PUBLICACIÓN

Insights into the stability and activity of mil‐53(Fe) in solar photocatalytic oxidation processes in water

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ACCEDER A LA PUBLICACIÓN: Scopus Orcid

Lopez J., Chavez A.M., Rey A., Alvarez P.M.

2021 Catalysts

Catalysis (Q2), Physical and Theoretical Chemistry (Q2)

JCR: 4.501

SJR: 0.728

CITAS

28

DOI

10.3390/catal11040448

EID

2-s2.0-85103271937

EISSN

2073-4344

BIBTEX

@article{Alvarez2021,title = {Insights into the stability and activity of mil?53(Fe) in solar photocatalytic oxidation processes in water},journal = {Catalysts},year = {2021},volume = {11},number = {4},author = {L{\'o}pez, J. and Ch{\'a}vez, A.M. and Rey, A. and ?lvarez, P.M.}}

AUTORES DE LA UEX

Pedro Modesto Álvarez Peña
Ana Rey Barroso
Ana María Chávez Águedo

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Catalytic Wet Peroxide Oxidation Of Phenol Over Fe/ac Catalysts: Influence Of Iron Precursor And Activated Carbon Surface
Photocatalytic Degradation Of Organics In Water In The Presence Of Iron Oxides: Influence Of Carboxylic Acids
Catalytic Wet Peroxide Oxidation Of Phenol Over Fe/ac Catalysts: Influence Of Iron Precursor And Activated Carbon Surface
Photocatalytic Degradation Of Organics In Water In The Presence Of Iron Oxides: Influence Of Carboxylic Acids
A Comparison Between Catalytic Ozonation And Activated Carbon Adsorption/ozone-Regeneration Processes For Wastewater Treatment
Photocatalytic Degradation Of Organics In Water In The Presence Of Iron Oxides: Influence Of Carboxylic Acids
A Comparison Between Catalytic Ozonation And Activated Carbon Adsorption/ozone-Regeneration Processes For Wastewater Treatment
Catalysts To Improve The Abatement Of Sulfamethoxazole And The Resulting Organic Carbon In Water During Ozonation
A Comparison Between Catalytic Ozonation And Activated Carbon Adsorption/ozone-Regeneration Processes For Wastewater Treatment
Catalysts To Improve The Abatement Of Sulfamethoxazole And The Resulting Organic Carbon In Water During Ozonation
Ozone-Activated Carbon Mineralization Of 17-Α-Ethynylestradiol Aqueous Solutions
Catalysts To Improve The Abatement Of Sulfamethoxazole And The Resulting Organic Carbon In Water During Ozonation
Ozone-Activated Carbon Mineralization Of 17-Α-Ethynylestradiol Aqueous Solutions
Mechanism And Kinetic Considerations Of Toc Removal From The Powdered Activated Carbon Ozonation Of Diclofenac Aqueous Solutions
Ozone-Activated Carbon Mineralization Of 17-Α-Ethynylestradiol Aqueous Solutions
Mechanism And Kinetic Considerations Of Toc Removal From The Powdered Activated Carbon Ozonation Of Diclofenac Aqueous Solutions
Diclofenac Removal From Water With Ozone And Activated Carbon
Mechanism And Kinetic Considerations Of Toc Removal From The Powdered Activated Carbon Ozonation Of Diclofenac Aqueous Solutions
Diclofenac Removal From Water With Ozone And Activated Carbon
Enhanced Adsorption Of Metal Ions Onto Functionalized Granular Activated Carbons Prepared From Cherry Stones
Diclofenac Removal From Water With Ozone And Activated Carbon
Enhanced Adsorption Of Metal Ions Onto Functionalized Granular Activated Carbons Prepared From Cherry Stones
Role Of The Activated Carbon Surface On Catalytic Wet Peroxide Oxidation
Enhanced Adsorption Of Metal Ions Onto Functionalized Granular Activated Carbons Prepared From Cherry Stones
Role Of The Activated Carbon Surface On Catalytic Wet Peroxide Oxidation
Polycyclic Aromatic Hydrocarbons Sorption On Soils: Some Anomalous Isotherms
Role Of The Activated Carbon Surface On Catalytic Wet Peroxide Oxidation
Polycyclic Aromatic Hydrocarbons Sorption On Soils: Some Anomalous Isotherms
