PUBLICACIÓN

Sunlight driven photolytic ozonation as an advanced oxidation process in the oxidation of bezafibrate, cotinine and iopamidol

ACCEDER A LA PUBLICACIÓN: Scopus Orcid

Rivas F.J., Solis R.R., Beltran F.J., Gimeno O.

2019 WATER RESEARCH

Civil and Structural Engineering (Q1), Ecological Modeling (Q1), Waste Management and Disposal (Q1), Water Science and Technology (Q1), Environmental Engineering (Q1), Pollution (Q1)

JCR: 9.13

SJR: 2.932

CITAS

27

DOI

10.1016/j.watres.2018.12.013

EID

2-s2.0-85059130852

ISSN

0043-1354

EISSN

1879-2448

BIBTEX

@article{Rivas_2019, doi = {10.1016/j.watres.2018.12.013}, url = {https://doi.org/10.1016%2Fj.watres.2018.12.013}, year = 2019, month = {mar}, publisher = {Elsevier {BV}}, volume = {151}, pages = {226--242}, author = {F. Javier Rivas and Rafael R. Sol{\'{\i}}s and Fernando J. Beltr{\'{a}}n and Olga Gimeno}, title = {Sunlight driven photolytic ozonation as an advanced oxidation process in the oxidation of bezafibrate, cotinine and iopamidol}, journal = {Water Research} }

AUTORES DE LA UEX

Francisco Javier Rivas Toledo
Fernando Juan Beltrán Novillo
Olga Gimeno Gamero

OTRAS PUBLICACIONES DE INTERÉS

Photocatalytic Oxidation/ozonation Processes
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Table Olive Manufacturing Wastewater Treatment Using The Peroxymonosulfate/fe(Iii) System
Kinetic Modelling Of Uv<Inf>c</inf> And Uv<Inf>c</inf>/h<Inf>2</inf>o<Inf>2</inf> Oxidation Of An Aqueous Mixture Of Antibiotics In A Completely Mixed Batch Photoreactor
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Kinetic Modelling Of Uv<Inf>c</inf> And Uv<Inf>c</inf>/h<Inf>2</inf>o<Inf>2</inf> Oxidation Of An Aqueous Mixture Of Antibiotics In A Completely Mixed Batch Photoreactor
Testing Carbon Structures For Metal-Free Catalytic/photocatalytic Ozonation To Remove Disinfection By-Product Formation Potential
Sensitivity Of Cholinesterases And Carboxylesterases To Pharmaceutical Products In Tinca Tinca
Testing Carbon Structures For Metal-Free Catalytic/photocatalytic Ozonation To Remove Disinfection By-Product Formation Potential
Sensitivity Of Cholinesterases And Carboxylesterases To Pharmaceutical Products In Tinca Tinca
Excess Secondary Sludge Reuse By H<Inf>2</inf>o<Inf>2</inf> Thermal Dehydration
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Excess Secondary Sludge Reuse By H<Inf>2</inf>o<Inf>2</inf> Thermal Dehydration
Mechanistic Insights Into The Oxidative Degradation Of Formic And Oxalic Acids With Ozone And Oh Radical. A Computational Rationale
Excess Secondary Sludge Reuse By H<Inf>2</inf>o<Inf>2</inf> Thermal Dehydration
Mechanistic Insights Into The Oxidative Degradation Of Formic And Oxalic Acids With Ozone And Oh Radical. A Computational Rationale
On The Importance Of Reactions In The Proximity Of The Gas–water Interface: Application To Direct Ozone Reactions Of Antibiotics In Water
Mechanistic Insights Into The Oxidative Degradation Of Formic And Oxalic Acids With Ozone And Oh Radical. A Computational Rationale
On The Importance Of Reactions In The Proximity Of The Gas–water Interface: Application To Direct Ozone Reactions Of Antibiotics In Water
Photocatalytic Oxidation/ozonation Processes
On The Importance Of Reactions In The Proximity Of The Gas–water Interface: Application To Direct Ozone Reactions Of Antibiotics In Water
Photocatalytic Oxidation/ozonation Processes
Water Ozone Decomposition In Graphitic And Graphene Based Catalytic Materials: Kinetics Of Catalyst Deactivation
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