Issue 04/2018
bioplasticsMAGAZINE_1804
bioplasticsMAGAZINE_1804
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Events<br />
Nature always finds the solution<br />
Bio-on inaugurated first plant for the production of special PHA bioplastics<br />
By Michael Thielen<br />
Bio-on (Bologna, Italy), a company that describes itself<br />
as an Intellectual Property Company (IPC) that supplies<br />
technologies to produce or use Polyhydroxyalkanoates-<br />
(PHAs) through licenses, officially inaugurated a production<br />
plant of its own during a ceremony on June 20 th . The new plant<br />
will produce PHB and PHBVV bioplastics for high added value<br />
niche markets such as the microbeads used in the cosmetics<br />
sector.<br />
All PHA bioplastics developed by Bio-on under the brand<br />
name Minerv are made from renewable plant sources<br />
with no competition with food supply chains. They guarantee<br />
the same thermo-mechanical properties as comparable<br />
conventional plastics with the advantage of being 100% ecosustainable<br />
and naturally biodegradable<br />
The new plant is located in Castel San Pietro Terme, near<br />
Bologna, Italy. The theme of the grand opening was “La natura<br />
trova sempre la soluzione” (Nature always finds the solution).<br />
In an impressive multimedia presentation, Bio-on’s<br />
Chairman and CEO Marco Astorri first showed to the more<br />
than 300 invited guests the shocking reality of marine<br />
pollution caused by plastic waste. Video clips showed birds<br />
on a picturesque Pacific atoll, dead from ingesting bottle tops<br />
and other litter they had mistakenly thought to be food.<br />
Astorri then showed a few ancient 1950s commercials and<br />
the famous scene from “The Graduate”, in which plastics are<br />
lauded as the material of the future, The further presentation<br />
focused on the use of microbeads in cosmetics: an exemplary<br />
case of plastic waste that is literally washed down the drain.<br />
These microbeads, which serve as thickeners or stabilisers<br />
in such widely used products as lipstick, lip gloss, mascara,<br />
eye-liner, nail polish, creams, shampoo, foam bath and even<br />
toothpaste, pollute the environment; once they are rinsed off<br />
after use, they become a permanent part of the natural cycle:<br />
they are swallowed by plankton in the rivers and seas and<br />
thus enter the food chain, to ultimately end up on our plates.<br />
The level of pollution is so serious that the USA was the<br />
first country to bring in a law (Microbead-Free Waters Act<br />
of 2015) banning the use of oil-based polymers in body care<br />
products. Some countries, such as Canada, UK, Sweden and<br />
France, recently followed suit while others, such as Ireland,<br />
Netherlands, Italy, have announced they will do so, as stated<br />
in Bio-on’s press release accompanying the inauguration.<br />
This provided a convenient segue to introduce PHAs as a<br />
family or platform of biobased and biodegradable polyesters<br />
in general - and the Minerv PHAs which are to be produced in<br />
the new plant, in particular. The first product to be produced<br />
at the new plant will be Minerv Bio Cosmetics, the bioplastic<br />
microbeads for cosmetics designed to replace the oil-based<br />
and non-biodegradable plastic particles currently used<br />
Using Minerv Bio Cosmetics bioplastic in cosmetics<br />
products eliminates these pollutants because the micro<br />
particles of bioplastic are naturally biodegradable in water<br />
and, therefore, do not enter the food chain. What is more,<br />
the biopolymer developed at the Bio-on laboratories actually<br />
decomposes into a nutrient for some micro-organisms and<br />
plants present in nature. The benefit for the environment is<br />
therefore two-fold.<br />
In his presentation Marco Astorri went on to introduce<br />
Professor Jian Yu from the University of Hawaii in Manoa,<br />
with whom Bio-on has been working for 10 years on<br />
the development of their Minerv PHA products. And the<br />
cooperation will continue. “We have big and (still) secret plans<br />
for the future,” Marco Astorri said with a smile.<br />
The new plant is located on a plot measuring some<br />
30,000 m 2 ; it has 3,700 m 2 covered space and 6,000 m 2 land<br />
for development. The current production capacity is 1,000<br />
tonnes per year, rapidly expandable to 2,000 tonnes/a. The<br />
plant, managed by Bio-on Plants, the division responsible<br />
for production, future expansion and new plants, is equipped<br />
with the very latest technologies and the most advanced<br />
research laboratories. Here, over 20 researchers in the CNS<br />
division (Cosmetic, Nanomedicine & Smart Materials) can<br />
test new carbon sources from agricultural waste to produce<br />
new types of biodegradable bioplastic and increase the<br />
range of technologies offered by Bio-on. The company also<br />
demonstrates its focus on sustainability in its choice of site,<br />
opting to convert a former factory without occupying any new<br />
land. The overall investment in the production hub and new<br />
research laboratories is EUR 20 million.<br />
“We are very pleased because since March 2017, when the<br />
first stone was laid, we have kept to our schedule and kept<br />
the promises we made to the market,” says Marco Astorri.<br />
“Our technicians and partners have been incredibly reliable<br />
throughout the process.”<br />
“Like all complex industrial plants, the new production hub<br />
is running a series of tests before becoming fully operational<br />
in autumn. The entire production cycle is run from an<br />
innovative control room at the heart of the plant,” explains<br />
Riccardo Casoni, Bio-on Plants director, “and this is where<br />
the entire industrial process will be tested before production<br />
begins 24/7.<br />
The new production hub is also the headquarters of the<br />
Business Unit RAF (Recovery And Fermentation), which<br />
develops and optimises bioplastic fermentation and extraction<br />
processes to obtain the best possible product yield; and<br />
CNS (Cosmetic, Nanomedicine & Smart Materials), which<br />
uses cutting-edge scientific equipment to test new types of<br />
bioplastic and develop new applications. The areas of operation<br />
are Cosmetics, Nanomedicine, Biomedical, Nutraceuticals,<br />
Bioremediation, Organic Electronics and Advanced Materials.<br />
CNS laboratories are the base for over 20 researchers from<br />
various parts of the world and many different scientific<br />
disciplines, such as chemistry, physics, biology, pharmacy,<br />
14 bioplastics MAGAZINE [<strong>04</strong>/18] Vol. 13