Ii), And Pb(Ii) On Commercial Screen-Printed Strips By Bismuth Codeposition In Stirred Solutions
Adsorption Of Mercury From Single And Multicomponent Metal Systems On Activated Carbon Developed From Cherry Stones
A Novel Cell Design For The Improved Stripping Voltammetric Detection Of Zn(Ii), Cd(Ii), And Pb(Ii) On Commercial Screen-Printed Strips By Bismuth Codeposition In Stirred Solutions
Adsorption Of Mercury From Single And Multicomponent Metal Systems On Activated Carbon Developed From Cherry Stones
Porous Structure Of Activated Carbon Prepared From Cherry Stones By Chemical Activation With Phosphoric Acid
Adsorption Of Mercury From Single And Multicomponent Metal Systems On Activated Carbon Developed From Cherry Stones
Porous Structure Of Activated Carbon Prepared From Cherry Stones By Chemical Activation With Phosphoric Acid
Retención De Mercurio Por Carbón Activado Preparado A Partir De Residuos Agroindustriales
Porous Structure Of Activated Carbon Prepared From Cherry Stones By Chemical Activation With Phosphoric Acid
Retención De Mercurio Por Carbón Activado Preparado A Partir De Residuos Agroindustriales
Sarmientos De La Vid: Material De Partida Para La Preparación De Carbón Activado Con Aplicaciones En La Industria Enológica
Retención De Mercurio Por Carbón Activado Preparado A Partir De Residuos Agroindustriales
Sarmientos De La Vid: Material De Partida Para La Preparación De Carbón Activado Con Aplicaciones En La Industria Enológica
Thermal Behaviour Of Lignocellulosic Material In The Presence Of Phosphoric Acid. Influence Of The Acid Content In The Initial Solution
Sarmientos De La Vid: Material De Partida Para La Preparación De Carbón Activado Con Aplicaciones En La Industria Enológica
Thermal Behaviour Of Lignocellulosic Material In The Presence Of Phosphoric Acid. Influence Of The Acid Content In The Initial Solution
Preparation Of Activated Carbon From Cherry Stones By Chemical Activation With Zncl 2
Thermal Behaviour Of Lignocellulosic Material In The Presence Of Phosphoric Acid. Influence Of The Acid Content In The Initial Solution
Preparation Of Activated Carbon From Cherry Stones By Chemical Activation With Zncl 2
Preparation And Textural Characterisation Of Activated Carbon From Vine Shoots (Vitis Vinifera) By H 3 Po 4 -Chemical Activation
Preparation Of Activated Carbon From Cherry Stones By Chemical Activation With Zncl 2
Preparation And Textural Characterisation Of Activated Carbon From Vine Shoots (Vitis Vinifera) By H 3 Po 4 -Chemical Activation
Study Of The Pore Size Distribution And Fractal Dimension Of Hno 3 -Treated Activated Carbons
Preparation And Textural Characterisation Of Activated Carbon From Vine Shoots (Vitis Vinifera) By H 3 Po 4 -Chemical Activation
Study Of The Pore Size Distribution And Fractal Dimension Of Hno 3 -Treated Activated Carbons
Preparation Of Activated Carbons From Cherry Stones By Activation With Potassium Hydroxide
Study Of The Pore Size Distribution And Fractal Dimension Of Hno 3 -Treated Activated Carbons
Preparation Of Activated Carbons From Cherry Stones By Activation With Potassium Hydroxide
Development Of Activated Carbon Using Vine Shoots (Vitis Vinifera) And Its Use For Wine Treatment
Preparation Of Activated Carbons From Cherry Stones By Activation With Potassium Hydroxide
Development Of Activated Carbon Using Vine Shoots (Vitis Vinifera) And Its Use For Wine Treatment
Tratamiento De Vinos Tintos Españoles Con Carbón Activado Preparado A Partir De Sarmientos De Vid: Evaluación Del Efecto Sobre El Contenido En Ota Y La Composición Polifenólica
Development Of Activated Carbon Using Vine Shoots (Vitis Vinifera) And Its Use For Wine Treatment
Tratamiento De Vinos Tintos Españoles Con Carbón Activado Preparado A Partir De Sarmientos De Vid: Evaluación Del Efecto Sobre El Contenido En Ota Y La Composición Polifenólica
Insights About The Formation Of Secondary Char During Htc Processes
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