PUBLICACIÓN

ACCEDER A LA PUBLICACIÓN: Scopus Orcid Dialnet

Catalysis (Q2), Process Chemistry and Technology (Q1)

JCR: 4.012

SJR: 1.218

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AUTORES DE LA UEX

OTRAS PUBLICACIONES DE INTERÉS

Study Of Structure-Performance Relationships In Meerwein-Ponndorf-Verley Reduction Of Crotonaldehyde On Several Magnesium And Zirconium-Based Systems
Testing Carbon Structures For Metal-Free Catalytic/photocatalytic Ozonation To Remove Disinfection By-Product Formation Potential
Excess Secondary Sludge Reuse By H2o2 Thermal Dehydration
Testing Carbon Structures For Metal-Free Catalytic/photocatalytic Ozonation To Remove Disinfection By-Product Formation Potential
Excess Secondary Sludge Reuse By H2o2 Thermal Dehydration
Distribution Of Potassium During Chemical Activation Of Petroleum Coke: Electron Microscopy Evidence And Links To Phase Behaviour
Excess Secondary Sludge Reuse By H2o2 Thermal Dehydration
Distribution Of Potassium During Chemical Activation Of Petroleum Coke: Electron Microscopy Evidence And Links To Phase Behaviour
Structural, Textural, Surface Basic And Catalytic Properties Of An Aged Mg/al Layered Double Hydroxide And Its Calcination Products
Distribution Of Potassium During Chemical Activation Of Petroleum Coke: Electron Microscopy Evidence And Links To Phase Behaviour
Structural, Textural, Surface Basic And Catalytic Properties Of An Aged Mg/al Layered Double Hydroxide And Its Calcination Products
A Review On The Use Of Catalysis For Biogas Steam Reforming
Structural, Textural, Surface Basic And Catalytic Properties Of An Aged Mg/al Layered Double Hydroxide And Its Calcination Products
A Review On The Use Of Catalysis For Biogas Steam Reforming
Checking The Efficiency Of A Magnetic Graphene Oxide–titania Material For Catalytic And Photocatalytic Ozonation Reactions In Water
A Review On The Use Of Catalysis For Biogas Steam Reforming
Checking The Efficiency Of A Magnetic Graphene Oxide–titania Material For Catalytic And Photocatalytic Ozonation Reactions In Water
Sulphur Retention And In-Situ Preparation Of Metal Sulphide Catalysts During Activation Of Petroleum Coke
Checking The Efficiency Of A Magnetic Graphene Oxide–titania Material For Catalytic And Photocatalytic Ozonation Reactions In Water
Sulphur Retention And In-Situ Preparation Of Metal Sulphide Catalysts During Activation Of Petroleum Coke
Epr And Cv Studies Cast Further Light On The Origin Of The Enhanced Hydrogen Production Through Glycerol Photoreforming On Cuo:tio2physical Mixtures
Sulphur Retention And In-Situ Preparation Of Metal Sulphide Catalysts During Activation Of Petroleum Coke
Epr And Cv Studies Cast Further Light On The Origin Of The Enhanced Hydrogen Production Through Glycerol Photoreforming On Cuo:tio2physical Mixtures
Recent Advances In Glycerol Catalytic Valorization: A Review
Epr And Cv Studies Cast Further Light On The Origin Of The Enhanced Hydrogen Production Through Glycerol Photoreforming On Cuo:tio2physical Mixtures
Recent Advances In Glycerol Catalytic Valorization: A Review
Hydrogen Production Through Glycerol Photoreforming On Tio2/mesoporous Carbon: Influence Of The Synthetic Method
Recent Advances In Glycerol Catalytic Valorization: A Review
Hydrogen Production Through Glycerol Photoreforming On Tio2/mesoporous Carbon: Influence Of The Synthetic Method
Sulfonated Carbons From Olive Stones As Catalysts In The Microwave-Assisted Etherification Of Glycerol With Tert-Butyl Alcohol
Hydrogen Production Through Glycerol Photoreforming On Tio2/mesoporous Carbon: Influence Of The Synthetic Method
Sulfonated Carbons From Olive Stones As Catalysts In The Microwave-Assisted Etherification Of Glycerol With Tert-Butyl Alcohol
Removal Of Sulfur Compounds From Industrial Emission Using Activated Carbon Derived From Petroleum Coke
Sulfonated Carbons From Olive Stones As Catalysts In The Microwave-Assisted Etherification Of Glycerol With Tert-Butyl Alcohol
Removal Of Sulfur Compounds From Industrial Emission Using Activated Carbon Derived From Petroleum Coke
Photocatalytic Production Of Hydrogen From Binary Mixtures Of C-3 Alcohols On Pt/tio 2 : Influence Of Alcohol Structure
