Open AccessTechnical characteristics of modern skin personal protective equipment against adverse impacts of various hazards
Author(s) -
L. A. Tarasov,
Aleksandra Sukhova,
E. A. Shtukina
Publication year - 2020
Publication title -
mediko-biologičeskie i socialʹno-psihologičeskie problemy bezopasnosti v črezvyčajnyh situaciâh
Language(s) - English
Resource type - Journals
SCImago Journal Rank - 0.147
H-Index - 2
eISSN - 2541-7487
pISSN - 1995-4441
DOI - 10.25016/2541-7487-2020-0-3-76-86
Subject(s) - personal protective equipment , hazardous waste , physical hazard , occupational exposure , toxic gas , forensic engineering , environmental science , waste management , engineering , occupational safety and health , medical emergency , medicine , covid-19 , disease , pathology , infectious disease (medical specialty)
Relevance. Human industrial and economic activities and the related problem of emergency situations over the past decades require the new generation of skin personal protective equipment (PPE) with improved protective and ergonomic characteristics. Intention – To present technical and ergonomic characteristics of protective materials and modern skin PPE developed at the Kazan Chemical Research University. Methodology. Technical and ergonomic characteristics of universal protective insulating material LTL-1-2 and chemical protective fabrics FCM-P and TL-3 developed by employees the Kazan Chemical Research University are presented. Results and Discussion. According to the principle of protective action and the type of materials they are made of, there are filtering or insulating types of skin PPE. Insulating PPE is made of airtight materials (rubberized fabrics, polymer films) with extremely slow penetration of toxic and aggressive substances (both gaseous and liquid phases). Filtering PPE helps against chemical hazards (vapors, gases, fine aerosols and various types of dust). Air and vapor permeable materials are used for manufacturing special clothes against physical hazards (open flames, high-energy electromagnetic radiation, heat flows, etc.). Filtering PPE is normally used for routine operations in industries where exposure to harmful and dangerous factors is possible, or for accidents in areas that exclude exposure to the liquid phase. A fundamentally new combination type of skin PPE has protective properties of both categories. Conclusion. Modern protective materials and PPE made of these materials provide high protection, from a technical and ergonomics point of view, against various hazards for personnel of chemically hazardous industrial facilities.