Not to mention the refillable pens that we never take the trouble to refill. There were 34 in my study mixed in with pencils, markers, highlighters, scissors and not one, but three letter openers8 in the bedroom, and 6 in my purse. I found another 32 in my office, and 10 more in briefcases and bags.
The new materials also respond to the need to reduce the pollution caused by synthetic fibers that are released into the environment.
A dramatic phenomenon similar to that caused by plastic microbeads used in cosmetics that pollute seas and rivers. The strategy of setting up the business units has generated important results in just one year, allowing to optimize the company organization the company and to accelerate the ability to respond to the growing demand for PHA bioplastics coming from different sectors.
The goal is bioplastic business plan identify processes, technologies and patents to produce fabrics, yarns, flexible surfaces, films, etc. The materials, which will be developed by a dedicated team, respond also to the need to reduce the pollution caused by the synthetic fibers that are used today by the fashion industry and that, invisibly, are released at each washing, ending up in the environment bioplastic business plan seas.
A dramatic situation similar to that caused by the plastic micro-beads used in cosmetics that pollute seas and rivers.
In the last 12 months, the activities of the business units, in addition to representing an optimization of the company organization, have allowed the development of the Bio-on business model through the creation of "newco" dedicated to specific market sectors.
Thanks to the recognized potential and the positive impact that Bio-on biopolymers can generate, these new companies have attracted the attention and entry as business partner of some of the most important players in the reference markets.
All the Minerv PHA bioplastics polyhydroxyalkanoates developed by Bio-on are made from renewable plant sources with no competition with food supply chains. Here's what the 5 Business Units launched on 31st of August from Bio-on do: Bio-on plants It manages the first Bio-on production plant inaugurated on 20th of June in Castel San Pietro Terme near Bologna, where the company has invested 20 million euros.
The new plant is located over an area of 30, m2, 3, of which is covered and 6, m2 for building. It is the result of a reconversion of a former factory without occupying new land in which the best technologies currently available on the market have been used. Bio-on Plants has followed and coordinated the construction, will take care of future expansions and the construction of new plants.
In the last year Bio-on Plants has managed important "numbers". In particular in the world of cosmetics through the development of micro powders for the replacement of the current polluting and environmentally harmful plastics. Over the last year, the CNS Smart Labs, a highly-equipped research center, has been completed in record time, thanks to an investment of 2 million euros, it is spread over an area of over square meters and divided into 5 thematic areas.
CNS has realised the "Powder Boutique" laboratory, a sort of technological tailoring, which develops the technologies and know-how to modify the morphology of the biopolymers in order to maximize performances with respect to the applications. The structural materials are basically those obtained starting from granules or pellets.
As a rule, they are large or complex plastic items with high-performing forms and functions. In the last year the SMD Business Unit has developed, among others, new formulations suitable for the realisation of food containers with high impact resistance materials.
It continued the development of Minerv Supertoys, the bioplastic grades designed for toys with the highest safety standards for use by children. Bentivoglio Bologna RAF This Business Unit deals with the research and development of new agricultural wastes to be used in fermentation for the production of PHA biopolymers, the demonstration and scale-up of new plants for the fermentation and recovery of PHAs biopolymers with a high degree of purity.
Over the last year, the number of trials has increased through the application of new technologies in the fermentation processes and thankjs to the increase of bioreactors available.
New cell lines able to produce bioplastic were also identified.Second day emphasises on bioplastic market and industry development. Invited international experts will present current knowledge, new technologies and sustainable growth perspectives of bioplastics, their practical applications and sustainability assessment opportunities which can be used in marketing, PR and product development.
Design, development and building of multifunctional building out of 3D Printed building products. Stewart Brand. Stewart Brand co-founded The WELL, Global Business Network, The Long Now Foundation, and Revive & Restore.
He was the founder/editor of the Whole Earth Catalog and author of The Media Lab, How Buildings Learn, The Clock of the Long Now, and Whole Earth Discipline.. Stewart Brand's Homepage. Use this fantastic resource to take the stress out of planning and inspire your colour themed lessons.
Covers all aspects of the early years framework. General Questions. What are your compostable products made from?
What is the difference between compostable plastic and biodegradable plastic? How are you products better than traditional alternatives? What are bioplastics? Bioplastic is a biodegradable material that come from renewable sources and can be used to reduce the problem of plastic waste that is suffocating the .