<\/p>\n
National Institute for NBC Protection (SUJCHBO) hosted 3rd Hazmat Protect Conference on CBRN Protection, 13\u201315 November 2018. The conference was joined by 75 experts from scientific institutes, universities, rescue units and many other proffesionals coming from various organizations and companies associated with protection against CBRN agents. The programme included 44 presentations covering handling of the hazardous chemical, biological or radioactive materials, protection against them and decontamination thereof.<\/p>\n
The conference was introduced by prof. Ing. Vladim\u00edr Pitschmann, CSc. reflecting actual status of knowledge of chemical weapons and impact of cutting edge scientific releases and actual unstable politic situations on development of new sophisticated chemical and biological threats. Following presentations dealt with foresics of CBRN agents including new challenges as fentanyl derivatives and related risks and needs to adapt actual safety procedures for first responders and crime investigators. Many contributions presented new methods for detection and identification of CBRN agents, innovative methods for their deconatmination as well as new smart protective materials including novel nanocomposites and novel protective means. Part of the programme covered new methods for testing the effectiveness of the protective means and health safety of PPE usage.<\/p>\n
Hazmat Protect 2018 provided a platform for the exchange of ideas, experiences and lessons learned, for researchers, lecturers as well as practitioners involved in the field of preparedness and response to CBRN events. The conference with its broad aims attracted all participants to increased attention to various fields concerning CBRN issues and protection against thereof. Worthy experience and knowledge were shared during uncountable informal meetings and many cooperations were arranged to promote collaboration and networking between scientists, emergency professionals and expert decision makers.<\/p>\n
We are looking forward to our next meeting in 2020!<\/p>\n
Ing. Ji\u0159\u00ed Slabotinsk\u00fd, CSc.<\/p>\n
Chief of the Organization Committee of the Hazmat Protect 2018<\/p>\n
Programme of the conference can be downloaded – here<\/a>.<\/p>\n Book of Abstracts can be downloaded – here<\/a>.<\/p>\nBook of Abstracts<\/h1>\n
<\/a>Selected fulltexts of Hazmat Protect 2018 contributions<\/h1>\n
| Marek Andrle, Jan Filip, Jana Oborn\u00e1, Ivo Med\u0159\u00edk<\/a><\/td>\n | DEKONTAMINACE BOJOV\u00ddCH CHEMICK\u00ddCH L\u00c1TEK POMOC\u00cd \u017dELEZA VEVYSOK\u00ddCH OXIDA\u010cN\u00cdCH STAVECH (FER\u00c1T\u016e) <\/p>\n DECONTAMINATION OF CHEMICAL WARFARE AGENTS USED BY IRON IN HIGH OXIDATION STATES (FERRATES)<\/td>\n<\/tr>\n |
