PUBLICACIÓN

Reactivity of various Ru/CeO2 catalysts during ozonation of succinic acid aqueous solutions

ACCEDER A LA PUBLICACIÓN: Scopus

2000 New Journal of Chemistry

CITAS

35

DOI

10.1039/a908836i

EID

2-s2.0-0034048895

ISSN

1144-0546

AUTORES DE LA UEX

Benito Acedo Hidalgo

OTRAS PUBLICACIONES DE INTERÉS

Direct, Radical And Competitive Reactions In The Ozonation Of Water Micropollutants
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Ozonation Of Phenolic Wastewaters In The Presence Of A Perovskite Type Catalyst
Polycyclic Aromatic Hydrocarbons Sorption On Soils: Some Anomalous Isotherms
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Perovskite Catalytic Ozonation Of Pyruvic Acid In Water: Operating Conditions Influence And Kinetics
Ozonation Of Phenolic Wastewaters In The Presence Of A Perovskite Type Catalyst
Perovskite Catalytic Ozonation Of Pyruvic Acid In Water: Operating Conditions Influence And Kinetics
Pyruvic Acid Removal From Water By The Simultaneous Action Of Ozone And Activated Carbon
Perovskite Catalytic Ozonation Of Pyruvic Acid In Water: Operating Conditions Influence And Kinetics
Pyruvic Acid Removal From Water By The Simultaneous Action Of Ozone And Activated Carbon
Kinetics Of The Ozone-P-Chlorobenzoic Acid Reaction
Pyruvic Acid Removal From Water By The Simultaneous Action Of Ozone And Activated Carbon
Kinetics Of The Ozone-P-Chlorobenzoic Acid Reaction
Stabilized Leachates: Sequential Coagulation-Flocculation + Chemical Oxidation Process
Kinetics Of The Ozone-P-Chlorobenzoic Acid Reaction
Stabilized Leachates: Sequential Coagulation-Flocculation + Chemical Oxidation Process
Erratum: Stabilized Leachates - Ozone-Activated Carbon Treatment And Kinetics (Water Research (2003) 37 (4823-4834) Doi: 10.1016/j.watres.2003.08.007
Stabilized Leachates: Sequential Coagulation-Flocculation + Chemical Oxidation Process
Erratum: Stabilized Leachates - Ozone-Activated Carbon Treatment And Kinetics (Water Research (2003) 37 (4823-4834) Doi: 10.1016/j.watres.2003.08.007
Stabilized Leachates: Ozone-Activated Carbon Treatment And Kinetics
Erratum: Stabilized Leachates - Ozone-Activated Carbon Treatment And Kinetics (Water Research (2003) 37 (4823-4834) Doi: 10.1016/j.watres.2003.08.007
Stabilized Leachates: Ozone-Activated Carbon Treatment And Kinetics
Use Of The Axial Dispersion Model To Describe The O-3 And O-3/h2o2 Advanced Oxidation Of Alachlor In Water
Stabilized Leachates: Ozone-Activated Carbon Treatment And Kinetics
Use Of The Axial Dispersion Model To Describe The O-3 And O-3/h2o2 Advanced Oxidation Of Alachlor In Water
Relationship Between The Structure Of Ru/ceo2 Catalysts And Their Activity In The Catalytic Ozonation Of Succinic Acid Aqueous Solutions
Use Of The Axial Dispersion Model To Describe The O-3 And O-3/h2o2 Advanced Oxidation Of Alachlor In Water
Relationship Between The Structure Of Ru/ceo2 Catalysts And Their Activity In The Catalytic Ozonation Of Succinic Acid Aqueous Solutions
Wet Air Oxidation Of Wastewater From Olive Oil Mills
Relationship Between The Structure Of Ru/ceo2 Catalysts And Their Activity In The Catalytic Ozonation Of Succinic Acid Aqueous Solutions
Wet Air Oxidation Of Wastewater From Olive Oil Mills
Kinetic Modelling Of Aqueous Atrazine Ozonation Processes In A Continuous Flow Bubble Contactor
Wet Air Oxidation Of Wastewater From Olive Oil Mills
Kinetic Modelling Of Aqueous Atrazine Ozonation Processes In A Continuous Flow Bubble Contactor
Determination Of Kinetic Parameters Of Ozone During Oxidations Of Alachlor In Water
Kinetic Modelling Of Aqueous Atrazine Ozonation Processes In A Continuous Flow Bubble Contactor
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Chemical And Photochemical Degradation Of Acenaphthylene. Intermediate Identification
Determination Of Kinetic Parameters Of Ozone During Oxidations Of Alachlor In Water
Chemical And Photochemical Degradation Of Acenaphthylene. Intermediate Identification
Two-Step Wastewater Treatment: Sequential Ozonation - Eerobic Biodegradation
Chemical And Photochemical Degradation Of Acenaphthylene. Intermediate Identification
Two-Step Wastewater Treatment: Sequential Ozonation - Eerobic Biodegradation
The Use Of Ozone As A Gas Tracer For Kinetic Modeling Of Aqueous Environmental Ozonation Processes
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The Use Of Ozone As A Gas Tracer For Kinetic Modeling Of Aqueous Environmental Ozonation Processes
Comparison Of Different Treatments For Alachlor Removal From Water
The Use Of Ozone As A Gas Tracer For Kinetic Modeling Of Aqueous Environmental Ozonation Processes
Comparison Of Different Treatments For Alachlor Removal From Water
Reactivity Of Various Ru/ceo2 Catalysts During Ozonation Of Succinic Acid Aqueous Solutions
Comparison Of Different Treatments For Alachlor Removal From Water
Reactivity Of Various Ru/ceo2 Catalysts During Ozonation Of Succinic Acid Aqueous Solutions
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Aqueous Degradation Of Vocs In The Ozone Combined With Hydrogen Peroxide Or Uv Radiation Processes 1. Experimental Results
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Use Of Ozone To Remove Alachlor From Surface Water
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