United Soybean Board

Technical data. United Soybean Board, Chesterfield, Mo., Mar. 1995. 

D. R. Erickson, ed.. Practical Handbook of S ojbean Processing and Utilisation, American Oil Chemists Society Press, Champaign, lU. and United Soybean Board, St. Louis, Mo., 1995, Chapts. 9—15, pp. 161—276 and Chapts. 18—20, pp. 314—379. 

For current information on the commercial uses of triglyceride oils, readers are directed to follow the periodic communications from the New Uses Committee of the United Soybean Board [191], which is staffed with informative professionals who remain current in the alternative applications of soybean oil, and who support the efforts of industry to develop alternative sources of feedstocks to reduce dependence on petroleum. 

United Soybean Board (2011) New uses for soy. http //www.soynewuses.org/Default.aspx... 

United Soybean Board. (2002), "Market Opportunity Summary Soy-Based Solvents," Website http //www.unitedsoybean.org. 

Progress on biodiesel development can be followed on the National Biodiesel Board (NBB), Jefferson City, MO, Web site (www.biodiesel.org), and the United Soybean Board (USB) St. Louis, MO, Web site (www.unitedsoybean.org) for soybean oil based fuels also Render Magazine, Camino, CA (rendermagazine.com) has kept that... 

The Better Bean Initiative from the United Soybean Board of USA is developing the mid-oleic soybean oil, which will not require hydrogenation for industrial frying apphcations. Full commercialization of this oil will take at least six to ten years. In the meantime, the food industry in the United States will have to be very creative to reduce trans-faXs in fried foods as well as in other products. 

Durham, D. The United Soybean Boards better bean initiative Building United States soybean competitiveness from the inside out. AgBioForum 2003, 6/1 2), 23—26. 

Project funding for this Investigation was provided by the United Soybean Board (USB). Dr. Nick Bajjalieh was the Principle Investigator with contributions to calibration development and data assembly, analysis and release made by Caltest, LLC, Ballston Lake, NY. Source Bajjalieh, 2006. 

Bajjalieh, N. Calibration data set of calibration file for soybean NIR testing on NIRSsystems 6500 from Caltest, LLC, Ballston Lake, NY made possible by United Soybean Board funding. Personal... 

Typical commodity soybean oil is rich in polyunsaturated FA (linoleic, 18 2 and lino-lenic acid, 18 3), with some contributions from saturated and monounsaturated FA (Table 7.2). The oil is suitable for many industrial and food uses. For industrial use, soybean oils with the typical FA composition noted are successfully used in the production of inks, lubricants, fuels, etcetera (United Soybean Board, 2005). They can be epoxidized to make plasticizers and coatings or interesterified to produce methyl soyate, which is used in solvent production. Soybean oil or methyl soyate also can be derivatized to produce soap, polyurethanes, composites, and paints, among other products (United Soybean Board, 2005). 

United Soybean Board. Evaluation and Analysis of Vegetable Oil Markets The Implications of Increased Demand for Industrial Uses on Markets and USB Strategy, 2005. http //www.unit-edsoybean.org/FileDownload.aspx File=2005 USB oil strategy report final.pdf (accessed June, 2007). 

Erickson, D.R. Degumming and lecithin processing and utilization. Practical Handbook of Soybean Processing and Utilization AOCS Press Champaign, IL, and United Soybean Board St. Louis, MO, 1995a pp. 174-179. 

In the 1990s, the United Soybean Boards Better Bean Initiative proposed that a high-oleic acid soybean be developed. However, they subsequendy recommended that a mid-oleic acid /low linolenic acid soybean oil be developed as a new commodity oilseed. 

UNITED SOYBEAN BOARD 16305 Swingley Ridge Drive, Suite 110, Chesterfield MO 63017, (314) 530-1777, or Omni Tech International Ltd., 2715 Ashman Street, Midland MI 48640, (517) 631-3377. Published Precursors for the Manufacture of Soy Protein-Based Engineered Wood Adhesives, and funds research into soy-based adhesive products. 

Findings in this paper represent contributions from collaborative research with Drs. Steven C. Huber and Joseph W. Burton, USDA-ARS at Raleigh, NC Dr. Ralph E. Dewey, North Carolina State University, Raleigh, NC and Dr. Vincent Pantalone, University of Tennessee at Knoxville, TN. This work was funded in part by the United Soybean Board. 

One of the outstanding partnerships for the future of soybeans is known as the Better Bean Initiative (BBI). The farmer-directed United Soybean Board (USB) is utilizing its check-off funding to develop a soybean seed with enhanced compositional traits that better meet the needs of the end users and enhance the economic value for U.S. producers. 

However, there has been some interesting work in the USA on soybean, as a potential source of TS binder resins. These resins are being developed by the United Soybean Board, St Louis, Missouri, USA, under the name Proteinol. They are made from various waste cellulosic fibers tightly bound with various soy protein/phenolic binder systems. Fillers can be agricultural crop wastes such as wheat straw, corn, bagasse, kenaf, or hemp, forest waste products such as wood fibers, shavings, sawdust or chips, and shredded newsprint, de-inked office paper, and other recycled products. Extruded and compression molded shapes are being produced, which can be nailed, drilled, sawn, routed, sanded, painted and stained. 

According to a market opportunity study published in 2008 by the United Soybean Board [19], the total global lubricant demand through 2010 is expected to be about 41.8 million metric tons with an expected growth rate of about 2% per annum. The fastest growth will be in the Asia-Pacific region, particularly in Ghina. 

United Soybean Board, New Life-Cycle Data Quantifies Soy Advantages, Biobased Solutions, Nov. 2003. 

United Soybean Board, Plastic Film Made Out of Soybeans, available online at www.ag.uiuc.edu / usb / newsletters Ifsv313g.html. 

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