Sequential Use Of Bentonites And Solar Photocatalysis To Treat Winery Wastewater
Polycyclic Aromatic Hydrocarbons Sorption On Soils: Some Anomalous Isotherms
Sequential Use Of Bentonites And Solar Photocatalysis To Treat Winery Wastewater
Kinetics Of Ozone Decomposition By Granular Activated Carbon
Sequential Use Of Bentonites And Solar Photocatalysis To Treat Winery Wastewater
Kinetics Of Ozone Decomposition By Granular Activated Carbon
Preparation And Structural Characterization Of Co/al2o3 Catalysts For The Ozonation Of Pyruvic Acid
Kinetics Of Ozone Decomposition By Granular Activated Carbon
Preparation And Structural Characterization Of Co/al2o3 Catalysts For The Ozonation Of Pyruvic Acid
Removal Of Phenolic Compounds From Food-Processing Wastewater By Adsorption Onto Granular Activated Carbon
Preparation And Structural Characterization Of Co/al2o3 Catalysts For The Ozonation Of Pyruvic Acid
Removal Of Phenolic Compounds From Food-Processing Wastewater By Adsorption Onto Granular Activated Carbon
The Use Of Titania On Activated Carbon To Catalyse The Ozonation Of Syringic Acid In Water
Removal Of Phenolic Compounds From Food-Processing Wastewater By Adsorption Onto Granular Activated Carbon
The Use Of Titania On Activated Carbon To Catalyse The Ozonation Of Syringic Acid In Water
Effects Of Different Catalysts On The Ozonation Of Pyruvic Acid In Water
The Use Of Titania On Activated Carbon To Catalyse The Ozonation Of Syringic Acid In Water
Effects Of Different Catalysts On The Ozonation Of Pyruvic Acid In Water
Vanadium Supported On Carbon Coated Honeycomb Monoliths For The Selective Catalytic Reduction Of No At Low Temperatures: Influence Of The Oxidation Pre-Treatment
Effects Of Different Catalysts On The Ozonation Of Pyruvic Acid In Water
Vanadium Supported On Carbon Coated Honeycomb Monoliths For The Selective Catalytic Reduction Of No At Low Temperatures: Influence Of The Oxidation Pre-Treatment
The Influence Of Various Factors On Aqueous Ozone Decomposition By Granular Activated Carbons And The Development Of A Mechanistic Approach
Vanadium Supported On Carbon Coated Honeycomb Monoliths For The Selective Catalytic Reduction Of No At Low Temperatures: Influence Of The Oxidation Pre-Treatment
The Influence Of Various Factors On Aqueous Ozone Decomposition By Granular Activated Carbons And The Development Of A Mechanistic Approach
Oxone-Promoted Wet Air Oxidation Of Landfill Leachates
The Influence Of Various Factors On Aqueous Ozone Decomposition By Granular Activated Carbons And The Development Of A Mechanistic Approach
Oxone-Promoted Wet Air Oxidation Of Landfill Leachates
Activated Carbon As Catalyst Of Succinic Acid Ozonation In Water
Oxone-Promoted Wet Air Oxidation Of Landfill Leachates
Activated Carbon As Catalyst Of Succinic Acid Ozonation In Water
Integration Of Ozonation And An Anaerobic Sequencing Batch Reactor (Ansbr) For The Treatment Of Cherry Stillage
Activated Carbon As Catalyst Of Succinic Acid Ozonation In Water
Integration Of Ozonation And An Anaerobic Sequencing Batch Reactor (Ansbr) For The Treatment Of Cherry Stillage
Ozonation Of Activated Carbons: Effect On The Adsorption Of Selected Phenolic Compounds From Aqueous Solutions
Integration Of Ozonation And An Anaerobic Sequencing Batch Reactor (Ansbr) For The Treatment Of Cherry Stillage
Ozonation Of Activated Carbons: Effect On The Adsorption Of Selected Phenolic Compounds From Aqueous Solutions
Incidence Of An Ozonation Stage On The Treatment Of Cherry Stillage By Activated Sludge
Ozonation Of Activated Carbons: Effect On The Adsorption Of Selected Phenolic Compounds From Aqueous Solutions
Incidence Of An Ozonation Stage On The Treatment Of Cherry Stillage By Activated Sludge
Wet Peroxide Degradation Of Atrazine
Incidence Of An Ozonation Stage On The Treatment Of Cherry Stillage By Activated Sludge
Wet Peroxide Degradation Of Atrazine
Comparison Between Thermal And Ozone Regenerations Of Spent Activated Carbon Exhausted With Phenol
Wet Peroxide Degradation Of Atrazine
Comparison Between Thermal And Ozone Regenerations Of Spent Activated Carbon Exhausted With Phenol
Removal Of The Herbicide Mcpa By Commercial Activated Carbons: Equilibrium, Kinetics, And Reversibility
Comparison Between Thermal And Ozone Regenerations Of Spent Activated Carbon Exhausted With Phenol
Removal Of The Herbicide Mcpa By Commercial Activated Carbons: Equilibrium, Kinetics, And Reversibility
Treatment Of Brines By Combined Fenton's Reagent-Aerobic Biodegradation Ii. Process Modelling
Removal Of The Herbicide Mcpa By Commercial Activated Carbons: Equilibrium, Kinetics, And Reversibility
Treatment Of Brines By Combined Fenton's Reagent-Aerobic Biodegradation Ii. Process Modelling
Optimisation Of Fenton's Reagent Usage As A Pre-Treatment For Fermentation Brines
Treatment Of Brines By Combined Fenton's Reagent-Aerobic Biodegradation Ii. Process Modelling
Optimisation Of Fenton's Reagent Usage As A Pre-Treatment For Fermentation Brines
Activated Carbon Adsorption Of Some Phenolic Compounds Present In Agroindustrial Wastewater
Optimisation Of Fenton's Reagent Usage As A Pre-Treatment For Fermentation Brines
Activated Carbon Adsorption Of Some Phenolic Compounds Present In Agroindustrial Wastewater
Textural And Chemical Surface Modifications Produced By Some Oxidation Treatments Of A Glassy Carbon
Activated Carbon Adsorption Of Some Phenolic Compounds Present In Agroindustrial Wastewater
Textural And Chemical Surface Modifications Produced By Some Oxidation Treatments Of A Glassy Carbon
Kinetics Of Catalytic Ozonation Of Oxalic Acid In Water With Activated Carbon
Textural And Chemical Surface Modifications Produced By Some Oxidation Treatments Of A Glassy Carbon
Kinetics Of Catalytic Ozonation Of Oxalic Acid In Water With Activated Carbon
Kinetics Of Heterogeneous Catalytic Ozone Decomposition In Water On An Activated Carbon
Kinetics Of Catalytic Ozonation Of Oxalic Acid In Water With Activated Carbon
Kinetics Of Heterogeneous Catalytic Ozone Decomposition In Water On An Activated Carbon
Copper Oxide Mounted On Activated Carbon As Catalyst For Wet Air Oxidation Of Aqueous Phenol. 2. Catalyst Stability
Kinetics Of Heterogeneous Catalytic Ozone Decomposition In Water On An Activated Carbon
Copper Oxide Mounted On Activated Carbon As Catalyst For Wet Air Oxidation Of Aqueous Phenol. 2. Catalyst Stability
Copper Oxide Mounted On Activated Carbon As Catalyst For Wet Air Oxidation Of Aqueous Phenol. 1. Kinetic And Mechanistic Approaches
Copper Oxide Mounted On Activated Carbon As Catalyst For Wet Air Oxidation Of Aqueous Phenol. 2. Catalyst Stability
Copper Oxide Mounted On Activated Carbon As Catalyst For Wet Air Oxidation Of Aqueous Phenol. 1. Kinetic And Mechanistic Approaches
Formation Of Oxygen Complexes By Ozonation Of Carbonaceous Materials Prepared From Cherry Stones I. Thermal Effects
Copper Oxide Mounted On Activated Carbon As Catalyst For Wet Air Oxidation Of Aqueous Phenol. 1. Kinetic And Mechanistic Approaches
Formation Of Oxygen Complexes By Ozonation Of Carbonaceous Materials Prepared From Cherry Stones I. Thermal Effects
Formation Of Oxygen Structures By Ozonation Of Carbonaceous Materials Prepared From Cherry Stones Ii. Kinetic Study
Formation Of Oxygen Complexes By Ozonation Of Carbonaceous Materials Prepared From Cherry Stones I. Thermal Effects
