Posts by Biobased Maine
Upcoming Event: Maine's Economy & Climate Change
What’s the connection between biobased and climate change? Biobased materials have a significantly lower carbon footprint than materials made from petroleum. Learn more about how the future of Maine’s economy is closely linked with climate change on June 12 at the Envision Maine Event, “Maine’s Economy & Climate Change: Challenges & Opportunities” at Bowdoin College.
Read MoreUpcoming Event: Maine’s Economy & Climate Change
What’s the connection between biobased and climate change? Biobased materials have a significantly lower carbon footprint than materials made from petroleum. Learn more about how the future of Maine’s economy is closely linked with climate change on June 12 at the Envision Maine Event, “Maine’s Economy & Climate Change: Challenges & Opportunities” at Bowdoin College.
Read MoreRobust Growth for Global Bioplastics Market
Bioplastics will continue to command a larger share of the global plastics market, according to a recent report called “Bio-plastics Market: Global Industry Analysis and Opportunity Assessment 2014 to 2020” published by Research and Markets. Here are some highlights from this report: Global bioplastics market drivers: Growing beverage packaging industry Government urging to purchase biobased materials Rising consumer acceptance/demand…
Read More"Maine Trees Envisioned as Key to Future Prosperity" Portland Press Herald Covers Biobased Maine Event
Biobased Maine Board of Directors members Tony Jabar (Cerealus), Jamie Chittum (Grow-Tech), and Michael Bilodeau (University of Maine) spoke recently on a panel at the May E2Tech Forum, “The Future of the Forest Industry & Biobased Maine.” The event began with a panel of forestry experts and concluded with Biobased Maine presenting to the audience its…
Read More“Maine Trees Envisioned as Key to Future Prosperity” Portland Press Herald Covers Biobased Maine Event
Biobased Maine Board of Directors members Tony Jabar (Cerealus), Jamie Chittum (Grow-Tech), and Michael Bilodeau (University of Maine) spoke recently on a panel at the May E2Tech Forum, “The Future of the Forest Industry & Biobased Maine.” The event began with a panel of forestry experts and concluded with Biobased Maine presenting to the audience its…
Read MoreLignin Investment in Florida
Rayonier Advanced Materials recently announced a joint venture with Borregaard ASA to manufacture natural lignin-based products at its Florida facility. Lignin, a natural component of wood, is typically used for its energy properties (i.e., it’s burned as fuel). This joint venture would instead convert lignin into higher-value products that are more environmentally-friendly than products typically made from…
Read MoreNEW E2Tech Forum: The Future of the Forestry Industry + Biobased Maine
E2Tech Forum: The Future of the Forestry Industry & Biobased Maine Tuesday May 19 Holiday Inn By The Bay, Casco Bay Hall, 88 Spring Street, Portland 7:15 am to 11:30 am Please join us for this special two panel event! This event will focus on two topics: The Future of the Forestry Industry and Biobased Maine…
Read MoreBiobased Chemical Market in U.S. to Expand Faster than Previously Thought
Globally, the market for biobased chemicals is growing in leaps and bounds. According to a recent report published by the National Research Council, the U.S. is on track to experience an upsurge in biobased chemicals even larger than anticipated. According to the Council’s report, “Industrialization of Biology: A Roadmap to Accelerate the Advanced Manufacturing of…
Read MoreCascades New $26M Cellulosic Facility in Canada
Cascades, a multinational paper making company, just announced that it’s investing $26M in an innovative, biorefinery technology at its Norampac-Cabano facility – the extraction of hemicellulose from wood chips. Hemicellulose, a natural polymer found in plant cell walls, is also called “cellulosic sugar.” It can be sold as a commodity or converted to advanced biofuels (ethanol) or…
Read MoreNanocellulose Boosts Strength of Concrete
Nanocellulose (also called cellulose nano fibers or CNF) are tiny structural building blocks derived from biomass (like trees and plants). They have great potential for conversion to lightweight, high-strength, advanced materials. Research in and commercialization of nanocellulose is growing quickly in the U.S. and globally, with the nation’s first commercial nanocellulose plant opening this year…
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