IMPROVING METHODOLOGY OF RISK IDENTIFICATION OF OCCUPATIONAL DANGEROUS

• Main Authors: A. P. BOCHKOVSKYI, N. Yu. SAPOZHNIKOVA
• Format: Article
• Language: English
• Published: Odessa National Academy of Food Technologies 2018-04-01
• Series: Zernovì Produkti ì Kombìkorma
• Subjects: labour protection; industrial safety; occupational diseases; incidents rate; dangerous and harmful production effects; risks of occupational hazards; hazard; identification
• Online Access: http:////journals.onaft.edu.ua/index.php/gpmf/article/view/895
• ISSN: 2313-478X; 2411-3921

I n the paper, according to the analysis of statistical data, correlation between the amount of occupational injuries and occupational diseases in Ukraine within last 5 years is defined. Also, using methodology of the International Labor Organization correlcation between the amount of accident fatalities and general number of accidents in Ukraine and EU countries (Austria, Great Britain, Germany, Denmark, Norway, Poland, Hungry, Finland, France) is defined. It is shown that in spite of the positive dynamics of decreasing amount of occupational injuries, the number of occupational diseases in Ukraine always increases. The comparative analysis of the ratio of the number of accident fatalities to the total number of registered accidents showed that, on average, Ukraine exceeds the EU countries by this indicator by 100 times. It is noted, that such negative indicators (in particular, increasing amount of occupational diseases), may occure because of imperfect methodology for identifying the risks of professional dangerous. Also, it is ascertained that basing on the existed methodology, the identefication process of occupational dangerous is quite subjective, which reduces objectivity of conducting quantitative assessment. In order to eliminate defined drawnbacks it is first time proposed to use corresponding integral criterion to conduct the process of quantitative risk assessment To solve this problem authors formulate and propose an algorithm of improving methodology of a process of analysing dangerous and harmful production effects (DHPE) which are the mainest reasons of occupational dangerous. The proposed algorithm includes implementation of four following successive steps: DHPE identification, indication of their maximum allowed threshold of concentrations (levels), identification of the sources of identified DHPE, esimation of consequences of manifestation. The improved proposed methodology allows indentify risks of occurrence occupational dangerous in systems "humantechnical system-environment" even on the phase of its designing when dangerous and harmful manufactured factors are unknown yet.