| Josef B\u0159\u00ednek<\/a><\/td>\n | POSOUZEN\u00cd SEKUND\u00c1RN\u00cd KONTAMINACE PO UPLATN\u011aN\u00cd SOU\u010cASN\u00ddCH DEKONTAMINA\u010cN\u00cdCH POSTUP\u016e <\/p>\n ASSESSMENT OF SECONDARY CONTAMINATION AFTER APLYING OFCURRENT MILITARY DECONTAMINATION METHODS<\/td>\n<\/tr>\n |
| Daniel B\u016f\u017eek, Jan Demel, Kamil Lang<\/a><\/td>\n | ORGANOKOVOV\u00c1 S\u00cd\u0164 UiO-66 PRO DEGRADACI ORGANOFOSF\u00c1T\u016e VEVODN\u00c9M PROST\u0158ED\u00cd <\/p>\n METAL-ORGANIC FRAMEWORK UiO-66 FOR ORGANOPHOSPHATE DEGRADATION IN AQUEOUS ENVIRONMENT<\/td>\n<\/tr>\n |
| Pavel \u010castul\u00edk<\/a><\/td>\n | QUO VADIS CBRNe FORENZN\u00cd ANAL\u00ddZO? <\/p>\n QUO VADIS CBRNe FORENSICS?<\/td>\n<\/tr>\n |
| Jan \u010cech, Lubom\u00edr Proke\u0161, Pavel S\u0165ahel<\/a><\/td>\n | PLAZMOV\u00c9 TECHNOLOGIE A DEKONTAMINACE NEBEZPE\u010cN\u00ddCH L\u00c1TEK <\/p>\n PLASMA TECHNOLOGIES AND DECONTAMINATION OF HAZARDOUS SUBSTANCES<\/td>\n<\/tr>\n |
| Michal Dym\u00e1k, Vladim\u00edr Pitschmann, Luk\u00e1\u0161 Kr\u00e1l\u00edk, Kamila Lunerov\u00e1, Jakub Van\u011bk<\/a><\/td>\n | NOV\u00c9 DETEK\u010cN\u00cd P\u00c1SKY KE ZJI\u0160T\u011aN\u00cd KAPALN\u00ddCH AEROSOL\u016e BOJOV\u00ddCH CHEMICK\u00ddCH L\u00c1TEK A JIN\u00ddCH TOXICK\u00ddCH SLOU\u010cENIN <\/p>\n NEW DETECTION STRIPES FOR CWA LIQUID AEROSOLS AND OTHER TOXIC CHEMICALS<\/td>\n<\/tr>\n |
| Jan Kiszka, Stanislav Florus, Pavel Ot\u0159\u00edsal<\/a><\/td>\n | ODOLNOST KONSTRUK\u010cN\u00cdCH MATERI\u00c1L\u016e HYDRATA\u010cN\u00cdCH VAK\u016e PROTI BOJOV\u00ddM CHEMICK\u00ddM L\u00c1TK\u00c1M A JEJICH SROVN\u00c1N\u00cd <\/p>\n THE HYDRATION BAGS CONSTRUCTIVE MATERIALS RESISTANCE AGAINST CHEMICAL WARFARE AGENTS AND THEIR COMPARISON<\/td>\n<\/tr>\n |
| Martina Grochov\u00e1<\/a><\/td>\n | VYU\u017dIT\u00cd HRM ANAL\u00ddZY P\u0158I IDENTIFIKACI PATOGEN\u016e <\/p>\n USE OF THE HRM ANALYSIS IN PATHOGEN IDENTIFICATION<\/td>\n<\/tr>\n |
| Josef Hole\u010dek, Petr Ot\u00e1hal<\/a><\/td>\n | VYU\u017dIT\u00cd FLUORESCEN\u010cN\u00cdHO PR\u00c1\u0160KU K UR\u010cEN\u00cd \u00da\u010cINNOSTI KONTAMINACE A DEKONTAMINACE <\/p>\n USE OF FLUORESCENT POWDER TO DETERMINE CONTAMINATION AND DECONTAMINATION EFFICIENCY<\/td>\n<\/tr>\n |
| Monika Hoskovcov\u00e1<\/a><\/td>\n | VLIV IONT\u016e KOV\u016e NA ACETYLCHOLINESTER\u00c1ZU INHIBOVANOU L\u00c1TKAMI S\u00c9RIE \u201eV\u201c <\/p>\n THE IMPACT OF METAL IONS ON THE ACETYLCHOLINESTERASE INHIBITED BY THE NERVE AGENTS \u201eV\u201c TYPE<\/td>\n<\/tr>\n |
| Romana Jel\u00ednkov\u00e1<\/a><\/td>\n | INSTRUMENT\u00c1LN\u00cd ANAL\u00ddZA FENTANYLU A JEHO DERIV\u00c1T\u016e <\/p>\n THE INSTRUMENTAL ANALYSIS OF THE FENTANYL AND ITS DERIVATIVES<\/td>\n<\/tr>\n |
| Karel Klouda, Petra Roupovcov\u00e1, Lucie Gembalov\u00e1, Mark\u00e9ta Weisheitelov\u00e1, Ji\u0159\u00ed Chvojka<\/a><\/td>\n | LAMINOVAN\u00c9, KOMPOZITN\u00cd A SENDVI\u010cOV\u00c9 F\u00d3LIE (MEMBR\u00c1NY) NAB\u00c1ZI GRAFEN OXIDU S NANOTEXTILIEMI <\/p>\n LAMINATED COMPOSITE AND SANDWICH FOILS (MEMBRANES) BASED ON GRAPHENOXIDE WITH NANOTEXTILES<\/td>\n<\/tr>\n |
