Farms.com Home   News

SHIC Wean-to-Harvest Biosecurity: Waterless Decontamination for Transport Trailers (Final Report)

By Abbey Canon

A study funded by the Swine Health Information Center Wean-to-Harvest Biosecurity Research Program, in partnership with the Foundation for Food & Agriculture Research and Pork Checkoff, evaluated the effectiveness of a waterless trailer decontamination method using modified vaporous hydrogen peroxide (mVHP) in combination with an industrial vacuum system. The study, conducted by Dr. Erin Kettelkamp, Swine Vet Center, evaluated the effects of the vacuum plus mVHP on PEDV detection and inactivation using varying disinfectant contact times. Results showed that mVHP treatment paired with a vacuum system reduced the relative PEDV viral load via PCR detection on contaminated trailers while no difference was detected between contact times. Further research is needed to assess the impact of this technology on virus inactivation and its potential application and scalability in the field.

Find the industry summary for project #24-003 here.

Read more about the Wean-to-Harvest Biosecurity Research Program here.

Effective biosecurity protocols for swine transport are critical to controlling endemic pathogens like PEDV and preparing for foreign animal diseases such as African swine fever. The combination of an industrial vacuum and mVHP treatment presents a promising alternative to traditional trailer sanitation methods.

Click here to see more...

Trending Video

Measuring Methane Emissions From Cattle with Unique Technologies

Video: Measuring Methane Emissions From Cattle with Unique Technologies

PhD Student Madison Kindberg, and Air Quality Specialist and Professor, Dr. Frank Mitloehner explain the unique Cattle Pen Enclosures and how they will capture emissions from cattle using state of the art technology. The enclosures are well equipped with one-way airflow fans, smart scales, and smart feeds that can tell you what an animal ate, when they ate and how much they ate. All enclosures are connected to one mobile air quality lab which uses gas monitors and analyzers to collect precision data. This data will be used to determine if an early-life methane reducing bolus can reduce emissions from cattle long-term.