PUBLICACIÓN

Use of ultrafiltration and nanofiltration processes for the elimination of three selected emerging contaminants: Amitriptyline hydrochloride, methyl salicylate and 2-phenoxyethanol

ACCEDER A LA PUBLICACIÓN: Scopus Orcid

Benltez F.J., Real F.J., Acero J.L., Casas F.

2017 Environment Protection Engineering

Environmental Engineering (Q4), Waste Management and Disposal (Q3)

JCR: 0.486

SJR: 0.192

CITAS

3

DOI

10.5277/epe170308

EID

2-s2.0-85035091465

ISSN

0324-8828

BIBTEX

@article{Acero2017,title = {Use of ultrafiltration and nanofiltration processes for the elimination of three selected emerging contaminants: Amitriptyline hydrochloride, methyl salicylate and 2-phenoxyethanol},journal = {Environment Protection Engineering},year = {2017},volume = {43},number = {3},pages = {125-141},author = {Benltez, F.J. and Real, F.J. and Acero, J.L. and Casas, F.}}

AUTORES DE LA UEX

Juan Luis Acero Díaz
Francisco Javier Real Moñino

OTRAS PUBLICACIONES DE INTERÉS

Protocatechuic Acid Ozonation In Aqueous Solutions
Removal Of Neonicotinoids Present In Secondary Effluents By Ferrate(Vi)-Based Oxidation Processes
Removal Of Micropollutants In Water Reclamation By Membrane Filtration: Impact Of Pretreatments And Adsorption
Removal Of Neonicotinoids Present In Secondary Effluents By Ferrate(Vi)-Based Oxidation Processes
Removal Of Micropollutants In Water Reclamation By Membrane Filtration: Impact Of Pretreatments And Adsorption
Correction To: Nanocomposite Pvdf/tio2 Photocatalytic Membranes For Micropollutant Removal In Secondary Effluent (Catalysts, (2024), 14, 2, (109), 10.3390/catal14020109)
Removal Of Micropollutants In Water Reclamation By Membrane Filtration: Impact Of Pretreatments And Adsorption
Correction To: Nanocomposite Pvdf/tio2 Photocatalytic Membranes For Micropollutant Removal In Secondary Effluent (Catalysts, (2024), 14, 2, (109), 10.3390/catal14020109)
Nanocomposite Pvdf/tio2 Photocatalytic Membranes For Micropollutant Removal In Secondary Effluent
Correction To: Nanocomposite Pvdf/tio2 Photocatalytic Membranes For Micropollutant Removal In Secondary Effluent (Catalysts, (2024), 14, 2, (109), 10.3390/catal14020109)
Nanocomposite Pvdf/tio2 Photocatalytic Membranes For Micropollutant Removal In Secondary Effluent
Elimination Of Neonicotinoids By Ozone-Based Advanced Oxidation Processes: Kinetics And Performance In Real Water Matrices
Nanocomposite Pvdf/tio2 Photocatalytic Membranes For Micropollutant Removal In Secondary Effluent
Elimination Of Neonicotinoids By Ozone-Based Advanced Oxidation Processes: Kinetics And Performance In Real Water Matrices
Membrane Filtration, Activated Sludge And Solar Photocatalytic Technologies For The Effective Treatment Of Table Olive Processing Wastewater
Elimination Of Neonicotinoids By Ozone-Based Advanced Oxidation Processes: Kinetics And Performance In Real Water Matrices
Membrane Filtration, Activated Sludge And Solar Photocatalytic Technologies For The Effective Treatment Of Table Olive Processing Wastewater
Degradation Of Neonicotinoids By Uv Irradiation: Kinetics And Effect Of Real Water Constituents
Membrane Filtration, Activated Sludge And Solar Photocatalytic Technologies For The Effective Treatment Of Table Olive Processing Wastewater
Degradation Of Neonicotinoids By Uv Irradiation: Kinetics And Effect Of Real Water Constituents
Degradation Of Selected Emerging Contaminants By Uv-Activated Persulfate: Kinetics And Influence Of Matrix Constituents
Degradation Of Neonicotinoids By Uv Irradiation: Kinetics And Effect Of Real Water Constituents
Degradation Of Selected Emerging Contaminants By Uv-Activated Persulfate: Kinetics And Influence Of Matrix Constituents
Use Of Ultrafiltration And Nanofiltration Processes For The Elimination Of Three Selected Emerging Contaminants: Amitriptyline Hydrochloride, Methyl Salicylate And 2-Phenoxyethanol
Degradation Of Selected Emerging Contaminants By Uv-Activated Persulfate: Kinetics And Influence Of Matrix Constituents
Use Of Ultrafiltration And Nanofiltration Processes For The Elimination Of Three Selected Emerging Contaminants: Amitriptyline Hydrochloride, Methyl Salicylate And 2-Phenoxyethanol
Assessment Of The Uv/cl2 Advanced Oxidation Process For The Degradation Of The Emerging Contaminants Amitriptyline Hydrochloride, Methyl Salicylate And 2-Phenoxyethanol In Water Systems
Use Of Ultrafiltration And Nanofiltration Processes For The Elimination Of Three Selected Emerging Contaminants: Amitriptyline Hydrochloride, Methyl Salicylate And 2-Phenoxyethanol
Assessment Of The Uv/cl2 Advanced Oxidation Process For The Degradation Of The Emerging Contaminants Amitriptyline Hydrochloride, Methyl Salicylate And 2-Phenoxyethanol In Water Systems
Adsorption Of Selected Emerging Contaminants Onto Pac And Gac: Equilibrium Isotherms, Kinetics, And Effect Of The Water Matrix
Assessment Of The Uv/cl2 Advanced Oxidation Process For The Degradation Of The Emerging Contaminants Amitriptyline Hydrochloride, Methyl Salicylate And 2-Phenoxyethanol In Water Systems
Adsorption Of Selected Emerging Contaminants Onto Pac And Gac: Equilibrium Isotherms, Kinetics, And Effect Of The Water Matrix
Use Of Ultrafiltration And Nanofiltration Processes For The Elimination Of Three Selected Emerging Contaminants: Amitriptyline Hydrochloride, Methyl Salicylate And 2-Phenoxyethanol
Adsorption Of Selected Emerging Contaminants Onto Pac And Gac: Equilibrium Isotherms, Kinetics, And Effect Of The Water Matrix
Use Of Ultrafiltration And Nanofiltration Processes For The Elimination Of Three Selected Emerging Contaminants: Amitriptyline Hydrochloride, Methyl Salicylate And 2-Phenoxyethanol