Removal Of Sulfur Compounds From Industrial Emission Using Activated Carbon Derived From Petroleum Coke
Photocatalytic Production Of Hydrogen From Binary Mixtures Of C-3 Alcohols On Pt/tio 2 : Influence Of Alcohol Structure
Influence Of Boron, Tungsten And Molybdenum Modifiers On Zirconia Based Pt Catalyst For Glycerol Valorization
Photocatalytic Production Of Hydrogen From Binary Mixtures Of C-3 Alcohols On Pt/tio 2 : Influence Of Alcohol Structure
Influence Of Boron, Tungsten And Molybdenum Modifiers On Zirconia Based Pt Catalyst For Glycerol Valorization
Impacts Of Amount Of Chemical Agent And Addition Of Steam For Activation Of Petroleum Coke With Koh Or Naoh
Influence Of Boron, Tungsten And Molybdenum Modifiers On Zirconia Based Pt Catalyst For Glycerol Valorization
Impacts Of Amount Of Chemical Agent And Addition Of Steam For Activation Of Petroleum Coke With Koh Or Naoh
Activated Carbon Production: Recycling Koh To Minimize Waste
Impacts Of Amount Of Chemical Agent And Addition Of Steam For Activation Of Petroleum Coke With Koh Or Naoh
Activated Carbon Production: Recycling Koh To Minimize Waste
Carbon And Mo Transformations During The Synthesis Of Mesoporous Mo2c/carbon Catalysts By Carbothermal Hydrogen Reduction
Activated Carbon Production: Recycling Koh To Minimize Waste
Carbon And Mo Transformations During The Synthesis Of Mesoporous Mo2c/carbon Catalysts By Carbothermal Hydrogen Reduction
Pore Enlargement Of Carbonaceous Materials By Metal Oxide Catalysts In The Presence Of Steam: Influence Of Metal Oxide Size And Porosity Of Starting Material
Carbon And Mo Transformations During The Synthesis Of Mesoporous Mo2c/carbon Catalysts By Carbothermal Hydrogen Reduction
Pore Enlargement Of Carbonaceous Materials By Metal Oxide Catalysts In The Presence Of Steam: Influence Of Metal Oxide Size And Porosity Of Starting Material
Microemulsion And Sol-Gel Synthesized Zro2-Mgo Catalysts For The Liquid-Phase Dehydration Of Xylose To Furfural
Pore Enlargement Of Carbonaceous Materials By Metal Oxide Catalysts In The Presence Of Steam: Influence Of Metal Oxide Size And Porosity Of Starting Material
Microemulsion And Sol-Gel Synthesized Zro2-Mgo Catalysts For The Liquid-Phase Dehydration Of Xylose To Furfural
A Comparative Study Of Hydrogen Photocatalytic Production From Glycerol And Propan-2-Ol On M/tio2 Systems (M=au, Pt, Pd)
Microemulsion And Sol-Gel Synthesized Zro2-Mgo Catalysts For The Liquid-Phase Dehydration Of Xylose To Furfural
A Comparative Study Of Hydrogen Photocatalytic Production From Glycerol And Propan-2-Ol On M/tio2 Systems (M=au, Pt, Pd)
Chemoselective Hydrogenation Of Furfural To Furfuryl Alcohol On Zro2 Systems Synthesized Through The Microemulsion Method
A Comparative Study Of Hydrogen Photocatalytic Production From Glycerol And Propan-2-Ol On M/tio2 Systems (M=au, Pt, Pd)
Chemoselective Hydrogenation Of Furfural To Furfuryl Alcohol On Zro2 Systems Synthesized Through The Microemulsion Method
Synthesis Of Porous Carbon From Petroleum Coke Using Steam, Potassium And Sodium: Combining Treatments To Create Mesoporosity
Chemoselective Hydrogenation Of Furfural To Furfuryl Alcohol On Zro2 Systems Synthesized Through The Microemulsion Method
Synthesis Of Porous Carbon From Petroleum Coke Using Steam, Potassium And Sodium: Combining Treatments To Create Mesoporosity
Hydroconversion Of Paraffinic Wax Over Platinum And Palladium Catalysts Supported On Silica–alumina
Synthesis Of Porous Carbon From Petroleum Coke Using Steam, Potassium And Sodium: Combining Treatments To Create Mesoporosity
Hydroconversion Of Paraffinic Wax Over Platinum And Palladium Catalysts Supported On Silica–alumina
Further Insights Into The Effect Of Sulfur On The Activity And Selectivity Of Cobalt-Based Fischer–tropsch Catalysts
Hydroconversion Of Paraffinic Wax Over Platinum And Palladium Catalysts Supported On Silica–alumina
Further Insights Into The Effect Of Sulfur On The Activity And Selectivity Of Cobalt-Based Fischer–tropsch Catalysts
Syngas Conversion To Ethanol Over A Mesoporous Cu/mcm-41 Catalyst: Effect Of K And Fe Promoters
Further Insights Into The Effect Of Sulfur On The Activity And Selectivity Of Cobalt-Based Fischer–tropsch Catalysts
