Archive for the ‘Pork Production’ Category

Mama Mia – Soy Proteins Can Enhance Meatball Production

Thursday, April 21st, 2011

The processed meat industry uses approximately 70,000 tons of soybean meal a year. This represents a significant portion of the soy used for human consumption. Soy proteins are not only important for their added health benefits; they also add functionality such as emulsification and hydration to food, vital for food products such as hot dogs or meatballs. Many meats use soy meal to increase water absorption capacity, and soy meal’s adhesive qualities are commonly used in sausages and meat patties to stabilize their form. The result of adding soy protein means meats will have a longer shelf-life, more moisture, more pleasing texture, better appearance and be more heart-healthy.

The public is concentrating more on how their food is made, what goes into their food, how healthy it is, and of course, how good it tastes. As this trend continues to grow, farmers continue to focus on producing higher quality soybeans and food producers increasingly are focused on sourcing healthy and sustainably-raised ingredients to satisfy consumer demands.

How have consumer demands on high-quality food affected your company? Share your feedback with us by clicking on the “comment” button.

Sources:

SoyConnection.com

Food use of soy protein market study: a study by Informa Economics, Inc., for The United Soybean Board, Oct. 2010

Tracking Pork’s Carbon Footprint

Monday, June 28th, 2010

Lynn Harrison

Lynn Harrison, National Pork Board, Environmental Committee Chair

By Lynn Harrison, National Pork Board Member, Environmental Committee Chair

Through the Pork Checkoff, farmers are funding research efforts at the University of Arkansas Applied Sustainability Center to identify and measure the overall carbon footprint of live swine production and to understand its relationship to the overall pork supply chain.

Here’s what’s been going on over the last year-and-a-half —

  • Researchers have conducted an extensive literature review to study what is known about greenhouse gas emissions (GHG), globally, through all segments of the pork chain.
  • Raw data were solicited from industry experts and publications, plus regionally specific data for crops and weather patterns.
  • This “scan level life-cycle analysis” helped the research team summarize a carbon footprint analysis for a single 4-ounce, prepared serving of boneless pork.
  • GHG emissions were evaluated across the entire pork production and delivery system, from feed crops in the field to cooking by the consumer and disposal of the packaging.

Moving ahead, the Checkoff is working on a detailed life-cycle assessment that will identify the portion of GHG contributions based on the weight of hogs leaving the farm. As part of this effort, a user-friendly computer-based tool is under development that will allow producers to get a detailed picture of their own farm’s GHG emission profile.

Pork producers will be able to enter information specific to their farm, such as rations, manure management systems and types and sizes of animal housing. The tool, which will accommodate a variety of production systems, will generate a report for the producer’s use only.

Since lowering GHG emissions usually means lowering energy use, this tool can serve as a road map to lowering input costs while also benefiting the environment. It also shows another way that producers are committed to doing the right thing, as outlined in the industry’s We Care initiative.

For more information, go to www.pork.org.

Planned Soybean Technologies to Reduce Livestock Impact

Friday, June 4th, 2010

A number of companies have new soybean varieties in their R&D pipelines that will decrease the environmental impact of manure from animals such as swine and poultry.  Those monogastric animals lack phytase, an enzyme needed for digestion of phytate, which means most of the phytate is excreted and can sometimes create a negative environmental impact.

 A number of biotechnology companies are developing soybean varieties with reduced phytate content.  When low-phytate soybean meal is mixed with low-phytate corn to make animal feed rations, phosphate emissions in swine and poultry manure are reduced by approximately half.  The iron, calcium and protein in the ration are also absorbed more completely by the animal, which thereby reduces both anemia and nitrogen excretion.

 Sources:

 ENHANCED ANIMAL FEED GOOD FOR THE ENVIRONMENT, BioScience News & Advocate, February 27, 2004

 LOW-PHYTATE GRAINS CUT PHOSPHOROUS EXCRETION, National Hog Farmer, December 15, 2000, p 14, and ENVIRONMENTALLY FRIENDLY PHOSPHOROUS FEEDING, National Hog Farmer, March 15, 2003, p 14-15 and  Biotechnology, November, 1993, p 111,  and Pig International, October, 1997, p 11,  and Progressive Farmer, February, 1999

U.S. Soy Improves Pork Sustainability Worldwide

Sunday, May 16th, 2010

Soy nutritional qualities and U.S. animal agriculture expertise are helping increase production and decrease impact of livestock operations in more than 80 countries.  The United States Soybean Export Council is working with animal nutritionists to improve feed conversion efficiency in swine – one example of the environmental and production improvements made possible with soy-based feeds in hog operations.

With U.S. soy technology, hog producers can now produce one kilogram of pork from less than three kilograms of total feed ration.  That’s as much as a 50 percent improvement in conversion efficiency versus previous feed rations. Manure output per pound of meat is also reduced.  And soy-fed pork has less fat, making the meat leaner and healthier1.

 For more on the sustainability performance of U.S. pork, check out this article.

  1. U.S. Congress – 1990 “Farm Bill” [Food, Agriculture, Conservation, and Trade Act of 1990 (FACTA), Public Law 101-624, Title XVI, Subtitle A, Section 1603.