Removal Of Emerging Contaminants From Secondary Effluents By Micellar-Enhanced Ultrafiltration
Use Of Ultrafiltration And Nanofiltration Processes For The Elimination Of Three Selected Emerging Contaminants: Amitriptyline Hydrochloride, Methyl Salicylate And 2-Phenoxyethanol
Removal Of Emerging Contaminants From Secondary Effluents By Micellar-Enhanced Ultrafiltration
Investigating Ppcp Removal From Wastewater By Powdered Activated Carbon/ultrafiltration
Removal Of Emerging Contaminants From Secondary Effluents By Micellar-Enhanced Ultrafiltration
Investigating Ppcp Removal From Wastewater By Powdered Activated Carbon/ultrafiltration
Oxidation Of The Emerging Contaminants Amitriptyline Hydrochloride, Methyl Salicylate And 2-Phenoxyethanol By Persulfate Activated By Uv Irradiation
Investigating Ppcp Removal From Wastewater By Powdered Activated Carbon/ultrafiltration
Oxidation Of The Emerging Contaminants Amitriptyline Hydrochloride, Methyl Salicylate And 2-Phenoxyethanol By Persulfate Activated By Uv Irradiation
Micropollutants Removal From Retentates Generated In Ultrafiltration And Nanofiltration Treatments Of Municipal Secondary Effluents By Means Of Coagulation, Oxidation, And Adsorption Processes
Oxidation Of The Emerging Contaminants Amitriptyline Hydrochloride, Methyl Salicylate And 2-Phenoxyethanol By Persulfate Activated By Uv Irradiation
Micropollutants Removal From Retentates Generated In Ultrafiltration And Nanofiltration Treatments Of Municipal Secondary Effluents By Means Of Coagulation, Oxidation, And Adsorption Processes
Influence Of Membrane, Ph And Water Matrix Properties On The Retention Of Emerging Contaminants By Ultrafiltration And Nanofiltration
Micropollutants Removal From Retentates Generated In Ultrafiltration And Nanofiltration Treatments Of Municipal Secondary Effluents By Means Of Coagulation, Oxidation, And Adsorption Processes
Influence Of Membrane, Ph And Water Matrix Properties On The Retention Of Emerging Contaminants By Ultrafiltration And Nanofiltration
Comparison Between Chlorination And Ozonation Treatments For The Elimination Of The Emerging Contaminants Amitriptyline Hydrochloride, Methyl Salicylate And 2-Phenoxyethanol In Surface Waters And Secondary Effluents
Influence Of Membrane, Ph And Water Matrix Properties On The Retention Of Emerging Contaminants By Ultrafiltration And Nanofiltration
Comparison Between Chlorination And Ozonation Treatments For The Elimination Of The Emerging Contaminants Amitriptyline Hydrochloride, Methyl Salicylate And 2-Phenoxyethanol In Surface Waters And Secondary Effluents
Elimination Of Selected Emerging Contaminants By The Combination Of Membrane Filtration And Chemical Oxidation Processes
Comparison Between Chlorination And Ozonation Treatments For The Elimination Of The Emerging Contaminants Amitriptyline Hydrochloride, Methyl Salicylate And 2-Phenoxyethanol In Surface Waters And Secondary Effluents
Elimination Of Selected Emerging Contaminants By The Combination Of Membrane Filtration And Chemical Oxidation Processes
Ozonation Of Benzotriazole And Methylindole: Kinetic Modeling, Identification Of Intermediates And Reaction Mechanisms
Elimination Of Selected Emerging Contaminants By The Combination Of Membrane Filtration And Chemical Oxidation Processes
Ozonation Of Benzotriazole And Methylindole: Kinetic Modeling, Identification Of Intermediates And Reaction Mechanisms
Determination Of The Reaction Rate Constants And Decomposition Mechanisms Of Ozone With Two Model Emerging Contaminants: Deet And Nortriptyline
Ozonation Of Benzotriazole And Methylindole: Kinetic Modeling, Identification Of Intermediates And Reaction Mechanisms
Determination Of The Reaction Rate Constants And Decomposition Mechanisms Of Ozone With Two Model Emerging Contaminants: Deet And Nortriptyline
Oxidation Of Chlorophene By Ozonation: Kinetics, Identification Of By-Products And Reaction Pathways
Determination Of The Reaction Rate Constants And Decomposition Mechanisms Of Ozone With Two Model Emerging Contaminants: Deet And Nortriptyline
Oxidation Of Chlorophene By Ozonation: Kinetics, Identification Of By-Products And Reaction Pathways
The Effectiveness Of Single Oxidants And Aops In The Degradation Of Emerging Contaminants In Waters: A Comparison Study
Oxidation Of Chlorophene By Ozonation: Kinetics, Identification Of By-Products And Reaction Pathways
The Effectiveness Of Single Oxidants And Aops In The Degradation Of Emerging Contaminants In Waters: A Comparison Study
Chlorination And Bromination Kinetics Of Emerging Contaminants In Aqueous Systems
The Effectiveness Of Single Oxidants And Aops In The Degradation Of Emerging Contaminants In Waters: A Comparison Study
Chlorination And Bromination Kinetics Of Emerging Contaminants In Aqueous Systems
Photolysis Of Model Emerging Contaminants In Ultra-Pure Water: Kinetics, By-Products Formation And Degradation Pathways
Chlorination And Bromination Kinetics Of Emerging Contaminants In Aqueous Systems
Photolysis Of Model Emerging Contaminants In Ultra-Pure Water: Kinetics, By-Products Formation And Degradation Pathways
Modeling The Photodegradation Of Emerging Contaminants In Waters By Uv Radiation And Uv/h 2o 2 System
Photolysis Of Model Emerging Contaminants In Ultra-Pure Water: Kinetics, By-Products Formation And Degradation Pathways
Modeling The Photodegradation Of Emerging Contaminants In Waters By Uv Radiation And Uv/h 2o 2 System
