GLEN ALLEN, Va.
Dec. 10, 2012
/PRNewswire/ -- Industry analyst firm NanoMarkets has published an in-depth analysis of worldwide markets for bio-plastics, covering all major bio-plastics including starch-based bio-plastics, bio-polyesters, cellulose-based bio-plastics and bio-polymers. The report titled "Bio-Plastics Markets –2013," claims that revenues from bio-plastics will reach
by 2018, with 8.6 million tons of bio-plastics shipped.
The report also discusses new feedstocks such as seaweed, and carbon dioxide. Applications analyzed include food and pharma packaging, waste bags, medical implants, diapers, mulch foils, electronics, and tires/automotive. Eight-year forecasts with breakouts by materials type, applications and region are included.
The report discusses the activities of many firms pioneering the use of bio-plastics including Arkema, Avantium, BASF, Braskem, Bridgestone, Cargill, Casda, Coca Cola, Cooper Tire, Danone, Dow Chemical, Faurecia, FKuR, Gevo, Green Dot, Heinz, Hisun Biomaterials, Innovia Films (UK), Invista, LanzaTech, M & G, Metabolix, Mitsubishi Chemical, Mitsui, Nike, Novamont, P&G, PTT, Purac, Showa Denko, Solvay, Teijin, Toray and Uhde Inventa-Fischer
Additional details about the report are available at:
More from the report:
While bio-plastics represent only 1% of the total plastics market today, NanoMarkets' report projects that amount will grow to 7% by 2020. Market drivers include recyclability of bio-based PA, PE and PET and the bio-degradability/compostability of other bio-plastics. The sector will benefit from European and Japanese mandates favoring compostable/recyclable materials, also the involvement of big name firms such as BASF and Dow Chemical which are investing billions of dollars into bio-plastics.
To reach full potential, bio-plastics must come down in price; today they are two-to-three times the price of fossil-based plastics. This sector is also highly capital intensive. For every one million tons of bio-plastics production capacity, at least
Cost reductions will be achieved through economies of scale and by using less expensive feedstocks; switching to cassava for bio-PLA will reduce feedstock cost by 70%. Another factor that will help bio-plastics will be ongoing technical improvements such as better barrier coatings.