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@c3al

Research Website
Research Website

Published papers (most recent)

From Waste to Fuel: Catalytic Pyrolysis Transforms COVID-19 Face Masks into High-Octane Hydrocarbons
From Waste to Fuel: Catalytic Pyrolysis Transforms COVID-19 Face Masks into High-Octane Hydrocarbons
Toward accurate olefin quantification in plastic waste oils: Analytical strategies and future directions
Toward accurate olefin quantification in plastic waste oils: Analytical strategies and future directions
Continuous low-pressure hydrothermal processing methods for polystyrene conversion to oils - RSC Sustainability (RSC Publishing)
Continuous low-pressure hydrothermal processing methods for polystyrene conversion to oils - RSC Sustainability (RSC Publishing)
On-board hydrogen-rich syngas production via waste heat recovery from compression-ignition engines: maximizing hydrogen content with novel multi-objective algorithms
On-board hydrogen-rich syngas production via waste heat recovery from compression-ignition engines: maximizing hydrogen content with novel multi-objective algorithms
LECO App Note: Quantitation of Olefin Content in Plastic-Derived Pyrolysis Oils
LECO App Note: Quantitation of Olefin Content in Plastic-Derived Pyrolysis Oils
Maximizing the hydrogen content for methanol steam reforming processes by using the novel pareto-based multi-objective evolutionary algorithms
Maximizing the hydrogen content for methanol steam reforming processes by using the novel pareto-based multi-objective evolutionary algorithms
Quantitative determination of olefins in pyrolysis oils from waste plastics and tires using selective adsorption by Ag–SiO2 followed by GC×GC-FID
Quantitative determination of olefins in pyrolysis oils from waste plastics and tires using selective adsorption by Ag–SiO2 followed by GC×GC-FID
Low-pressure hydrothermal processing for conversion of polystyrene into oils
Low-pressure hydrothermal processing for conversion of polystyrene into oils
A comparative study of aromatic content in pyrolysis oils from waste plastics and tires: Assessing common refinery methods
A comparative study of aromatic content in pyrolysis oils from waste plastics and tires: Assessing common refinery methods

Media mentions (most recent)

Cal State LA and LECO enhance complex chemical analysis with new Pegasus BTX system | Cal State LA
Cal State LA and LECO enhance complex chemical analysis with new Pegasus BTX system | Cal State LA
Decoding Fingerprint Aging: Leveraging GC×GC–TOF-MS for Forensic Chemical Profiling
Enhancing Forensic Fingerprint Analysis: How the MICROVAP Sample Concentrator Aids Solvent Removal
Enhancing Forensic Fingerprint Analysis: How the MICROVAP Sample Concentrator Aids Solvent Removal
This Girl Loves LECO and Separation Science—Here's Why
This Girl Loves LECO and Separation Science—Here's Why
Cal State LA hosts 15th Multidimensional Chromatography Workshop | Cal State LA
Cal State LA hosts 15th Multidimensional Chromatography Workshop | Cal State LA
Measured Science: Interview with Petr Vozka
Measured Science: Interview with Petr Vozka
Cal State LA and LECO Corporation collaborate to launch cutting-edge chemical analysis lab
Cal State LA and LECO Corporation collaborate to launch cutting-edge chemical analysis lab
LECO Launches New Laboratory in Partnership with California State University, Los Angeles
LECO Launches New Laboratory in Partnership with California State University, Los Angeles
Scenes from where chemists work
Scenes from where chemists work
The LCGC Blog: Are You Sick of Hearing About ChatGPT?
The LCGC Blog: Are You Sick of Hearing About ChatGPT?
Rising Stars in Analytical Chemistry Spring 2023
Rising Stars in Analytical Chemistry Spring 2023
Rising Stars of Separation Science: Petr Vozka
Rising Stars of Separation Science: Petr Vozka
Looking Out for the Coast
Looking Out for the Coast
First-of-its-kind strategic plan looks to reduce, prevent microplastic pollution
First-of-its-kind strategic plan looks to reduce, prevent microplastic pollution
LECO - Congratulations Coastal Chemist! Dr. Petr Vozka
LECO - Congratulations Coastal Chemist! Dr. Petr Vozka

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