Elimination Of The Emerging Contaminants Amitriptyline Hydrochloride, Methyl Salicylate, And 2-Phenoxyethanol In Ultrapure Water And Secondary Effluents By Photolytic And Radicalary Pathways
Modeling The Photodegradation Of Emerging Contaminants In Waters By Uv Radiation And Uv/h 2o 2 System
Elimination Of The Emerging Contaminants Amitriptyline Hydrochloride, Methyl Salicylate, And 2-Phenoxyethanol In Ultrapure Water And Secondary Effluents By Photolytic And Radicalary Pathways
Coupling Of Adsorption, Coagulation, And Ultrafiltration Processes For The Removal Of Emerging Contaminants In A Secondary Effluent
Elimination Of The Emerging Contaminants Amitriptyline Hydrochloride, Methyl Salicylate, And 2-Phenoxyethanol In Ultrapure Water And Secondary Effluents By Photolytic And Radicalary Pathways
Coupling Of Adsorption, Coagulation, And Ultrafiltration Processes For The Removal Of Emerging Contaminants In A Secondary Effluent
Combined Chemical Oxidation And Membrane Filtration Techniques Applied To The Removal Of Some Selected Pharmaceuticals From Water Systems
Coupling Of Adsorption, Coagulation, And Ultrafiltration Processes For The Removal Of Emerging Contaminants In A Secondary Effluent
Combined Chemical Oxidation And Membrane Filtration Techniques Applied To The Removal Of Some Selected Pharmaceuticals From Water Systems
Assessing The Contribution Of Coagulation/uf, Pac/uf, And Uf/gac Combined Processes To The Elimination Of Emerging Cont Aminants
Combined Chemical Oxidation And Membrane Filtration Techniques Applied To The Removal Of Some Selected Pharmaceuticals From Water Systems
Assessing The Contribution Of Coagulation/uf, Pac/uf, And Uf/gac Combined Processes To The Elimination Of Emerging Cont Aminants
A Comparison Study Of The Removal Of Selected Pharmaceuticals In Waters By Chemical Oxidation Treatments
Assessing The Contribution Of Coagulation/uf, Pac/uf, And Uf/gac Combined Processes To The Elimination Of Emerging Cont Aminants
A Comparison Study Of The Removal Of Selected Pharmaceuticals In Waters By Chemical Oxidation Treatments
Oxidation Of Selected Pharmaceuticals In Water Matrices By Bromine And Chlorine
A Comparison Study Of The Removal Of Selected Pharmaceuticals In Waters By Chemical Oxidation Treatments
Oxidation Of Selected Pharmaceuticals In Water Matrices By Bromine And Chlorine
Non-Catalytic And Catalytic Wet Air Oxidation Of Pharmaceuticals In Ultra-Pure And Natural Waters
Oxidation Of Selected Pharmaceuticals In Water Matrices By Bromine And Chlorine
Non-Catalytic And Catalytic Wet Air Oxidation Of Pharmaceuticals In Ultra-Pure And Natural Waters
Ultrafiltration And Nanofiltration Membranes Applied To The Removal Of The Pharmaceuticals Amoxicillin, Naproxen, Metoprolol And Phenacetin From Water
Non-Catalytic And Catalytic Wet Air Oxidation Of Pharmaceuticals In Ultra-Pure And Natural Waters
Ultrafiltration And Nanofiltration Membranes Applied To The Removal Of The Pharmaceuticals Amoxicillin, Naproxen, Metoprolol And Phenacetin From Water
Comparison Of Different Chemical Oxidation Treatments For The Removal Of Selected Pharmaceuticals In Water Matrices
Ultrafiltration And Nanofiltration Membranes Applied To The Removal Of The Pharmaceuticals Amoxicillin, Naproxen, Metoprolol And Phenacetin From Water
Comparison Of Different Chemical Oxidation Treatments For The Removal Of Selected Pharmaceuticals In Water Matrices
Bromination Of Selected Pharmaceuticals In Water Matrices
Comparison Of Different Chemical Oxidation Treatments For The Removal Of Selected Pharmaceuticals In Water Matrices
Bromination Of Selected Pharmaceuticals In Water Matrices
Retention Of Emerging Micropollutants From Up Water And A Municipal Secondary Effluent By Ultrafiltration And Nanofiltration
Bromination Of Selected Pharmaceuticals In Water Matrices
Retention Of Emerging Micropollutants From Up Water And A Municipal Secondary Effluent By Ultrafiltration And Nanofiltration
Oxidation Of Hydrochlorothiazide By Uv Radiation, Hydroxyl Radicals And Ozone: Kinetics And Elimination From Water Systems
Retention Of Emerging Micropollutants From Up Water And A Municipal Secondary Effluent By Ultrafiltration And Nanofiltration
Oxidation Of Hydrochlorothiazide By Uv Radiation, Hydroxyl Radicals And Ozone: Kinetics And Elimination From Water Systems
Membrane Filtration Technologies Applied To Municipal Secondary Effluents For Potential Reuse
Oxidation Of Hydrochlorothiazide By Uv Radiation, Hydroxyl Radicals And Ozone: Kinetics And Elimination From Water Systems
Membrane Filtration Technologies Applied To Municipal Secondary Effluents For Potential Reuse
Kinetics Of Aqueous Chlorination Of Some Pharmaceuticals And Their Elimination From Water Matrices
Membrane Filtration Technologies Applied To Municipal Secondary Effluents For Potential Reuse
Kinetics Of Aqueous Chlorination Of Some Pharmaceuticals And Their Elimination From Water Matrices
Combination Of Chemical Oxidation-Membrane Filtration Processes For The Elimination Of Phenyl-Ureas In Water Matrices
Kinetics Of Aqueous Chlorination Of Some Pharmaceuticals And Their Elimination From Water Matrices
Combination Of Chemical Oxidation-Membrane Filtration Processes For The Elimination Of Phenyl-Ureas In Water Matrices
Removal Of Selected Pharmaceuticals In Waters By Photochemical Processes
Combination Of Chemical Oxidation-Membrane Filtration Processes For The Elimination Of Phenyl-Ureas In Water Matrices
Removal Of Selected Pharmaceuticals In Waters By Photochemical Processes
Nanofiltration Processes Applied To The Removal Of Phenyl-Ureas In Natural Waters
