„Innovative tree shelters made of renewable ressources and prevention of plastic littering in forests“
Hohenstein
The HIT has been involved in the research and development of biobased high-tech materials since 1995 and has unique knowledge as an application-oriented competence center. The HIT supports the research project as a non-profit organization and employs an interdisciplinary team of biologists, chemists, material scientists as well as environmental and textile engineers with knowledge in material analysis, biocompatibility and eco-performance. The laboratory is qualified to use standard methods for assessing efficacy against microorganisms, for studying ecotoxicological interactions between products and the environment, and for in vivo tests systems. An in-house method for testing biodegradability in soil is established at HIT, as are further methods for determining aerobic biodegradation by means of respirometric measurements.
Hohenstein
The HIT has been involved in the research and development of biobased high-tech materials since 1995 and has unique knowledge as an application-oriented competence center. The HIT supports the research project as a non-profit organization and employs an interdisciplinary team of biologists, chemists, material scientists as well as environmental and textile engineers with knowledge in material analysis, biocompatibility and eco-performance. The laboratory is qualified to use standard methods for assessing efficacy against microorganisms, for studying ecotoxicological interactions between products and the environment, and for in vivo tests systems. An in-house method for testing biodegradability in soil is established at HIT, as are further methods for determining aerobic biodegradation by means of respirometric measurements.
FNR-Förderkennzeichen: 2219NR432
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