Innovative wooden dust plates: Sustainable solution for climate -friendly building!

Innovative wooden dust plates: Sustainable solution for climate -friendly building!

Tulln, Österreich - in Tulln, Austria, is researched on innovative wooden dust plates that represent an environmentally friendly alternative to conventional wood materials. In the wooden competence center "Wood K Plus", the wood dust, which is normally burned in sawmills as waste, is converted into a valuable material. Project manager Axel Solt-Rindler explains that the new plates are 100 percent from wood waste and biodegradable. In order to transform wood dust into stable panels, the researchers use a biologically produced plastic, polyhydroxyalkanoat (PHA), which is obtained from bacteria. This bacterial production could be made even more environmentally friendly in the future, since certain bacterial strains PHA can only produce with the help of sunlight and CO2, says Solt-Rindler from orf .

engineering and innovative materials

A current study also refers to the development of sustainable wood materials. Here particle plates are viewed from a new glue made from fructose and other components. These experimental plates have been tested with regard to various production parameters. The results show that the material moisture has a significant influence on adhesive efficiency. For example, internal binding strength improves when the water content is reduced. These particle plates achieve similar binding strengths such as fossil -based reference plates that are already on the market, and thus offer promising perspectives for future applications, reports pubMed about the research results.

The tulln wood dust plates are not only stable and versatile, but also offer equivalent fire strength compared to conventional materials. While the development is currently still in basic research, there is already a lot of interest from industry, which could take over these new plates in industrial production. This progress could not only lead to reducing waste, but also to create sustainable and resource -saving materials that counteract climate change.