Removal Of Selected Pharmaceuticals In Waters By Photochemical Processes
Nanofiltration Processes Applied To The Removal Of Phenyl-Ureas In Natural Waters
Kinetics Of The Chemical Oxidation Of The Pharmaceuticals Primidone, Ketoprofen, And Diatrizoate In Ultrapure And Natural Waters
Nanofiltration Processes Applied To The Removal Of Phenyl-Ureas In Natural Waters
Kinetics Of The Chemical Oxidation Of The Pharmaceuticals Primidone, Ketoprofen, And Diatrizoate In Ultrapure And Natural Waters
Removal Of Phenyl-Urea Herbicides In Natural Waters By Uf Membranes: Permeate Flux, Analysis Of Resistances And Rejection Coefficients
Kinetics Of The Chemical Oxidation Of The Pharmaceuticals Primidone, Ketoprofen, And Diatrizoate In Ultrapure And Natural Waters
Removal Of Phenyl-Urea Herbicides In Natural Waters By Uf Membranes: Permeate Flux, Analysis Of Resistances And Rejection Coefficients
Ozonation Of Pharmaceutical Compounds: Rate Constants And Elimination In Various Water Matrices
Removal Of Phenyl-Urea Herbicides In Natural Waters By Uf Membranes: Permeate Flux, Analysis Of Resistances And Rejection Coefficients
Ozonation Of Pharmaceutical Compounds: Rate Constants And Elimination In Various Water Matrices
Removal Of Phenyl-Urea Herbicides In Ultrapure Water By Ultrafiltration And Nanofiltration Processes
Ozonation Of Pharmaceutical Compounds: Rate Constants And Elimination In Various Water Matrices
Removal Of Phenyl-Urea Herbicides In Ultrapure Water By Ultrafiltration And Nanofiltration Processes
The Use Of Ultrafiltration And Nanofiltration Membranes For The Purification Of Cork Processing Wastewater
Removal Of Phenyl-Urea Herbicides In Ultrapure Water By Ultrafiltration And Nanofiltration Processes
The Use Of Ultrafiltration And Nanofiltration Membranes For The Purification Of Cork Processing Wastewater
Removal Of Phenylurea Herbicides From Waters By Using Chemical Oxidation Treatments
The Use Of Ultrafiltration And Nanofiltration Membranes For The Purification Of Cork Processing Wastewater
Removal Of Phenylurea Herbicides From Waters By Using Chemical Oxidation Treatments
Oxidation Of Chlorfenvinphos In Ultrapure And Natural Waters By Ozonation And Photochemical Processes
Removal Of Phenylurea Herbicides From Waters By Using Chemical Oxidation Treatments
Oxidation Of Chlorfenvinphos In Ultrapure And Natural Waters By Ozonation And Photochemical Processes
Oxidation Of Mc-Lr And -Rr With Chlorine And Potassium Permanganate: Toxicity Of The Reaction Products
Oxidation Of Chlorfenvinphos In Ultrapure And Natural Waters By Ozonation And Photochemical Processes
Oxidation Of Mc-Lr And -Rr With Chlorine And Potassium Permanganate: Toxicity Of The Reaction Products
Treatment Of Wastewaters From The Cork Process Industry By Using Ultrafiltration Membranes
Oxidation Of Mc-Lr And -Rr With Chlorine And Potassium Permanganate: Toxicity Of The Reaction Products
Treatment Of Wastewaters From The Cork Process Industry By Using Ultrafiltration Membranes
Oxidation Of Microcystin-Lr With Chlorine And Permanganate During Drinking Water Treatment
Treatment Of Wastewaters From The Cork Process Industry By Using Ultrafiltration Membranes
Oxidation Of Microcystin-Lr With Chlorine And Permanganate During Drinking Water Treatment
Ozone And Membrane Filtration Based Strategies For The Treatment Of Cork Processing Wastewaters
Oxidation Of Microcystin-Lr With Chlorine And Permanganate During Drinking Water Treatment
Ozone And Membrane Filtration Based Strategies For The Treatment Of Cork Processing Wastewaters
Elimination Of Organic Matter Present In Wastewaters From The Cork Industry By Membrane Filtration
Ozone And Membrane Filtration Based Strategies For The Treatment Of Cork Processing Wastewaters
Elimination Of Organic Matter Present In Wastewaters From The Cork Industry By Membrane Filtration
Chlorination Of Organophosphorus Pesticides In Natural Waters
Elimination Of Organic Matter Present In Wastewaters From The Cork Industry By Membrane Filtration
Chlorination Of Organophosphorus Pesticides In Natural Waters
Oxidation Of The Pharmaceutical Primidone By Single Oxidants (Uv Radiation And Ozone) And Advanced Oxidation Processes
Chlorination Of Organophosphorus Pesticides In Natural Waters
Oxidation Of The Pharmaceutical Primidone By Single Oxidants (Uv Radiation And Ozone) And Advanced Oxidation Processes
Ultrafiltration And Nanofiltration Processes Applied To The Removal Of Phenyl-Urea Herbicides In Water
Oxidation Of The Pharmaceutical Primidone By Single Oxidants (Uv Radiation And Ozone) And Advanced Oxidation Processes
Ultrafiltration And Nanofiltration Processes Applied To The Removal Of Phenyl-Urea Herbicides In Water
Understanding Medicinal Taste And Odour Formation In Drinking Waters
Ultrafiltration And Nanofiltration Processes Applied To The Removal Of Phenyl-Urea Herbicides In Water
Understanding Medicinal Taste And Odour Formation In Drinking Waters
Kinetics Of The Transformation Of Phenyl-Urea Herbicides During Ozonation Of Natural Waters: Rate Constants And Model Predictions
Understanding Medicinal Taste And Odour Formation In Drinking Waters
Kinetics Of The Transformation Of Phenyl-Urea Herbicides During Ozonation Of Natural Waters: Rate Constants And Model Predictions
Oxidative Elimination Of Cyanotoxins: Comparison Of Ozone, Chlorine, Chlorine Dioxide And Permanganate
Kinetics Of The Transformation Of Phenyl-Urea Herbicides During Ozonation Of Natural Waters: Rate Constants And Model Predictions
Oxidative Elimination Of Cyanotoxins: Comparison Of Ozone, Chlorine, Chlorine Dioxide And Permanganate
