Tomas Bata University in Zlín

Professor Frantisek Bozek, Ph.D. is academic staff of the Tomas Bata University in Zlin, Faculty of Logistics and Crisis Management, the Department of Crisis Management, which deals mainly with the area of risk management, environmental security with a focus on technological, health, economic and traffic risks including proactive instruments of safety and environmental policy.

He graduated from the University of Chemical Technology in Pardubice, branch of study Macromolecular Substances Technology. After the graduation he was admitted to study for a doctoral degree of the Academy of Sciences of Czechoslovakia at the Macromolecular Chemistry Research Institute in Brno. In 1979 he submitted his dissertation and in 1988 he was appointed associate professor at the University of Chemical Technology in Pardubice in the branch called Macromolecular Chemistry. In 1993 he habilitated at the Military University of the Ground Forces in Vyskov. He was appointed on the professor post in the field “Protection of Troops and the Population” in 2002.

He publishes the results of his scientific works at home and abroad regularly. Until 2012, he was a member of the NATO/Army Subgroup/Environmental Training Working Group (NTG/ASG/ETWG) and NATO/Army Subgroup/Environmental Protection Working Group (NTG/ASG/EPWG) and a co-investigator of the Pilot studies funded by NATO/PfP and the US. Environmental Protection Agency (US. EPA). He is a member of the Society for Risk Analysis-Europe. International Risk Governance Council and several others international professional and scientific societies and co-author of many final scientific reports.

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Creative activities

Publications

Project outputs

Other publications

HUZLIK, Jiri, BOZEK, Frantisek, PAWELCZYK, Adam, LICBINSKY, Roman, NAPLAVOVA, Magdalena and PONDELICEK, Michael, 2017. Identifying risk sources of air contamination by polycyclic aromatic hydrocarbons. Chemosphere. 183, 139-146. ISSN 0045-6535. [Category Q1]. Proportion 30%.

PAWELCZYK, Adam, BOZEK, Frantisek, GRABAS, Kazimierz and CHECMANOWSKI, Jacek, 2017. Chemical elimination of the harmful properties of asbestos from military facilities. Waste Management. 61, 377-385. ISSN 0956-053X. [Category Q1]. Proportion 40%.

PAWELCZYK, Adam, BOZEK, Frantisek, KOLWZAN, Barbara, GRABAS, Kazimierz and STEININGER, Mieczyslaw, 2017. Mitigation of the environmental health risk on military air bases polluted with hydrocarbons. Journal of Environmental Engineering. 143(1), Article Number: 05016007, 9 p. ISSN 1756- 8463. [Category Q2]. Proportion 25%.

BOZEK, Frantisek, HUZLIK, Jiri, PAWELCZYK, Adam, HOZA, Ignac, NAPLAVOVA, Magdalena and JEDLICKA, Jiri, 2016. Polycyclic aromatic hydrocarbon adsorption on selected solid particulate matter fractions. Atmospheric Environment. 126, 128-135. ISSN 1352-2310. [Category Q1]. Proportion 40%.

PAWELCZYK, Adam, BOZEK, Frantisek and GRABAS, Kazimierz, 2016. Impact of military metallurgical plant wastes on the population’s health risk. Chemosphere, 152, 513-519. ISSN 0045-6535. [Category Q1]. Proportion 30%.

PAWELCZYK, Adam and BOZEK, Frantisek, 2015. Health risk associated with airborne asbestos. Environmental Monitoring and Assessment. 187(7), Article Number: 428, 11 p. ISSN 0167-6369. [Category Q1]. Proportion 40%.

BOZEK, Frantisek, BUMBOVA, Alena, BAKOS Eduard., BOZEK, Alexandr and DVORAK, Jiri, 2015. Semi-quantitative risk assessment of groundwater resources for emergency water supply. Journal of Risk Research. 18(4), 505-520. ISSN 1366-9877. [Category Q2]. Proportion 35%.

PAWELCZYK, Adam, BOŽEK, Frantisek, ŽUBER, Marian. 2018.(Eds) Environmental Risk. Case Studies.1st Ed. Prague: Czech-Pol Trade, 122 p. Proportion 35%.

Řešené projekty:

Ministerstvo vnitra. Projekt bezpečnostního výzkumu České republiky. Metodika posuzování zdrojů nouzového zásobování vodou na bázi analýzy rizik. (Vedoucí projektu). 2011-2013.

Ministerstvo obrany. Projekt rozvoje organizace. Laboratoř bezpečnosti a ochrany osob. (Vedoucí projektu). 2011-2015.

Ministerstvo obrany. Projekt obranného výzkumu. Technické, ekonomické a environmentální aspekty aplikace palivového aditiva Envirox v provozu. (Spoluřešitel projektu). 2009-2012.

Ministerstvo obrany. Projekt obranného výzkumu. Analyzátor výbušnin na mikrofluidním principu pro polní podmínky. (Spoluřešitel projektu). 2009-2012.