Syngas Conversion To Ethanol Over A Mesoporous Cu/mcm-41 Catalyst: Effect Of K And Fe Promoters
Nanocatalysts: Synthesis In Nanostructured Liquid Media And Their Application In Energy And Production Of Chemicals
Syngas Conversion To Ethanol Over A Mesoporous Cu/mcm-41 Catalyst: Effect Of K And Fe Promoters
Nanocatalysts: Synthesis In Nanostructured Liquid Media And Their Application In Energy And Production Of Chemicals
Selective Transformation Of Glycerol Into 1,2-Propanediol On Several Pt/zno Solids: Further Insight Into The Role And Origin Of Catalyst Acidity
Nanocatalysts: Synthesis In Nanostructured Liquid Media And Their Application In Energy And Production Of Chemicals
Selective Transformation Of Glycerol Into 1,2-Propanediol On Several Pt/zno Solids: Further Insight Into The Role And Origin Of Catalyst Acidity
Co Methanation Over Tio2-Supported Nickel Catalysts: A Carbon Formation Study
Selective Transformation Of Glycerol Into 1,2-Propanediol On Several Pt/zno Solids: Further Insight Into The Role And Origin Of Catalyst Acidity
Co Methanation Over Tio2-Supported Nickel Catalysts: A Carbon Formation Study
Higher Alcohol Synthesis Over Nickel-Modified Alkali-Doped Molybdenum Sulfide Catalysts Prepared By Conventional Coprecipitation And Coprecipitation In Microemulsions
Co Methanation Over Tio2-Supported Nickel Catalysts: A Carbon Formation Study
Higher Alcohol Synthesis Over Nickel-Modified Alkali-Doped Molybdenum Sulfide Catalysts Prepared By Conventional Coprecipitation And Coprecipitation In Microemulsions
Synthesis Of Ethanol From Syngas Over Rh/mcm-41 Catalyst: Effect Of Water On Product Selectivity
Higher Alcohol Synthesis Over Nickel-Modified Alkali-Doped Molybdenum Sulfide Catalysts Prepared By Conventional Coprecipitation And Coprecipitation In Microemulsions
Synthesis Of Ethanol From Syngas Over Rh/mcm-41 Catalyst: Effect Of Water On Product Selectivity
Pure Hydrogen Production Via Prox Over Gold Catalysts Supported On Pr-Modified Ceria
Synthesis Of Ethanol From Syngas Over Rh/mcm-41 Catalyst: Effect Of Water On Product Selectivity
Pure Hydrogen Production Via Prox Over Gold Catalysts Supported On Pr-Modified Ceria
Preparation And Characterization Of Pt-Modified Co-Based Catalysts Through The Microemulsion Technique: Preliminary Results On The Fischer-Tropsch Synthesis
Pure Hydrogen Production Via Prox Over Gold Catalysts Supported On Pr-Modified Ceria
Preparation And Characterization Of Pt-Modified Co-Based Catalysts Through The Microemulsion Technique: Preliminary Results On The Fischer-Tropsch Synthesis
Effect Of Metal Loading On Activity, Selectivity And Deactivation Behavior Of Pd/silica-Alumina Catalysts In The Hydroconversion Of N-Hexadecane
Preparation And Characterization Of Pt-Modified Co-Based Catalysts Through The Microemulsion Technique: Preliminary Results On The Fischer-Tropsch Synthesis
Effect Of Metal Loading On Activity, Selectivity And Deactivation Behavior Of Pd/silica-Alumina Catalysts In The Hydroconversion Of N-Hexadecane
Synthesis Of Different Zno-Supported Metal Systems Through Microemulsion Technique And Application To Catalytic Transformation Of Glycerol To Acetol And 1,2-Propanediol
Effect Of Metal Loading On Activity, Selectivity And Deactivation Behavior Of Pd/silica-Alumina Catalysts In The Hydroconversion Of N-Hexadecane
Synthesis Of Different Zno-Supported Metal Systems Through Microemulsion Technique And Application To Catalytic Transformation Of Glycerol To Acetol And 1,2-Propanediol
Study Of Structure-Performance Relationships In Meerwein-Ponndorf-Verley Reduction Of Crotonaldehyde On Several Magnesium And Zirconium-Based Systems
Synthesis Of Different Zno-Supported Metal Systems Through Microemulsion Technique And Application To Catalytic Transformation Of Glycerol To Acetol And 1,2-Propanediol
Study Of Structure-Performance Relationships In Meerwein-Ponndorf-Verley Reduction Of Crotonaldehyde On Several Magnesium And Zirconium-Based Systems
Testing Carbon Structures For Metal-Free Catalytic/photocatalytic Ozonation To Remove Disinfection By-Product Formation Potential
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