Based on paper. Japanese scientists have created an innovative biodevelopment material

< IMG SRC = "/Uploads/Blogs/54/4b/IB-FRNBDH5RA_F7B27152.jpg" Alt = "based < p > Japanese researchers have developed an innovative bio -design material capable of withstanding the effects of boiling water and keeping transparency that makes it a promising alternative to plastic.

~ < p >New cellulose -based material has high strength and resistance to liquids, but is decomposed in the marine environment in less than a year. The discovery has been published in Science Advances.

< P > One of the & nbsp; the main environmental problems are the accumulation of plastic waste in & nbsp; nature, including with & nbsp; bottom of the ocean. In & nbsp; search for safer solutions, a team of engineers and biochemists created a transparent 3D TPB 3D material that & nbsp; completely consists of & nbsp; cellulose. The technology of its production is based on & nbsp; the treatment of cellulose hydrogel with a solution of bromide lithium, which & nbsp; allows it to give it the desired shape and thickness. The resulting material demonstrates resistance to & nbsp; the impact of liquids, not & nbsp; destroyed for several hours and can be used for the manufacture of tubes, glasses and packaging. ~ ~ ~ > < p > Testing in & nbsp; real conditions confirmed that & nbsp; this material is not only strong, but & nbsp; and & nbsp; completely biodegradable. During the experiment, the samples were placed at different depths of the ocean. Even in & nbsp; the coldest and deepest zones material is decomposed for & nbsp; a period of less than 12 months that & nbsp; much exceeds the environmental friendliness of traditional plastics.

< p > In addition, scientists have checked the possibility of processing new material. Although it can be reused, it loses part of transparency after processing. However, this discovery opens new prospects for the production of environmentally friendly goods by replacing plastic products that pollute the environment.