Formation Of Oxygen Structures By Ozonation Of Carbonaceous Materials Prepared From Cherry Stones Ii. Kinetic Study
Chemical-Biological Treatment Of Table Olive Manufacturing Wastewater
Formation Of Oxygen Structures By Ozonation Of Carbonaceous Materials Prepared From Cherry Stones Ii. Kinetic Study
Chemical-Biological Treatment Of Table Olive Manufacturing Wastewater
Treatment Of High Strength Distillery Wastewater (Cherry Stillage) By Integrated Aerobic Biological Oxidation And Ozonation
Chemical-Biological Treatment Of Table Olive Manufacturing Wastewater
Treatment Of High Strength Distillery Wastewater (Cherry Stillage) By Integrated Aerobic Biological Oxidation And Ozonation
Homogeneous Catalyzed Ozonation Of Simazine. Effect Of Mn(Ii) And Fe(Ii)
Treatment Of High Strength Distillery Wastewater (Cherry Stillage) By Integrated Aerobic Biological Oxidation And Ozonation
Homogeneous Catalyzed Ozonation Of Simazine. Effect Of Mn(Ii) And Fe(Ii)
Ph Sequential Ozonation Of Domestic And Wine-Distillery Wastewaters
Homogeneous Catalyzed Ozonation Of Simazine. Effect Of Mn(Ii) And Fe(Ii)
Ph Sequential Ozonation Of Domestic And Wine-Distillery Wastewaters
Domestic Wastewater Ozonation: A Kinetic Model Approach
Ph Sequential Ozonation Of Domestic And Wine-Distillery Wastewaters
Domestic Wastewater Ozonation: A Kinetic Model Approach
Kinetics Of Simazine Advanced Oxidation In Water
Domestic Wastewater Ozonation: A Kinetic Model Approach
Kinetics Of Simazine Advanced Oxidation In Water
Ozone Remediation Of Some Phenol Compounds Present In Food Processing Wastewater
Kinetics Of Simazine Advanced Oxidation In Water
Ozone Remediation Of Some Phenol Compounds Present In Food Processing Wastewater
Kinetics Of Competitive Ozonation Of Some Phenolic Compounds Present In Wastewater From Food Processing Industries
Ozone Remediation Of Some Phenol Compounds Present In Food Processing Wastewater
Kinetics Of Competitive Ozonation Of Some Phenolic Compounds Present In Wastewater From Food Processing Industries
The Use Of Ozone As A Gas Tracer For Kinetic Modeling Of Aqueous Environmental Ozonation Processes
Kinetics Of Competitive Ozonation Of Some Phenolic Compounds Present In Wastewater From Food Processing Industries
The Use Of Ozone As A Gas Tracer For Kinetic Modeling Of Aqueous Environmental Ozonation Processes
Joint Aerobic Biodegradation Of Wastewater From Table Olive Manufacturing Industries And Urban Wastewater
The Use Of Ozone As A Gas Tracer For Kinetic Modeling Of Aqueous Environmental Ozonation Processes
Joint Aerobic Biodegradation Of Wastewater From Table Olive Manufacturing Industries And Urban Wastewater
Comparison Of Different Treatments For Alachlor Removal From Water
Joint Aerobic Biodegradation Of Wastewater From Table Olive Manufacturing Industries And Urban Wastewater
Comparison Of Different Treatments For Alachlor Removal From Water
Estimation Of Biological Kinetic Parameters From A Continuous Integrated Ozonation - Activated Sludge System Treating Domestic Wastewater
Comparison Of Different Treatments For Alachlor Removal From Water
Estimation Of Biological Kinetic Parameters From A Continuous Integrated Ozonation - Activated Sludge System Treating Domestic Wastewater
Continuous Flow Integrated Chemical (Ozone)-Activated Sludge System Treating Combined Agroindustrial-Domestic Wastewater
Estimation Of Biological Kinetic Parameters From A Continuous Integrated Ozonation - Activated Sludge System Treating Domestic Wastewater
Continuous Flow Integrated Chemical (Ozone)-Activated Sludge System Treating Combined Agroindustrial-Domestic Wastewater
