Current projects

Name:Measurement and evaluation of the working atmosphere in the nanotechnology industry
Project ID:N6
Parent:
Project Leader:doc. Ing. et Ing. Karel Klouda, CSc., Ph.D., MBA
Grant Provider:Ministerstvo práce a sociálních věcí
Co-Principal investigater:
Project leader-external:
Spoluresitelcizi:
Project start:01/2021
Project end:12/2023
Recipient:
Zdroj:
Spoluprijemce:
Description:Within the project, field measurements of nanoparticles will be carried out at workplaces with different scales of anthropogenic activity and with a focus on safety assessment in operations with the possibility of prevention, where the main focus will be on nanofibres as part of the protective equipment of the respiratory system due to the increased production of nanofibers (nanotextiles) and their application in respirators, nano-ears, nanoshoes, etc. Activities also focused on research and literature studies, with the main areas being the possible source of nano and microplastics to the environment, and the area of nanofiber preparation, electrospinning, nanospiderTM.

In addition to the main measurements, we focused on the physical and chemical properties (especially toxicity) of the materials provided - nano-ears, respirators, etc.
Vysledky:
Output:

2021

D - MEASUREMENT OF NANOPARTICLES IN 3D PRINTING USING FFF / FDM TECHNOLOGY.pdf

D - Nanovlákna jako součást ochranných prostředků dýchacího systému, ale i možný zdroj nano a mikroplastů do ŽP.pdf

Jost - Mikroplasty a nanoplasty v životním prostředí - článek

Jost - Toxicita mikroplastů a nanoplastů - článek
O - Testování účinnosti ochranného oděvu (overalu) vůči průniku aerosolu nanočástic.pdf

2022

D - Emissions of Nanoparticles from Local Stationary Heat Sources that Burn Wood in the Czech Countryside

2023

D - Graphene Oxide (GO) and its Ability to Detect and Capture Bacteria and Viruses

D - Toxicity of Nanotextiles as Respirators Waste to Daphnia Magna

D - Emission of Nanoparticles in the Nanotextile Industry

O - Policy Brief VÚBP, v. v. i. – 3/2023 Terénní měření koncentrace nanočástic na pracovištích