Faculty

Institution

Unit

Venue

Vozka, Petr

California State University, Los Angeles

Affiliations

California State University, Los Angeles

College of Engineering, Computer Science, and Technology

College of Natural and Social Sciences

Department Of Chemistry And Biochemistry

Rongxiang Xu College of Health and Human Services

Services Of Rongxiang Xu College Of Health And Human

School Of Kinesiology

NoneVozka, Petr is currently serving as a California State University, Los Angeles faculty at California State University, Los Angeles.

Honors

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Experiences

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Education

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Vozka, Petr

California State University, Los Angeles

You can click a keyword to filter the displayed items

chemical engineering materials science fuel science environmental engineering chemistry analytical chemistry fuel production environmental chemistry polymer science waste management petroleum refining low-pressure hydrothermal processing pyrolysis oils waste plastics combustion thermal engineering energy research engineering optimization multidisciplinary optimization hydrogen energy engine research chemical composition energy engineering thermal processing alternative fuels catalytic process pyrolysis process flow synthesis petroleum refining process process intensification clean fuels fuel composition hydrogen content transportation engineering nanotechnology energy efficiency materials engineering material chemistry combustion science fire safety computational optimization evolutionary computation evolutionary multi-criterion optimization environmental technology environmental materials hazardous materials in-situ conversion fragmentation effect gas chromatography biomass pyrolysis catalyst preparation chemometrics fire safety science system optimization evolutionary multimodal optimization evolutionary programming evolutionary design process optimization hydrogen utilization hydrogen production technology hydrogen production hydrogen generation hydrogen energy technology analytical pyrolysis petroleum chemistry petroleomics hydrothermal processing polyethylene waste jet fuel density transportation fuels hefa feedstocks middle distillates o-ring mechanical properties acrylonitrile butadiene o-rings organic compounds quaternary mixtures

Notable Scholarly Works

Notable Federal Grants

Collaborators

Tuning Carbon-Number Selectivity in Catalytic Pyrolysis of Polypropylene Face Masks via Ni- and Ni–W-Modified Zsm-5. SSRN Electronic Journal (2026)

sustainable chemistrymaterials sciencechemical engineeringcarbon-number selectivitychemical reaction engineeringpolypropylene face maskscatalytic applicationsni–w-modified zsm-5catalysiscatalyst recyclingcatalytic processcatalytic materialschemistry

Author Response for"Continuous Low-Pressure Hydrothermal Processing Methods for Polystyrene Conversion to Oils". (2025)

energy transformationpetroleum productionfuel productionchemical engineeringengineeringchemical reaction engineeringpetroleum refiningprocess intensificationpolystyrene conversionflow synthesisheat mass transferauthor responsepolymer chemistrypetroleum engineeringpolymer sciencepetroleum refining process

Continuous Low-Pressure Hydrothermal Processing Methods for Polystyrene Conversion to Oils. RSC Sustainability (2025)

energy transformationfuel productionchemical engineeringengineeringchemical reaction engineeringpetroleum refiningprocess intensificationpolystyrene conversionflow synthesispolymer chemistryfood engineeringpetroleum engineeringpolymer sciencepetroleum refining process

From Waste Covid-19 Face Masks to Fuel: Pyrolysis-Oil/Diesel Blends With Hydrogen Enrichment in a CI Engine. International Journal of Hydrogen Energy (2025)

environmental engineeringinternal combustion enginechemical engineeringfuel sciencefuture fuelhydrogen enrichmentcleaner productioncombustion institutealternative fuelsbiofuelssynthetic fuelsci engineclean technologyengine researchpyrolysis-oil/diesel blendsfuel productionbioresource technology

From Waste to Fuel: Catalytic Pyrolysis Transforms Covid-19 Face Masks Into High-Octane Hydrocarbons. Sustainable Chemistry for Climate Action (2025)

sustainable chemistrychemical engineeringhigh-octane hydrocarbonschemical reaction engineeringcleaner productioncatalytic applicationsnatural gascatalysisindustrial catalysisapplied pyrolysispyrolysis processchemistry

On-Board Hydrogen-Rich Syngas Production via Waste Heat Recovery From Compression-Ignition Engines: Maximizing Hydrogen Content With Novel Multi-Objective Algorithms. International Journal of Hydrogen Energy (2025)

hydrogen productionhydrogen generationchemical engineeringengineeringhydrogenenergy researchhydrogen production technologycompression-ignition enginesnovel multi-objective algorithmsnatural gashydrogen contenthydrogen energymultidisciplinary optimizationhydrogen energy technologyhydrogen utilizationengineering optimization

