Effectiveness of Various Methods of Deploying Nanoparticles to Reduce Odour and Gas Emissions from Swine Manure
Unique quantum properties are exhibited in nanoparticles as they have at least one dimension in the 1-100 nanometer scale. Nanoparticles have been of use for environmental pollutant treatment and remediation. They are non-toxic and benign environmentally while flexible in deployment and highly reactive due to...
Evaluating Energy Usage and Various Energy Conservation Strategies for Swine Barns
Substantial energy input is needed in temperate regions for swine production. As energy prices increase, so do the costs, with the third largest variable for swine production being utilities. Energy conservation measures were examined by looking at current energy usage in order to improve the...
Evaluation of a Treatment Method to Control Hydrogen Sulphide Emission from Swine Manure
The oil industry developed a treatment approach that was modified to be used for the swine industry. This approach involves nitrate or molybdate to control swine manures' emission of hydrogen sulphide. Previous research was on closed systems where the levels of hydrogen sulphide in the...
Use of Nanoparticles to Control Gaseous Emissions from Swine Manure Slurry
Nanoparticles have unique properties due to nanoscale dimension and are highly reactive powder materials. Nanotechnology may allow odour and gas emission control from swine operations. Impact on ammonia, carbon dioxide, hydrogen sulphide and gas mixture from swine slurry by commercially available nanoparticles was examined. A...
Benchmarking Energy Costs in Swine Barns
Energy intensive tasks are involved in swine production. As prices for energy increase along with greenhouse gas concerns, reducing energy use is crucial to reduce cost. Benchmark information was gathered to conduct energy audits documenting energy use in order to evaluate possible energy-saving measures for...
Application of a Biological Treatment Approach to Control Gaseous Emissions from Swine Operations
High levels of gases including hydrogen sulphide may be exposed to swine barn workers during in-barn manure handling tasks which may be dangerous to their health. Oilfields developed a biological treatment that may be able to adapt to the swine industry. Two mechanisms are used,...
Large Group Auto-Sort: Potential and Problems
Large Group Auto Sort (LGAS) applies electronic technology to manage grow-finish pigs and is relatively new. It can be cost effective to assemble many animals into a pen by using similar weights derived from electronic sorting scales and sorting gates. Due to mixed reviews, more...
Belt Conveyor Manure Separation System: Impact on Odour and Gas Emissions
Handling large volumes of manure from livestock operations led to environmental concerns, so innovative strategies are being explored to manage manure in an environmental and economical manner. A tilted belt conveyor (BC) was examined to replace the slatted portion of the pen to separate feces...
Impact of Drinking Water Sulphate Levels on Gas Emissions and Manure Nutrients
A major environmental concern for the swine industry are odour and gaseous emissions. Sulphur containing compounds are some of the most odourous components of swine. Drinking water quality on air emissions and swine manure nutrients were assessed. Up to 1,800 ppm of sulphate in drinking...
Greenhouse Gas Emissions from Covered or Uncovered Earthen Manure Storage
Average season and annual emissions were calculated for different earthen manure storage technology. Nitrous oxide and surface emissions were negligible. As ambient temperature increased, so did emissions as promotion of more biological activity occured. Straw-covered systems reduced carbon dioxide and methane by 57 and 85%...