Sodium Dodecylbenzenesulfonate Removal From Water And Wastewater. 2. Kinetics Of The Integrated Ozone-Activated Sludge System
Continuous Flow Integrated Chemical (Ozone)-Activated Sludge System Treating Combined Agroindustrial-Domestic Wastewater
Sodium Dodecylbenzenesulfonate Removal From Water And Wastewater. 2. Kinetics Of The Integrated Ozone-Activated Sludge System
Sodium Dodecylbenzenesulfonate Removal From Water And Wastewater. 1. Kinetics Of Decomposition By Ozonation
Sodium Dodecylbenzenesulfonate Removal From Water And Wastewater. 2. Kinetics Of The Integrated Ozone-Activated Sludge System
Sodium Dodecylbenzenesulfonate Removal From Water And Wastewater. 1. Kinetics Of Decomposition By Ozonation
A Kinetic Model For Advanced Oxidation Processes Of Aromatic Hydrocarbons In Water: Application To Phenanthrene And Nitrobenzene
Sodium Dodecylbenzenesulfonate Removal From Water And Wastewater. 1. Kinetics Of Decomposition By Ozonation
A Kinetic Model For Advanced Oxidation Processes Of Aromatic Hydrocarbons In Water: Application To Phenanthrene And Nitrobenzene
Wine Distillery Wastewater Degradation. 1. Oxidative Treatment Using Ozone And Its Effect On The Wastewater Biodegradability
A Kinetic Model For Advanced Oxidation Processes Of Aromatic Hydrocarbons In Water: Application To Phenanthrene And Nitrobenzene
Wine Distillery Wastewater Degradation. 1. Oxidative Treatment Using Ozone And Its Effect On The Wastewater Biodegradability
Wine Distillery Wastewater Degradation. 2. Improvement Of Aerobic Biodegradation By Means Of An Integrated Chemical (Ozone)-Biological Treatment
Wine Distillery Wastewater Degradation. 1. Oxidative Treatment Using Ozone And Its Effect On The Wastewater Biodegradability
Wine Distillery Wastewater Degradation. 2. Improvement Of Aerobic Biodegradation By Means Of An Integrated Chemical (Ozone)-Biological Treatment
Integration Of Continuous Biological And Chemical (Ozone) Treatment Of Domestic Wastewater: 1. Biodegradation And Post-Ozonation
Wine Distillery Wastewater Degradation. 2. Improvement Of Aerobic Biodegradation By Means Of An Integrated Chemical (Ozone)-Biological Treatment
Integration Of Continuous Biological And Chemical (Ozone) Treatment Of Domestic Wastewater: 1. Biodegradation And Post-Ozonation
Integration Of Continuous Biological And Chemical (Ozone) Treatment Of Domestic Wastewater: 2. Ozonation Followed By Biological Oxidation
Integration Of Continuous Biological And Chemical (Ozone) Treatment Of Domestic Wastewater: 1. Biodegradation And Post-Ozonation
Integration Of Continuous Biological And Chemical (Ozone) Treatment Of Domestic Wastewater: 2. Ozonation Followed By Biological Oxidation
Aerobic Purification Of Dairy Wastewater In Continuous Regime; Reactor With Support
Integration Of Continuous Biological And Chemical (Ozone) Treatment Of Domestic Wastewater: 2. Ozonation Followed By Biological Oxidation
Aerobic Purification Of Dairy Wastewater In Continuous Regime; Reactor With Support
Effects Of Single And Combined Ozonation With Hydrogen Peroxide Or Uv Radiation On The Chemical Degradation And Biodegradability Of Debittering Table Olive Industrial Wastewaters
Aerobic Purification Of Dairy Wastewater In Continuous Regime; Reactor With Support
Effects Of Single And Combined Ozonation With Hydrogen Peroxide Or Uv Radiation On The Chemical Degradation And Biodegradability Of Debittering Table Olive Industrial Wastewaters
Improvement Of Domestic Wastewater Primary Sedimentation Through Ozonation
Effects Of Single And Combined Ozonation With Hydrogen Peroxide Or Uv Radiation On The Chemical Degradation And Biodegradability Of Debittering Table Olive Industrial Wastewaters