Toward Accurate Olefin Quantification in Plastic Waste Oils: Analytical Strategies and Future Directions. TrAC Trends in Analytical Chemistry (2025)

petroleum chemistrypetroleomicsbioproductspetroleum sciencepetroleum refiningchemical engineeringplastic waste oilsanalytical strategiesenvironmental chemistryfuture directionsanalytical chemistrychemistry

A Comparative Study of Aromatic Content in Pyrolysis Oils From Waste Plastics and Tires: Assessing Common Refinery Methods. Fuel (2024)

Miloš AuersvaldMichal ŠimanEliška Lyko VachkováJiří KroufekPetr StrakaGenesis BarzalloPetr Vozka

aromatic contentmaterials sciencewaste plasticswaste managementenvironmental engineeringchemical engineeringpyrolysis oilscommon refinery methodscomparative study

How to Determine Olefins in Pyrolysis Oils From Waste Plastics and Tires Using Gc×Gc-Fid?. SSRN Electronic Journal (2024)

Miloš AuersvaldMichal ŠimanPetr VozkaPetr Straka

materials sciencewaste plasticsenvironmental engineeringchemical engineeringpyrolysis oils

Low-Pressure Hydrothermal Processing for Conversion of Polystyrene Into Oils. Journal of environmental chemical engineering (2024)

Clayton GentilcoreKai JinGenesis BarzalloPetr VozkaNien-Hwa Linda Wang

thermal processingenvironmental engineeringchemical engineeringenvironmental chemistrylow-pressure hydrothermal processing

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Vozka, Petr

California State University, Los Angeles

Affiliations

California State University, Los Angeles

College of Engineering, Computer Science, and Technology

College of Natural and Social Sciences

Department Of Chemistry And Biochemistry

Rongxiang Xu College of Health and Human Services

Services Of Rongxiang Xu College Of Health And Human

School Of Kinesiology

NoneVozka, Petr is currently serving as a California State University, Los Angeles faculty at California State University, Los Angeles.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Vozka, Petr

California State University, Los Angeles

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Tuning Carbon-Number Selectivity in Catalytic Pyrolysis of Polypropylene Face Masks via Ni- and Ni–W-Modified Zsm-5. SSRN Electronic Journal (2026)

Author Response for"Continuous Low-Pressure Hydrothermal Processing Methods for Polystyrene Conversion to Oils". (2025)

Continuous Low-Pressure Hydrothermal Processing Methods for Polystyrene Conversion to Oils. RSC Sustainability (2025)

From Waste Covid-19 Face Masks to Fuel: Pyrolysis-Oil/Diesel Blends With Hydrogen Enrichment in a CI Engine. International Journal of Hydrogen Energy (2025)

From Waste to Fuel: Catalytic Pyrolysis Transforms Covid-19 Face Masks Into High-Octane Hydrocarbons. Sustainable Chemistry for Climate Action (2025)

Toward Accurate Olefin Quantification in Plastic Waste Oils: Analytical Strategies and Future Directions. TrAC Trends in Analytical Chemistry (2025)

A Comparative Study of Aromatic Content in Pyrolysis Oils From Waste Plastics and Tires: Assessing Common Refinery Methods. Fuel (2024)

Miloš AuersvaldMichal ŠimanEliška Lyko VachkováJiří KroufekPetr StrakaGenesis BarzalloPetr Vozka

aromatic contentmaterials sciencewaste plasticswaste managementenvironmental engineeringchemical engineeringpyrolysis oilscommon refinery methodscomparative study

How to Determine Olefins in Pyrolysis Oils From Waste Plastics and Tires Using Gc×Gc-Fid?. SSRN Electronic Journal (2024)

Miloš AuersvaldMichal ŠimanPetr VozkaPetr Straka

materials sciencewaste plasticsenvironmental engineeringchemical engineeringpyrolysis oils

Low-Pressure Hydrothermal Processing for Conversion of Polystyrene Into Oils. Journal of environmental chemical engineering (2024)

Clayton GentilcoreKai JinGenesis BarzalloPetr VozkaNien-Hwa Linda Wang

thermal processingenvironmental engineeringchemical engineeringenvironmental chemistrylow-pressure hydrothermal processing

1
2
3
4
10 / page