Projects list
- Assessment of isolated from oil mist microorganisms susceptibility on selected biocides used as additives in machining liquids in engineering.
- Assessment of biological hazards associated with processing of biomass for energy purposes.
- The role of microwave effect in the sterilization process minimizing risk associated with microbiologically contaminated construction materials.
- The assessment of the exposure of workers preserving ventilation installations to harmful biological and chemical factors.
- Ocena wrażliwości szczepów mikroorganizmów izolowanych z mgły olejowej na wybrane biocydy stosowane jako dodatki do cieczy obróbkowych w przemyśle maszynowym
- Ocena zagrożeń biologicznych związanych z przetwarzaniem biomasy do celów energetycznych
- Rola efektu mikrofalowego w procesie sterylizacji ograniczającej zagrożenie związane ze skażonymi mikrobiologicznie materiałami budowlanymi
- Ocena narażenia pracowników konserwujących instalacje wentylacyjne na szkodliwe czynniki biologiczne i chemiczne.
- Ocena narażenia zawodowego na szkodliwe czynniki mikrobiologiczne w muzeach i pracownikach konserwacji zabytków
Summary
Assessment of biological hazards associated with processing of biomass for energy purposes.
Project leader: Małgorzata Golofit-Szymczak Ph.D.
Project summary:
Assessment of exposure to harmful biological agents (HBA) carried out during the implementation of the project was based on the analysis of jobs, the analysis of qualitative and quantitative bio-aerosols ingredients and verification of the information with the literature data on the occurrence of eventual biological risks on surveyed workstations. A study conducted within the framework of the project, showed that there were significant differences in the assessment of exposure to bio-aerosols among employees processing biomaterials for energy purposes whether the assessment is based on the measurement of living particles, or the bio-aerosol measurement takes into account the total result of living and dead cells together. Obtained data indicate that in the studied workplaces concentration of living microbial ranged from 0.1% to 33% of the total concentration of microorganisms. Comparison of microorganisms isolated from bio-aerosols on the test workstations with these identified in the samples of biomass showed similar strains. Carried out microbiological analysis of biomass samples showed that the bio raw materials used for co-firing with coal are a source of harmful bacterial and fungal factors that can be released into the air, creating a bio-aerosols.
Project organization: Laboratory of Biohazards
Project period: 01.01.2011 – 31.12.2013