Download Biobased Industrial Products: Research and Commercialization by National Research Council, Division on Earth and Life PDF

By National Research Council, Division on Earth and Life Studies, Commission on Life Sciences, Committee on Biobased Industrial Products

Petroleum-based business items have progressively changed items derived from organic fabrics. despite the fact that, biologically dependent items are creating a comeback--because of a threefold elevate in farm productiveness and new technologies.

Biobased commercial Products envisions a biobased business destiny, the place starch should be used to make biopolymers and vegetable oils turns into a regimen part in lubricants and detergents.

Biobased commercial Products overviews the U.S. land assets on hand for agricultural creation, summarizes plant fabrics at the moment produced, and describes customers for expanding kinds and yields.

The committee discusses the idea that of the biorefinery and descriptions confirmed and capability thermal, mechanical, and chemical applied sciences for conversion of traditional assets to business applications.

The committee additionally illustrates the developmental dynamics of biobased items via present examples, in addition to items nonetheless at the strategy planning stage, and it identifies priorities for examine and development.

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Extra resources for Biobased Industrial Products: Research and Commercialization Priorities

Example text

The average volume of standing timber per hectare (800 x 109 cubic feet in 1991) is now 30 percent greater than it was in 1952 (USDA, 1995). Forest growth nationally has exceeded harvest since the 1940s—a trend that was accelerating until very recently. In 1991 forest growth exceeded harvest by 22 percent, even though the harvest was 68 percent greater than in 1952. More recently (1986 to 1991), the proportion of timber harvested from the total forested land has increased, primarily as a result of increased harvesting on industrial forestlands.

The initial focus has been expression of protein polymers in microbial hosts, resulting in the successful production of several structural proteins in experimental quantities. Researchers also have prepared several fibers and films from de novo designs produced via fermentation. Early experience suggests that the economics of protein polymer production will need to improve before high-volume production and commercialization of these polymers become possible. Additional challenges will be determining how the constituent protein structures and biological spinning apparatus influence the transition from aqueous solution to insoluble fiber and finding ways to mimic the effects of spider anatomy and physiology at an industrial scale.

In addition, it is water insoluble and thermoplastic. The USDA Northern Regional Research Laboratory in Peoria, Illinois, developed zein into a textile fiber in the late 1940s. Scientists generated the fiber by dissolving zein in alkali, extruding the solution through spinnerets into an acid coagulating bath, and then curing the product with formaldehyde. Zein fibers are strong, washable, and dyeable and possess other desirable properties. The Virginia-Carolina Corporation commercialized zein-based fiber as “Vicara,” producing about 5 million pounds in 1954.

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