Kinetics Of The Oxidation Of Cylindrospermopsin And Anatoxin-A With Chlorine, Monochloramine And Permanganate
Oxidative Elimination Of Cyanotoxins: Comparison Of Ozone, Chlorine, Chlorine Dioxide And Permanganate
Kinetics Of The Oxidation Of Cylindrospermopsin And Anatoxin-A With Chlorine, Monochloramine And Permanganate
Oxidation Of Microcystins By Permanganate: Reaction Kinetics And Implications For Water Treatment
Kinetics Of The Oxidation Of Cylindrospermopsin And Anatoxin-A With Chlorine, Monochloramine And Permanganate
Oxidation Of Microcystins By Permanganate: Reaction Kinetics And Implications For Water Treatment
Kinetics Of Phenylurea Herbicides Oxidation By Fenton And Photo-Fenton Processes
Oxidation Of Microcystins By Permanganate: Reaction Kinetics And Implications For Water Treatment
Kinetics Of Phenylurea Herbicides Oxidation By Fenton And Photo-Fenton Processes
Removal Of Diazinon By Various Advanced Oxidation Processes
Kinetics Of Phenylurea Herbicides Oxidation By Fenton And Photo-Fenton Processes
Removal Of Diazinon By Various Advanced Oxidation Processes
Kinetics Of Reactions Between Chlorine Or Bromine And The Herbicides Diuron And Isoproturon
Removal Of Diazinon By Various Advanced Oxidation Processes
Kinetics Of Reactions Between Chlorine Or Bromine And The Herbicides Diuron And Isoproturon
Elimination Of Benzene And Chlorobenzenes By Photodegradation And Ozonation Processes
Kinetics Of Reactions Between Chlorine Or Bromine And The Herbicides Diuron And Isoproturon
Elimination Of Benzene And Chlorobenzenes By Photodegradation And Ozonation Processes
Photochemical Oxidation Processes For The Elimination Of Phenyl-Urea Herbicides In Waters
Elimination Of Benzene And Chlorobenzenes By Photodegradation And Ozonation Processes
Photochemical Oxidation Processes For The Elimination Of Phenyl-Urea Herbicides In Waters
Application Of Microfiltration And Ultrafiltration Processes To Cork Processing Wastewaters And Assessment Of The Membrane Fouling
Photochemical Oxidation Processes For The Elimination Of Phenyl-Urea Herbicides In Waters
Application Of Microfiltration And Ultrafiltration Processes To Cork Processing Wastewaters And Assessment Of The Membrane Fouling
Oxidation Processes Applied To The Elimination Of Chlorpyrifos And Acetochlor In Aqueous Solutions
Application Of Microfiltration And Ultrafiltration Processes To Cork Processing Wastewaters And Assessment Of The Membrane Fouling
Oxidation Processes Applied To The Elimination Of Chlorpyrifos And Acetochlor In Aqueous Solutions
Kinetics Of Reactions Between Chlorine Or Bromine And The Pesticides Diuron And Isoproturon
Oxidation Processes Applied To The Elimination Of Chlorpyrifos And Acetochlor In Aqueous Solutions
Kinetics Of Reactions Between Chlorine Or Bromine And The Pesticides Diuron And Isoproturon
Cork Processing Wastewaters Purification By The Application Of Microfiltration And Ultrafiltration Membranes And Assessment Of The Membrane Fouling
Kinetics Of Reactions Between Chlorine Or Bromine And The Pesticides Diuron And Isoproturon
Cork Processing Wastewaters Purification By The Application Of Microfiltration And Ultrafiltration Membranes And Assessment Of The Membrane Fouling
Oxidation Of Acetovanillone By Photochemical Processes And Hydroxyl Radicals
Cork Processing Wastewaters Purification By The Application Of Microfiltration And Ultrafiltration Membranes And Assessment Of The Membrane Fouling
Oxidation Of Acetovanillone By Photochemical Processes And Hydroxyl Radicals
Gallic Acid Degradation In Aqueous Solutions By Uv/h2o 2 Treatment, Fenton's Reagent And The Photo-Fenton System
Oxidation Of Acetovanillone By Photochemical Processes And Hydroxyl Radicals
Gallic Acid Degradation In Aqueous Solutions By Uv/h2o 2 Treatment, Fenton's Reagent And The Photo-Fenton System
Purification Of Ellagic Acid By Uf Membranes
Gallic Acid Degradation In Aqueous Solutions By Uv/h2o 2 Treatment, Fenton's Reagent And The Photo-Fenton System
Purification Of Ellagic Acid By Uf Membranes
Oxidation Of Esculetin, A Model Pollutant Present In Cork Processing Wastewaters, By Chemical Methods
Purification Of Ellagic Acid By Uf Membranes
Oxidation Of Esculetin, A Model Pollutant Present In Cork Processing Wastewaters, By Chemical Methods
Removal Of Phenolic Compounds In Water By Ultrafiltration Membrane Treatments
Oxidation Of Esculetin, A Model Pollutant Present In Cork Processing Wastewaters, By Chemical Methods
Removal Of Phenolic Compounds In Water By Ultrafiltration Membrane Treatments
Kinetics And Mechanisms Of Formation Of Bromophenols During Drinking Water Chlorination: Assessment Of Taste And Odor Development
Removal Of Phenolic Compounds In Water By Ultrafiltration Membrane Treatments
Kinetics And Mechanisms Of Formation Of Bromophenols During Drinking Water Chlorination: Assessment Of Taste And Odor Development
Kinetics Of Reactions Between Chlorine And The Cyanobacterial Toxins Microcystins
Kinetics And Mechanisms Of Formation Of Bromophenols During Drinking Water Chlorination: Assessment Of Taste And Odor Development
Kinetics Of Reactions Between Chlorine And The Cyanobacterial Toxins Microcystins
Photosensitizer Method To Determine Rate Constants For The Reaction Of Carbonate Radical With Organic Compounds
Kinetics Of Reactions Between Chlorine And The Cyanobacterial Toxins Microcystins
Photosensitizer Method To Determine Rate Constants For The Reaction Of Carbonate Radical With Organic Compounds
Oxidation Of Mcpa And 2,4-D By Uv Radiation, Ozone, And The Combinations Uv/h2o2 And O3/h2o2
