Bio-on presents "The Matter". Bioplastic technology now open source for researchers around the world

Bio-on presents "The Matter". Bioplastic technology now open source for researchers around the world

Bio-on presents "The Matter". Bioplastic technology now open source for researchers around the world

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BOLOGNA, 29 June 2017 - Bio-on is challenging the research world and announcing its new programme entitled "The Matter, is how we change our world" with which the company that created Minerv PHAs, the revolutionary natural and 100% biodegradable bioplastic, wants to involve researchers, inventors and scientists from public or private institutions to discover new applications for the bioplastic. To change the world and help safeguard the planet.

"Along with "The Matter" kit, we will send out free of charge to the researchers who submit the most innovative projects the quantity of bioplastic they need for their tests," announces Marco Astorri, Chairman and CEO of Bio-on. "We believe this sends an important signal to both the scientific community and the market because our technology has obtained over 60 patents to date and has proven it can be applied in a number of sectors. We are now making it available in open source". Indeed, the various grades of PHAs bioplastic designed by Bio-on can be used in the following sectors: automotive, design, flexible or rigid packaging materials, biomedical, toys, the recent Minerv Biocosmetics, the innovative micro powder for cosmetics and the new Minerv Biorecovery, the micro powder that helps eliminate oil pollution from the seas. "Researchers at Bio-on`s laboratories have amazed us in the last ten years with the extreme flexibility of application of Minerv PHAs bioplastic," explains Astorri, "but we are convinced that there are many more ways of offering the world this extraordinary material created by nature."

All the PHAs bioplastics (polyhydroxyalkanoates) developed by Bio-on are made from renewable plant sources with no competition with food supply chains. They guarantee the same thermo-mechanical properties as conventional plastics with the advantage of being 100% eco-sustainable and naturally biodegradable at ambient temperature.