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Added Enzyme Makes Phosphorus in Rice Co-Products More Digestible in Pig Diets

2015-10-05 02:00:00| ThePigSite - Industry News

US - Rice is the third most widely grown cereal grain worldwide with over 700 million tons produced per year. Co-products from the processing of rice for human consumption are an abundant feed source for livestock. Research conducted at the University of Illinois is helping producers make the most of these ingredients.

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Study concludes that added enzyme makes phosphorus in rice co-products more digestible in pig diets

2015-09-29 19:52:00| National Hog Farmer

Source: University of Illinois, ACES Rice is the third most widely grown cereal grain worldwide with over 700 million tons produced per year. Co-products from the processing of rice for human consumption are an abundant feed source for livestock. Research conducted at the University of Illinois is helping producers make the most of these ingredients. read more

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Study: Carbohydrate composition in cereal co-products important to determine energy value

2015-07-27 17:52:00| National Hog Farmer

Source: University of Illinois Knowing the specific composition of the carbohydrates in a feed ingredient in a pig's diet is important for determining its energy value. read more

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Corn Co-products from Wet Milling May be Included in Pig Diets

2015-01-30 01:00:00| ThePigSite - Industry News

US - Many co-products from the corn processing industry may be used in diets fed to pigs. Much attention over the last 10 years has been on co-products produced from the biofuels industry, including distillers dried grains and high-protein distillers grains. However, the wet milling industry also produces many different co-products that may be used in pig diets.

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New Study Says Diverting Pine Chemistry Co-Products To Biofuel Does Not Further Reduce Greenhouse Gases

2014-02-14 03:01:23| pollutiononline News Articles

Results of a third-party peer-reviewed life cycle assessment (LCA), published today-- "Greenhouse Gas and Energy Life Cycle Assessment of Pine Chemicals Derived from Crude Tall Oil and Their Substitutes"-- found that diverting Crude Tall Oil (CTO) into biofuel production inEuropewill not have a significant effect in either reducing carbon emissions nor fossil fuel consumption

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