| Barbora Kopeckova, Jan Pokorny, Miroslav Jicha<\/a><\/td>\n | CITLIVOSTN\u00cd STUDIE TERMOFYZIOLOGICK\u00c9HO MODELU ZALO\u017dEN\u00c9M NA FIALOV\u011a P\u0158\u00cdSTUPU <\/p>\n SENSITIVITY STUDY OF FIALA-BASED HUMAN THERMOPHYSIOLOGICAL MODEL<\/td>\n<\/tr>\n |
| Michaela Kozlovsk\u00e1, Petr Ot\u00e1hal<\/a><\/td>\n | ZESLABEN\u00cd PRONIKAV\u00c9HO IONIZUJ\u00cdC\u00cdHO Z\u00c1\u0158EN\u00cd V NOV\u011a VYV\u00cdJEN\u00ddCH MATERI\u00c1LECH ST\u00cdN\u00cdC\u00cdCH VRSTEV PRO OCHRANN\u00c9 OD\u011aVY <\/p>\n ATTENUATION OF PENETRATING IONISING RADIATION IN SHIELDING LAYERS OF NEWLY DEVELOPED PERSONAL PROTECTIVE EQUIPMENT MATERIALS<\/td>\n<\/tr>\n |
| Karel Mazanec, Roman \u0160m\u00edd<\/a><\/td>\n | PROJEKT QUIXOTE: \u201cTECHNOLOGIE PRO DEKONTAMINACI B A C L\u00c1TEK POMOC\u00cd STUDEN\u00c9 PLASMY\u201c <\/p>\n THE QUIXOTE PROJECT:\u201cQUICK XOR TECHNOLOGY FOR B&C COLD-PLASMA DECONTAMINATION\u201d<\/td>\n<\/tr>\n |
| Petr Mike\u0161, Ji\u0159\u00ed Slabot\u00ednsk\u00fd, Veronika M\u00e1kov\u00e1, Eva Ko\u0161\u0165\u00e1kov\u00e1, V\u011bra Jen\u010dov\u00e1, Jakub Van\u011bk, Luk\u00e1\u0161 Kr\u00e1l\u00edk, Pavel Pokorn\u00fd, Ji\u0159\u00ed Chvojka, Radek Jirkovec, David Luk\u00e1\u0161<\/a><\/td>\n | NANOVL\u00c1KENN\u00c9 KOMPOZITN\u00cd MATERI\u00c1LY JAKO OCHRANA PROTI CBRN L\u00c1TK\u00c1M <\/p>\n NANOFIBROUS COMPOSITE MATERIALS AS A PROTECTION AGAINST CBRN SUBSTANCES<\/td>\n<\/tr>\n |
| Marcela Munzarov\u00e1, David Poustka, Pavla \u010capkov\u00e1, Petr Ry\u0161\u00e1nek,Martin Kormunda,Zde\u0144ka Kolsk\u00e1, Milan Gryndler, Luk\u00e1\u0161 Bystriansk\u00fd, Josef Tr\u00f6gl, Ji\u0159\u00ed \u0160tojdl\u00fd<\/a><\/td>\n | FUNKCIONALIZOVAN\u00c9 NANOVL\u00c1KENN\u00c9 STRUKTURY FUNCTIONALIZED NANOFIBROUS STRUCTURES<\/td>\n<\/tr>\n |
| Vladim\u00edr Ob\u0161el, Pavel Ot\u0159\u00edsal, Stanislav Florus<\/a><\/td>\n | MO\u017dNOSTI VYU\u017dIT\u00cd SENZOR\u016eNA B\u00c1ZI VODIV\u00ddCH POLYMER\u016e PRO SLEDOV\u00c1N\u00cd KONCENTRACE TOXICK\u00ddCH PAR A PLYN\u016e <\/p>\n POSSIBILITIES OF SENSORS BASED ON CONDUCTIVE POLYMERS EMPLOYMENT FOR MONITORING CONCENTRATION OF TOXIC VAPORS AND GASES<\/td>\n<\/tr>\n |
| Pavel Ot\u0159\u00edsal, Jitka Hlad\u00edkov\u00e1, Vladim\u00edr Ob\u0161el<\/a><\/td>\n | POROVN\u00c1N\u00cd VYU\u017dITELNOSTI TESTOVAC\u00cdCH METOD V A\u010cR PRO HODNOCEN\u00cd CHEMICK\u00c9 ODOLNOSTI IZOLA\u010cN\u00cdCH BARI\u00c9ROV\u00ddCH MATERI\u00c1L\u016e PROTI KYSELIN\u00c1M <\/p>\n COMPARISON OF TESTING METHODS EMPLOYMENT FOR ISOLATIVE BARRIER MATERIALS CHEMICAL RESISTIVITY AGAINST ACIDS<\/td>\n<\/tr>\n |
