for the World's Agriculture Industry Since 1988 |
![]() | ||
For full site access Lost Password? Customer Center Trade Directory Special Crops Beans Lentils Peas Chickpeas Birdseed Mustard & Other Spices & Herbs Dried Fruit & Nuts Supply-Demand The rest of Agriculture Bio-Energy Commentary Grain Oilseed Livestock Poultry Cotton & Wool Fresh Fruit & Vegetables Dried Fruit & Nuts Dairy Technology General Organic Just for Growers Cash Markets Futures Markets Weather Price Graphs Export Data Supply-Demand Subscribe Today! Privacy Policy Subscriber Agreement Ag Links Affiliates Add Headlines! To your website! |
Baumgartner Licenses USDA TechnologyWASHINGTON - Dec 30/04 - SNS -- Baumgartner Environics, Inc., of Olivia, Minnesota has been granted an exclusive license to commercialize an electrostatic system for reducing dust in livestock housing developed by the USDA's Agricultural Research Service (ARS). The device was originally developed to reduce airborne dust and microorganisms in poultry houses and hatcheries. The system uses an electrostatic charge to trap airborne particles and microbes, including Salmonella. Lab studies show that the system kills both airborne and surface Salmonella and other pathogenic bacteria. In one research study, the system killed at least 95 percent of airborne and surface S. enteritidis. Additionally, the system reduces biofilms up to 99.8% when used at close range. Biofilms are formed by pathogenic bacteria that stick to surfaces and then cover themselves with a protective coating. Lab studies also indicate the electrostatic charge keeps surface dust near its source. For example, loose dust on the floor of a treated room tends not to become airborne, because as soon as it leaves the floor it is charged and re-attracted to the floor. Baumgartner Environics will initially use the device as a companion technology to its patented Bio-Curtain system. Used together, the two technologies will effectively reduce dust, ammonia and odors in air emissions from animal housing. The system is also expected to reduce airborne disease-causing microorganisms.
|