Photosensitizer Method To Determine Rate Constants For The Reaction Of Carbonate Radical With Organic Compounds
Oxidation Of Mcpa And 2,4-D By Uv Radiation, Ozone, And The Combinations Uv/h2o2 And O3/h2o2
Chemical Treatment Of Cork-Processing Wastewaters For Potential Reuse
Oxidation Of Mcpa And 2,4-D By Uv Radiation, Ozone, And The Combinations Uv/h2o2 And O3/h2o2
Chemical Treatment Of Cork-Processing Wastewaters For Potential Reuse
Modeling Of Photooxidation Of Acetamide Herbicides In Natural Waters By Uv Radiation And The Combinations Uv/h2o2 And Uv/o3
Chemical Treatment Of Cork-Processing Wastewaters For Potential Reuse
Modeling Of Photooxidation Of Acetamide Herbicides In Natural Waters By Uv Radiation And The Combinations Uv/h2o2 And Uv/o3
Oxidation Of Acetamide Herbicides In Natural Waters By Ozone And By The Combination Of Ozone/hydrogen Peroxide: Kinetic Study And Process Modeling
Modeling Of Photooxidation Of Acetamide Herbicides In Natural Waters By Uv Radiation And The Combinations Uv/h2o2 And Uv/o3
Oxidation Of Acetamide Herbicides In Natural Waters By Ozone And By The Combination Of Ozone/hydrogen Peroxide: Kinetic Study And Process Modeling
Kinetics Of The Ozonation And Aerobic Biodegradation Of Wine Vinasses In Discontinuous And Continuous Processes
Oxidation Of Acetamide Herbicides In Natural Waters By Ozone And By The Combination Of Ozone/hydrogen Peroxide: Kinetic Study And Process Modeling
Kinetics Of The Ozonation And Aerobic Biodegradation Of Wine Vinasses In Discontinuous And Continuous Processes
Purification Of Storage Brines From The Preservation Of Table Olives
Kinetics Of The Ozonation And Aerobic Biodegradation Of Wine Vinasses In Discontinuous And Continuous Processes
Purification Of Storage Brines From The Preservation Of Table Olives
Purification Of Cork Processing Wastewaters By Ozone, By Activated Sludge, And By Their Two Sequential Applications
Purification Of Storage Brines From The Preservation Of Table Olives
Purification Of Cork Processing Wastewaters By Ozone, By Activated Sludge, And By Their Two Sequential Applications
Kinetics Of Photodegradation And Ozonation Of Pentachlorophenol
Purification Of Cork Processing Wastewaters By Ozone, By Activated Sludge, And By Their Two Sequential Applications
Kinetics Of Photodegradation And Ozonation Of Pentachlorophenol
The Use Of Ozone, Ozone Plus Uv Radiation, And Aerobic Microorganisms In The Purification Of Some Agro-Industrial Wastewaters
Kinetics Of Photodegradation And Ozonation Of Pentachlorophenol
The Use Of Ozone, Ozone Plus Uv Radiation, And Aerobic Microorganisms In The Purification Of Some Agro-Industrial Wastewaters
Application Of Ozone And Advanced Oxidation Processes To The Treatment Of Lye-Wastewaters From The Table Olives Industry
The Use Of Ozone, Ozone Plus Uv Radiation, And Aerobic Microorganisms In The Purification Of Some Agro-Industrial Wastewaters
Application Of Ozone And Advanced Oxidation Processes To The Treatment Of Lye-Wastewaters From The Table Olives Industry
Kinetics Of Fenuron Decomposition By Single-Chemical Oxidants And Combined Systems
Application Of Ozone And Advanced Oxidation Processes To The Treatment Of Lye-Wastewaters From The Table Olives Industry
Kinetics Of Fenuron Decomposition By Single-Chemical Oxidants And Combined Systems
Degradation Of Carbofuran By Using Ozone, Uv Radiation And Advanced Oxidation Processes
Kinetics Of Fenuron Decomposition By Single-Chemical Oxidants And Combined Systems
Degradation Of Carbofuran By Using Ozone, Uv Radiation And Advanced Oxidation Processes
Organic Matter Removal From Wastewaters Of The Black Olive Industry By Chemical And Biological Procedures
Degradation Of Carbofuran By Using Ozone, Uv Radiation And Advanced Oxidation Processes
Organic Matter Removal From Wastewaters Of The Black Olive Industry By Chemical And Biological Procedures
Ozonation And Biodegradation Processes In Batch Reactors Treating Black Table Olives Washing Wastewaters
Organic Matter Removal From Wastewaters Of The Black Olive Industry By Chemical And Biological Procedures
Ozonation And Biodegradation Processes In Batch Reactors Treating Black Table Olives Washing Wastewaters
Mtbe Oxidation By Conventional Ozonation And The Combination Ozone/hydrogen Peroxide: Efficiency Of The Processes And Bromate Formation
Ozonation And Biodegradation Processes In Batch Reactors Treating Black Table Olives Washing Wastewaters
Mtbe Oxidation By Conventional Ozonation And The Combination Ozone/hydrogen Peroxide: Efficiency Of The Processes And Bromate Formation
Oxidation Of Several Chlorophenolic Derivatives By Uv Irradiation And Hydroxyl Radicals
Mtbe Oxidation By Conventional Ozonation And The Combination Ozone/hydrogen Peroxide: Efficiency Of The Processes And Bromate Formation
Oxidation Of Several Chlorophenolic Derivatives By Uv Irradiation And Hydroxyl Radicals
The Role Of Hydroxyl Radicals For The Decomposition Of P-Hydroxy Phenylacetic Acid In Aqueous Solutions
Oxidation Of Several Chlorophenolic Derivatives By Uv Irradiation And Hydroxyl Radicals
The Role Of Hydroxyl Radicals For The Decomposition Of P-Hydroxy Phenylacetic Acid In Aqueous Solutions
Degradation Of P-Hydroxyphenylacetic Acid By Photoassisted Fenton Reaction
The Role Of Hydroxyl Radicals For The Decomposition Of P-Hydroxy Phenylacetic Acid In Aqueous Solutions
Degradation Of P-Hydroxyphenylacetic Acid By Photoassisted Fenton Reaction
Characterization Of Oxidation Processes: Ozonation And The Aop O3/h2o2
Degradation Of P-Hydroxyphenylacetic Acid By Photoassisted Fenton Reaction
