Vpliv digitalizacije na kemijsko oceno tveganja

Hočevar, Iris (author), Novosel, Barbara (mentor)

V magistrskem delu sem raziskovala specifično področje varnosti in zdravja pri delu, ki je dandanes čedalje bolj prisotno na delovnem mestu, in sicer področje kemijske varnosti. Preučila sem evropsko in slovensko zakonodajo, ki je podlaga za omogočanje nadzora nad varnostjo na delovnem mestu ob izpostavljenosti kemičnim snovem. Zavedanje o morebitnem tveganju pri rokovanju s kemikalijami je področje dobro podprto s številnimi metodami, s katerimi lahko delodajalec, kot mu nalaga slovenska zakonodaja, oceni tveganje. Podrobneje sem preučila dve izbrani metodi za oceno tveganja za izpostavljenost kemikaliji, imenovani AUVA in EMKG. Z vsako sem se podrobneje seznanila ter ju predstavila v teoretičnem delu. V zadnjem obdobju se področje varnosti in zdravja pri delu hitro razvija, k temu pa pripomore tudi digitalizacija. Ta omogoča preglednejše, hitrejše in natančnejše spremljanje podatkov na tem področju, vključno s kemijsko varnostjo. Seznanila sem se s programsko shemo Quentic, ki omogoča integracijo različnih modulov varnosti in zdravja pri delu - od upravljanja s podatki o nevarnih snoveh do priprave ocene tveganja in poročanja skladno z zakonodajo. V eksperimentalnem delu magistrskega dela sem izvedla praktični del dveh metod kemijske ocene tveganja (AUVA in EMKG) na primeru kemikalije Elan Protect UP 142, ki se v podjetju BSH d.o.o. uporablja kot impregnacijski lak za rotorje elektromotorjev. Ocenjevanje tveganja sem izvedla z upoštevanjem delovnega procesa, količin in časovne izpostavljenosti zaposlenih, vključila pa sem tudi predstavitev uporabe sistema Quentic, ki v podjetju omogoča digitalno upravljanje s področjem kemijske varnosti.

• Language: Slovenian
• Keywords: varnost in zdravje pri delu, kemijska ocena tveganja, AUVA, EMKG, digitalizacija
• Work type: Master's thesis/paper
• Typology: 2.09 - Master's Thesis
• Organization: FKKT - Faculty of Chemistry and Chemical Technology
• Year: 2025
• PID: 20.500.12556/RUL-173794
• COBISS.SI-ID: 257974531
• Publication date in RUL: 23.09.2025

Secondary language

• Language: English
• Title: Impact of digitalization on chemical risk assessment

Abstract

In my master's thesis, I researched a specific area of occupational safety and health that is increasingly present in the workplace today, namely chemical safety. I have studied the European and Slovenian legislation which is the basis for enabling the control of safety at the workplace in the event of exposure to chemical substances. Awareness of the potential risks of handling chemicals is an area well supported by a variety of methods by which the employer can assess the risk, as mandated by Slovenian legislation. I have looked in detail at two different methods for risk assessment of chemicals, called AUVA and EMKG, each of which I have studied in more detail and presented in the theoretical part. The safety and health field has been developing rapidly in recent years, supported by digitalisation. This has made it possible to monitor data in this specific area, including chemical safety, more clearly, quickly and accurately. I have been introduced to the Quentic software scheme, which allows the integration of different OSH modules - from hazardous substances data management to risk assessment and regulatory reporting. In the experimental part of the MSc thesis, I carried out the practical part of two chemical risk assessment methods (AUVA and EMKG) on the example of the chemical Elan Protect UP 142, which is used as an impregnation varnish for the rotors of electric motors at BSH d.o.o.. I carried out the risk assessment taking into account the actual process, quantities and time exposure of employees, and included a demonstration of the use of Quentic, the company's digital chemical safety management system.

• Keywords: occupational safety, chemical risk assessment, AUVA, EMKG, digitalisation