BARBARA PRANDINA's profile

BIOPLASTIC - ACADEMIC RESEARCH

During Contemporary Materials classes, we were encouraged and challenged to create new biomaterials. With a lot of study, I chose to deepen my research in flexible bioplastic.
After several experiments, I was successful in some recipes, such as:

- Agar-agar bioplastic;
- Naturally colored agar-agar bioplastic with matcha.
- Carrageenan bioplastic;
- Carrageenan bioplastic naturally colored with matcha ;
- Tapioca gum bioplastic;
- Bioplastic from tapioca gum with cinnamon;
- Bioplastic from tapioca gum with seeds;
- Naturally colored tapioca gum bioplastic with: matcha (green), beetroot (burgundy) and turmeric (yellow).

In practical tests I found that the bioplastic of tapioca gum with cinnamon, when used to package food, increases its durability. It also prevents and slows down the growth of mold on perishable foods.



BIOPLASTIC - ACADEMIC RESEARCH
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BIOPLASTIC - ACADEMIC RESEARCH

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