Characterization Of Oxidation Processes: Ozonation And The Aop O3/h2o2
Biological Degradation Of Winery Wastes And The Effect Of An Ozone Pretreatment
Characterization Of Oxidation Processes: Ozonation And The Aop O3/h2o2
Biological Degradation Of Winery Wastes And The Effect Of An Ozone Pretreatment
Rate Constants For The Reactions Of Ozone With Chlorophenols In Aqueous Solutions
Biological Degradation Of Winery Wastes And The Effect Of An Ozone Pretreatment
Rate Constants For The Reactions Of Ozone With Chlorophenols In Aqueous Solutions
Contribution Of Free Radicals To Chlorophenols Decomposition By Several Advanced Oxidation Processes
Rate Constants For The Reactions Of Ozone With Chlorophenols In Aqueous Solutions
Contribution Of Free Radicals To Chlorophenols Decomposition By Several Advanced Oxidation Processes
Dna Degradation By The Mixture Of Copper And Catechol Is Caused By Dna-Copper-Hydroperoxo Complexes, Probably Dna-Cu(I)ooh
Contribution Of Free Radicals To Chlorophenols Decomposition By Several Advanced Oxidation Processes
Dna Degradation By The Mixture Of Copper And Catechol Is Caused By Dna-Copper-Hydroperoxo Complexes, Probably Dna-Cu(I)ooh
Degradation Kinetics Of Atrazine And Its Degradation Products With Ozone And Oh Radicals: A Predictive Tool For Drinking Water Treatment
Dna Degradation By The Mixture Of Copper And Catechol Is Caused By Dna-Copper-Hydroperoxo Complexes, Probably Dna-Cu(I)ooh
Degradation Kinetics Of Atrazine And Its Degradation Products With Ozone And Oh Radicals: A Predictive Tool For Drinking Water Treatment
Influence Of Carbonate On The Ozone/hydrogen Peroxide Based Advanced Oxidation Process For Drinking Water Treatment
Degradation Kinetics Of Atrazine And Its Degradation Products With Ozone And Oh Radicals: A Predictive Tool For Drinking Water Treatment
Influence Of Carbonate On The Ozone/hydrogen Peroxide Based Advanced Oxidation Process For Drinking Water Treatment
Wine Vinasses Treatments By Ozone And An Activated Sludge System In Continuous Reactors
Influence Of Carbonate On The Ozone/hydrogen Peroxide Based Advanced Oxidation Process For Drinking Water Treatment
Wine Vinasses Treatments By Ozone And An Activated Sludge System In Continuous Reactors
Oxidation Of Chlorophenols In Aqueous Solutions By Ozone
Wine Vinasses Treatments By Ozone And An Activated Sludge System In Continuous Reactors
Oxidation Of Chlorophenols In Aqueous Solutions By Ozone
Kinetics Of Advanced Oxidation Processes For The Decomposition Of P-Hydroxyphenylacetic Acid
Oxidation Of Chlorophenols In Aqueous Solutions By Ozone
Kinetics Of Advanced Oxidation Processes For The Decomposition Of P-Hydroxyphenylacetic Acid
Phenolic Contaminant Acids Oxidation By Fenton's Reagent
Kinetics Of Advanced Oxidation Processes For The Decomposition Of P-Hydroxyphenylacetic Acid
Phenolic Contaminant Acids Oxidation By Fenton's Reagent
Eliminación De 2,4,6-Triclorofenol Por Radiación Uv Combinada Con H202
Phenolic Contaminant Acids Oxidation By Fenton's Reagent
Eliminación De 2,4,6-Triclorofenol Por Radiación Uv Combinada Con H202
Enhancement Of The Ozonation Of Wine Distillery Wastewaters By An Aerobic Pretreatment
Eliminación De 2,4,6-Triclorofenol Por Radiación Uv Combinada Con H202
Enhancement Of The Ozonation Of Wine Distillery Wastewaters By An Aerobic Pretreatment
Chemical Decomposition Of 2,4,6-Trichlorophenol By Ozone, Fenton's Reagent, And Uv Radiation
Enhancement Of The Ozonation Of Wine Distillery Wastewaters By An Aerobic Pretreatment
Chemical Decomposition Of 2,4,6-Trichlorophenol By Ozone, Fenton's Reagent, And Uv Radiation
Treatment Of Olive Mill Wastewaters By Ozonation, Aerobic Degradation And The Combination Of Both Treatments
Chemical Decomposition Of 2,4,6-Trichlorophenol By Ozone, Fenton's Reagent, And Uv Radiation
Treatment Of Olive Mill Wastewaters By Ozonation, Aerobic Degradation And The Combination Of Both Treatments
Purification Kinetics Of Winery Wastes By Ozonation, Anaerobic Digestion And Ozonation Plus Anaerobic Digestion
Treatment Of Olive Mill Wastewaters By Ozonation, Aerobic Degradation And The Combination Of Both Treatments
Purification Kinetics Of Winery Wastes By Ozonation, Anaerobic Digestion And Ozonation Plus Anaerobic Digestion
Elimination Of 2,4,6-Trichlorophenol By Uv Radiation Combined With H2o2
Purification Kinetics Of Winery Wastes By Ozonation, Anaerobic Digestion And Ozonation Plus Anaerobic Digestion
Elimination Of 2,4,6-Trichlorophenol By Uv Radiation Combined With H2o2
Aerobic And Anaerobic Purification Of Wine Distillery Wastewater In Batch Reactors
Elimination Of 2,4,6-Trichlorophenol By Uv Radiation Combined With H2o2
Aerobic And Anaerobic Purification Of Wine Distillery Wastewater In Batch Reactors
Kinetics Of The Biodegradation Of Wine Distillery Wastewaters By Anaerobic Digestion
Aerobic And Anaerobic Purification Of Wine Distillery Wastewater In Batch Reactors
Kinetics Of The Biodegradation Of Wine Distillery Wastewaters By Anaerobic Digestion
Kinetics Of The Elimination Of Vanillin By Uv Radiation Catalyzed With Hydrogen Peroxide
Kinetics Of The Biodegradation Of Wine Distillery Wastewaters By Anaerobic Digestion
Kinetics Of The Elimination Of Vanillin By Uv Radiation Catalyzed With Hydrogen Peroxide
Kinetics Of The Direct Reaction Between Ozone And Phenolic Aldehydes
Kinetics Of The Elimination Of Vanillin By Uv Radiation Catalyzed With Hydrogen Peroxide
Kinetics Of The Direct Reaction Between Ozone And Phenolic Aldehydes
Ozonation And Photodegradation Kinetics Of Pollutant Acids In Wastewaters
Kinetics Of The Direct Reaction Between Ozone And Phenolic Aldehydes