| Vladim\u00edr Pitschmann<\/a><\/td>\n | ZAK\u00c1ZAN\u00c1 BUDOUCNOST CHEMICK\u00ddCH ZBRAN\u00cd A SMYSL OCHRANY PROTI NIM <\/p>\n PROHIBITED FUTURE OF CHEMICAL WEAPONS AND POINT OFPROTECTION AGAINST THEM<\/td>\n<\/tr>\n |
| Jan Pokorn\u00fd, Barbora Kope\u010dkov\u00e1, Jan Fi\u0161er, R\u00f3bert Toma, Miroslav J\u00edcha<\/a><\/td>\n | VYU\u017dIT\u00cd TERMOFYZIOLOGICK\u00c9HO MODELU NA UR\u010cEN\u00cd TEPELN\u00c9 Z\u00c1T\u011a\u017dE \u010cLOV\u011aKA V OCHRANN\u00ddCH OD\u011aVECH <\/p>\n APPLICATION OF THERMOPHYSIOLOGICAL MODEL TO PREDICT THE HUMAN HEAT STRESS IN PROTECTIVE CLOTHING<\/td>\n<\/tr>\n |
| Lubom\u00edr Proke\u0161, Jan \u010cech, Monika Stupavsk\u00e1, Hana Dvo\u0159\u00e1kov\u00e1, Michal \u0160tipl,J\u00e1n Dug\u00e1\u010dek, Pavel S\u0165ahel<\/a><\/td>\n | IN-LINE DEPOZICE TENK\u00ddCH BARI\u00c9ROV\u00ddCH VRSTEV V PLAZMATU <\/p>\n IN-LINE DEPOSITION OF BARRIER THIN FILMS IN PLASMA<\/td>\n<\/tr>\n |
| Katar\u00edna \u0158ih\u00e1\u010dkov\u00e1, Pavel \u010cupr<\/a><\/td>\n | HUMAN EXPOSURE AND RISK ASSESSMENT OF PESTICIDES <\/p>\n HUMAN EXPOSURE AND RISK ASSESSMENT OF PESTICIDES<\/td>\n<\/tr>\n |
| Ji\u0159\u00ed Slabotinsk\u00fd, Jakub Van\u011bk, Mark\u00e9ta Weisheitelov\u00e1<\/a><\/td>\n | PERMEACE BOJOV\u00ddCH CHEMICK\u00ddCH L\u00c1TEK VRSTVEN\u00ddMI SORP\u010cN\u00cdMI MATERI\u00c1LY <\/p>\n PERMEATION OF CHEMICAL WARFARE AGENTS THROUGH THEADSORPTION MATERIALS<\/td>\n<\/tr>\n |
| Ji\u0159\u00ed Slabotinsk\u00fd, Kamila Lunerov\u00e1, Luk\u00e1\u0161 Kr\u00e1l\u00edk, Petr Sm\u00edtka, MiroslavVesel\u00fd, Radka Myn\u00e1\u0159ov\u00e1, Pavel \u010castul\u00edk<\/a><\/td>\n | TEPELN\u00c1Z\u00c1T\u011a\u017d \u010cLOV\u011aKA ULO\u017dEN\u00c9HO VTRANSPORTN\u00cdM IZOLA\u010cN\u00cdM PROST\u0158EDKU OSOB <\/p>\n HEAT STRAIN OF A PERSON PLACED IN PORTABLE ISOLATION UNIT<\/td>\n<\/tr>\n |
| Martin Stan\u011bk, Zden\u011bk Hon<\/a><\/td>\n | CHARAKTERISTIKA \u0160\u00cd\u0158EN\u00cd NEBEZPE\u010cN\u00ddCH CHEMICK\u00ddCH L\u00c1TEK VE SPECIFICK\u00c9M PROST\u0158ED\u00cd <\/p>\n CHARACTERISTICS OF DANGEROUS CHEMICAL SUBSTANCES SPREAD IN SPECIFIC CONDITIONS<\/td>\n<\/tr>\n |
| R\u00f3bert Toma, Kalev Kuklane, Jan Fi\u0161er, Miroslav J\u00edcha<\/a><\/td>\n | STANOVEN\u00cd VLASTNOST\u00cd OD\u011aV\u016e POMOC\u00cd TEPELN\u00ddCH MANEK\u00ddN\u016e <\/p>\n CLOTHING PROPERTIES MEASUREMENT USING THERMAL MANIKINS<\/td>\n<\/tr>\n |
| Tom\u00e1\u0161 Vesel\u00fd, Luk\u00e1\u0161 Ku\u010dera, Martin V\u00edt\u011bzn\u00edk, Pavel Smr\u010dka, Zden\u011bk Hon, Martin Stan\u011bk<\/a><\/td>\n | OSOBN\u00cd DOHLEDOV\u00dd SYST\u00c9M UR\u010cEN\u00dd PRO ZV\u00dd\u0160EN\u00cd BEZPE\u010cNOSTI AAKCESCHOPNOSTI SLO\u017dEK INTEGROVAN\u00c9HO Z\u00c1CHRANN\u00c9HO SYST\u00c9MU <\/p>\n PERSONAL MONITORING SYSTEM DESIGNED TO IMPROVE THE SAFETY AND AGILITY OFTHE INTEGRATED RESCUE SYSTEM<\/td>\n<\/tr>\n<\/tbody>\n<\/table>\n Selected posters of Hazmat Protect 2018 contributions<\/h1>\n |