MUNDOMATERIAL

The bioplastics market evolves quickly, going from pilot plants to industrial production in merely 10 years. Today I venture into pointing some current trends that will define its future in the next 5-10 years. Product improvement Bioplastics have entered the market, have been tested in several applications and are produced at industrial level. In following years bioplastics producers already established will have to focused on improving their products performance. In order to do this, they can focus on one of the following factors: Increasing the renewable content of the final product by using additives, paints and adhesives that are also renewable. Achieving certifications related to renewable content or compostability. Improving properties by blending with oil-based plastics. Penetrating the durable goods market, for example in electronic products or automotive sector. For more information, do check the following presentation by Jim Lunt & Associates, with information regarding... 
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In early March 2010, the European Union approved a genetically mofidied potato crop to be grown in Europe, the first one since in 1998 Monsanto’s MON 810 maize was approved, which is engineered to be resistant to the European corn-borer caterpillar. The approved potato variety is Amflora, developed by BASF for industrial applications such as lubricants, sprays and animal feed. When the news came out, some people suggested that it was to be used in the production of bioplastics. I always considered a bit risky to used GMO in the production of a product that bases part of its market appeal on environmental benefits and considered that European producers of bioplastics have an advantage over producers elsewhere that do use GMO crops as feedstock. It has to be said that resistance towards GMO is mostly a European concern and that public resistance to them in other world regions is not that high. Naturally produced starch is a combination of amylose and amylopectin, both polymers of glucose.... 
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DuPont and Denso corporation have collaborated to launch an automotive part made with a renewably sourced polymer. The novelty here is that the part is a radiator end tank that is going to be exposed to harsh underhood conditions. Correct me if I’m wrong, but it seems to me a very important breakthrough for bioplastics, going from disposable products to pure high performance. Of course, DuPont is not an ordinary plastic producer and Denso is not just a client. DuPont/Denso bioplastic radiator The part: automotive radiator end-tank The material: nylon The grade that made it: DuPont™ Zytel® 610 DuPont Renewably Sourced Materials The launch of a bioplastic underhood car part is well framed within DuPont’s strategy towards better environmental practices, it is certainly not an isolated movement. Through an alliance with Tate & Lyle, of which I have already written here, DuPont can now commercialised several plastics with renewable content, as well as polyols. DuPont... 
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I found this video trough Bioplastic News, but it was originally posted in Green Plastics. They are actually looking for more instructive videos, so maybe we should keep an eye on them, see what else they can get. In their own words: Would you like to make a bioplastic instructional video? Can you create a fun and informative instructional video about bioplastic? We are looking for videos of all different types. You can demonstrate how to make a specific bioplastic product in your own home. You can test the biodegradability of various bioplastic products. You can compare and constrast the properties (strength, flexibility, etc) of bioplastic compared to regular plastic. Regardless of what you want to show, make it fun and informative and we will feature your video here! Enjoy the lesson! AKPC_IDS += "1686,"; 
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1,3-Propanediol, also known as PDO, is an organic compound used as a monomer in a variety of applications. At the moment PDO can be obtained from both petrochemical and renewable sources. This gives me the chance to analyse how both routes lead to the same chemical, but not the same product. Some of the main applications for PDO are listed below: As a monomer in the production of polymers As heat transfer fluid, coolant and solvant As an additive in thermoplastic polyurethanes, to improve thermal, hydrolitic and dimensional stability As an additive in polyester systems, to improve flexibility of coatings formulationsas a chain extender in polyurethane formulations The largest producer of PDO is Shell, which manufactures it in its US plant in Geismar. Shell began PDO production in 2000 and it now has a plant capacity of 73 kt per year. The proprietary Shell method for producing PDO is the hydroformylation reaction of ethylene oxide (EO) with syngas to make 3-hydroxypropionaldehyde (HPA)... 
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