Ozonation And Photodegradation Kinetics Of Pollutant Acids In Wastewaters
Uv Photodegradation Of Phenolic Aldehydes Present In Industrial Wastewaters. Ii. Simultaneous Degradation Of A Mixture
Ozonation And Photodegradation Kinetics Of Pollutant Acids In Wastewaters
Uv Photodegradation Of Phenolic Aldehydes Present In Industrial Wastewaters. Ii. Simultaneous Degradation Of A Mixture
Simultaneous Photodegradation And Ozonation Plus Uv Radiation Of Phenolic Acids-Major Pollutants In Agro-Industrial Wastewaters
Uv Photodegradation Of Phenolic Aldehydes Present In Industrial Wastewaters. Ii. Simultaneous Degradation Of A Mixture
Simultaneous Photodegradation And Ozonation Plus Uv Radiation Of Phenolic Acids-Major Pollutants In Agro-Industrial Wastewaters
Aerobic Degradation Of Olive Mill Wastewaters
Simultaneous Photodegradation And Ozonation Plus Uv Radiation Of Phenolic Acids-Major Pollutants In Agro-Industrial Wastewaters
Aerobic Degradation Of Olive Mill Wastewaters
Ozonation Kinetics Of Phenolic Acids Present In Wastewaters From Olive Oil Mills
Aerobic Degradation Of Olive Mill Wastewaters
Ozonation Kinetics Of Phenolic Acids Present In Wastewaters From Olive Oil Mills
Treatments Of Wastewaters From Olive Oil Mills By Uv Radiation And By Combined Ozone-Uv Radiation
Ozonation Kinetics Of Phenolic Acids Present In Wastewaters From Olive Oil Mills
Treatments Of Wastewaters From Olive Oil Mills By Uv Radiation And By Combined Ozone-Uv Radiation
Chemical Pretreatment By Ozone Of Wastewaters From Olive Oil Mills
Treatments Of Wastewaters From Olive Oil Mills By Uv Radiation And By Combined Ozone-Uv Radiation
Chemical Pretreatment By Ozone Of Wastewaters From Olive Oil Mills
Improvement Of The Anaerobic Biodegradation Of Olive Mill Wastewaters By Prior Ozonation Pretreatment
Chemical Pretreatment By Ozone Of Wastewaters From Olive Oil Mills
Improvement Of The Anaerobic Biodegradation Of Olive Mill Wastewaters By Prior Ozonation Pretreatment
Uv Photodegradation Of Phenolic Aldehydes Present In Industrial Wastewaters
Improvement Of The Anaerobic Biodegradation Of Olive Mill Wastewaters By Prior Ozonation Pretreatment
Uv Photodegradation Of Phenolic Aldehydes Present In Industrial Wastewaters
Oxidation Of Vanillic Acid As A Model Of Polyphenolic Compounds In Olive Oil Wastewaters. Iii. Combined Uv Radiation-Hydrogen Peroxide Oxidation
Uv Photodegradation Of Phenolic Aldehydes Present In Industrial Wastewaters
Oxidation Of Vanillic Acid As A Model Of Polyphenolic Compounds In Olive Oil Wastewaters. Iii. Combined Uv Radiation-Hydrogen Peroxide Oxidation
Chemical And Biological Pretreatments Of Olive Mill Wastewaters
Oxidation Of Vanillic Acid As A Model Of Polyphenolic Compounds In Olive Oil Wastewaters. Iii. Combined Uv Radiation-Hydrogen Peroxide Oxidation
Chemical And Biological Pretreatments Of Olive Mill Wastewaters
Degradation Of Protocatechuic Acid By Two Advanced Oxidation Processes: Ozone/uv Radiation And H2o2/uv Radiation
Chemical And Biological Pretreatments Of Olive Mill Wastewaters
Degradation Of Protocatechuic Acid By Two Advanced Oxidation Processes: Ozone/uv Radiation And H2o2/uv Radiation
Photolytic Decomposition Of Bentazone
Degradation Of Protocatechuic Acid By Two Advanced Oxidation Processes: Ozone/uv Radiation And H2o2/uv Radiation
Photolytic Decomposition Of Bentazone
Kinetics Of The Bentazone Herbicide Ozonation
Photolytic Decomposition Of Bentazone
Kinetics Of The Bentazone Herbicide Ozonation
Photooxidation Of Carbofuran By A Polychromatic Uv Irradiation Without And With Hydrogen Peroxide
Kinetics Of The Bentazone Herbicide Ozonation
Photooxidation Of Carbofuran By A Polychromatic Uv Irradiation Without And With Hydrogen Peroxide
Oxidation Of Vanillic Acid As A Model Of Polyphenolic Compound Present In Olive Oil Wastewaters. Ii. Photochemical Oxidation And Combined Ozone-Uv Oxidation
Photooxidation Of Carbofuran By A Polychromatic Uv Irradiation Without And With Hydrogen Peroxide
Oxidation Of Vanillic Acid As A Model Of Polyphenolic Compound Present In Olive Oil Wastewaters. Ii. Photochemical Oxidation And Combined Ozone-Uv Oxidation
Advanced Oxidation Processes In The Degradation Of Cyanazine
Oxidation Of Vanillic Acid As A Model Of Polyphenolic Compound Present In Olive Oil Wastewaters. Ii. Photochemical Oxidation And Combined Ozone-Uv Oxidation
Advanced Oxidation Processes In The Degradation Of Cyanazine
Behaviour Of An Anaerobic/aerobic Pilot Scale Fluidized Bed For The Simultaneous Removal Of Carbon And Nitrogen
Advanced Oxidation Processes In The Degradation Of Cyanazine
Behaviour Of An Anaerobic/aerobic Pilot Scale Fluidized Bed For The Simultaneous Removal Of Carbon And Nitrogen
Oxidation Of Vanillic Acid As A Model Of Polyphenolic Compound Present In Olive Oil Wastewaters. I. Ozonation Process
Behaviour Of An Anaerobic/aerobic Pilot Scale Fluidized Bed For The Simultaneous Removal Of Carbon And Nitrogen
Oxidation Of Vanillic Acid As A Model Of Polyphenolic Compound Present In Olive Oil Wastewaters. I. Ozonation Process
Photochemical Oxidation Of Protocatechuic Acid
Oxidation Of Vanillic Acid As A Model Of Polyphenolic Compound Present In Olive Oil Wastewaters. I. Ozonation Process
Photochemical Oxidation Of Protocatechuic Acid
Protocatechuic Acid Ozonation In Aqueous Solutions
Photochemical Oxidation Of Protocatechuic Acid
Protocatechuic Acid Ozonation In Aqueous Solutions
Removal Of Neonicotinoids Present In Secondary Effluents By Ferrate(Vi)-Based Oxidation Processes
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