Improvement Of Domestic Wastewater Primary Sedimentation Through Ozonation
Fenton Reagent Advanced Oxidation Of Polynuclear Aromatic Hydrocarbons In Water
Improvement Of Domestic Wastewater Primary Sedimentation Through Ozonation
Fenton Reagent Advanced Oxidation Of Polynuclear Aromatic Hydrocarbons In Water
Aqueous Degradation Of Atrazine And Some Of Its Main By-Products With Ozone-Hydrogen Peroxide
Fenton Reagent Advanced Oxidation Of Polynuclear Aromatic Hydrocarbons In Water
Aqueous Degradation Of Atrazine And Some Of Its Main By-Products With Ozone-Hydrogen Peroxide
Comparison Of Ozonation Kinetic Data From Film And Danckwerts Theories
Aqueous Degradation Of Atrazine And Some Of Its Main By-Products With Ozone-Hydrogen Peroxide
Comparison Of Ozonation Kinetic Data From Film And Danckwerts Theories
Tratamiento De Aguas Mediante Oxidacion Avanzada: (Y Ii) Procesos Con Peroxido De Hidrogeno
Comparison Of Ozonation Kinetic Data From Film And Danckwerts Theories
Tratamiento De Aguas Mediante Oxidacion Avanzada: (Y Ii) Procesos Con Peroxido De Hidrogeno
Tratamiento De Aguas Mediante Oxidacion Avanzada: (I) Procesos Con Ozono, Radiacion Ultravioleta Y Combinacion Ozono/radiacion Ultravioleta
Tratamiento De Aguas Mediante Oxidacion Avanzada: (Y Ii) Procesos Con Peroxido De Hidrogeno
Tratamiento De Aguas Mediante Oxidacion Avanzada: (I) Procesos Con Ozono, Radiacion Ultravioleta Y Combinacion Ozono/radiacion Ultravioleta
Estimation Of Biological Kinetic Parameters From An Analysis Of The Bod Curve Of Waste Waters - Effects Of A Chemical Preoxidation
Tratamiento De Aguas Mediante Oxidacion Avanzada: (I) Procesos Con Ozono, Radiacion Ultravioleta Y Combinacion Ozono/radiacion Ultravioleta
Estimation Of Biological Kinetic Parameters From An Analysis Of The Bod Curve Of Waste Waters - Effects Of A Chemical Preoxidation
Impact Of Chemical Oxidation On Biological Treatment Of A Primary Municipal Wastewater. 2. Effects Of Ozonation On Kinetics Of Biological Oxidation
Estimation Of Biological Kinetic Parameters From An Analysis Of The Bod Curve Of Waste Waters - Effects Of A Chemical Preoxidation
Impact Of Chemical Oxidation On Biological Treatment Of A Primary Municipal Wastewater. 2. Effects Of Ozonation On Kinetics Of Biological Oxidation
Impact Of Chemical Oxidation On Biological Treatment Of A Primary Municipal Wastewater. 1. Effects On Cod And Biodegradability
Impact Of Chemical Oxidation On Biological Treatment Of A Primary Municipal Wastewater. 2. Effects Of Ozonation On Kinetics Of Biological Oxidation
Impact Of Chemical Oxidation On Biological Treatment Of A Primary Municipal Wastewater. 1. Effects On Cod And Biodegradability
Aqueous Uv Radiation And Uv/h2o2 Oxidation Of Atrazine First Degradation Products: Deethylatrazine And Deisopropylatrazine
Impact Of Chemical Oxidation On Biological Treatment Of A Primary Municipal Wastewater. 1. Effects On Cod And Biodegradability
Aqueous Uv Radiation And Uv/h2o2 Oxidation Of Atrazine First Degradation Products: Deethylatrazine And Deisopropylatrazine
Rate Constant Determination Of Ozone-Organic Fast Reactions In Water Using An Agitated Cell
Aqueous Uv Radiation And Uv/h2o2 Oxidation Of Atrazine First Degradation Products: Deethylatrazine And Deisopropylatrazine
Rate Constant Determination Of Ozone-Organic Fast Reactions In Water Using An Agitated Cell
Chemical Degradation Of Aldicarb In Water Using Ozone
Rate Constant Determination Of Ozone-Organic Fast Reactions In Water Using An Agitated Cell
Chemical Degradation Of Aldicarb In Water Using Ozone
Biodiesel And Biolubricant Production From Waste Cooking Oil: Transesterification Reactor Modeling
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