Nevertheless, the EarthBi project provides an excellent opportunity to replace traditional toxic, harmful materials based on petroleum with biomaterials based on PLA
Moreover, PLA-based bioplastics currently demonstrate more cases of use in various sectors of the economy from packaging to transport 
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Nevertheless, the EarthBi project provides an excellent opportunity to replace traditional toxic, harmful materials based on petroleum with biomaterials based on PLA
Absolutely, because bioplastics are defined as therapeutically safe due to their characteristics. Wide application, from surgical materials to implants of regenerative surgery
As I understand it, this opens up broad prospects for use in medicine. They seem to be specially designed and designed for biomedical and pharmaceutical applications.
Yes, indeed. I immediately imagined surgical sutures from bioplastics, they will not need to be removed after surgery. On my own I know how unpleasant it is to remove stitches after wound healing ((
As I understand it, this opens up broad prospects for use in medicine. They seem to be specially designed and designed for biomedical and pharmaceutical applications.
Presumably, properties of polylactic acid, such as biodegradability and biobase, can be useful in the medical sector, right?
That's right. After all, all PLA-based EarthBi bioplastics have excellent physical properties, as they are a natural product of sugar fermentationPresumably, properties of polylactic acid, such as biodegradability and biobase, can be useful in the medical sector, right?
That's right. After all, all PLA-based EarthBi bioplastics have excellent physical properties, as they are a natural product of sugar fermentation
Presumably, properties of polylactic acid, such as biodegradability and biobase, can be useful in the medical sector, right?
By the way, and a PLA-based bioplastics, if left on the ground, decomposes after 15 months, if buried in the ground after 24 months, and if left in the water, decomposes after 48 months without polluting elements
Speaking about the disposal of bioplastics based on PLA, this can not be compared with the traditional "immortal" plastic.
As it is precisely noticed - “immortal”. Indeed, ordinary plastic left in the environment can last hundreds or even thousands of years.Speaking about the disposal of bioplastics based on PLA, this can not be compared with the traditional "immortal" plastic.
As it is precisely noticed - “immortal”. Indeed, ordinary plastic left in the environment can last hundreds or even thousands of years.
Speaking about the disposal of bioplastics based on PLA, this can not be compared with the traditional "immortal" plastic.
Moreover, for the production of PLA bioplastics, the manufacturer does not need to change production capacities and habits.
And besides, the production of bioplastics does not pollute air, soil and water, can be easily processed with standard equipment designed for processing plasticsMoreover, for the production of PLA bioplastics, the manufacturer does not need to change production capacities and habits.
And besides, the production of bioplastics does not pollute air, soil and water, can be easily processed with standard equipment designed for processing plastics
Moreover, for the production of PLA bioplastics, the manufacturer does not need to change production capacities and habits.
If you somehow dealt with biology, then I, for example, have never been friends with chemistry. What is polylactic acid?
Here, too, everything is simple. PLA, a lactic acid polymer, is selected as the basis for EarthBi plastics. Produced from cane sugar or glucose, from 100% renewable resources with zero environmental impact.
If you somehow dealt with biology, then I, for example, have never been friends with chemistry. What is polylactic acid?
Recalling a school biology course, a biodegradable chemical process can be defined in which microorganisms decompose this material into natural substances.
Let's figure it out. I mean that a biobase is a material or product that is obtained from biomass, for example, plants or renewable raw materials
I tried to understand the composition of EarthBi bioplastics and found that EarthBi bioplastic material can be both biodegradable and bio-based
Interesting. Isn't bio-based biodegradable? It seemed to me that these were about the same materialsJump to: