Livestock Ammonia | Agriculture XPRT
Articles & Whitepapers
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Experiences with 7 years of acidification in Denmark - SyreN system, a commercial method to fertilize with sulphate while reducing animal slurry ammonia emission
Abstract In 2009 a group of companies were assembled (Aarhus University, SEGES, BioCover A/S and Grundfos ) and committed to a joint development project “SyreN” - technology for field acidification of slurry, with support from the Danish ministry for development and innovation. The group defined and created a demand specification for using sulfuric acid together with a slurry tanker ...
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Sow management: Bongdong trumpets stellar production - Case Study
The past decade has seen changes in the South Korean pig industry landscape. From more than 12,000 pig farms in 2005, the number declined to 6,000 in 2012. Despite this, total pig inventory in the ...
News
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Agricultural ammonia emissions could be reduced without affecting crop yield
Ammonia released by nitrogen fertilisers in Spanish agriculture could be reduced by up to 82% with only a very minimal impact on crop yield, finds new research. This could be achieved by combining optimised management of manure with the use of ...
Using Liquid Manure to Fertilize Wheat? Consider Timing, Nitrogen Content
USPOULTRY’s Live Production and Welfare Seminar Highlighted Animal Welfare Practices and New Equipment Technology
New strategy aims to reduce agricultural ammonia
Washington fertilizer distributors fined over $33,000 for failing to properly plan for chemical releases at eight facilities (WA)
Equipment & Solutions
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Showcase
Advanced Dry Concentrated Steroidal Sapogenin Technology
DINASE 30-30 Dry On a free flowing Silicon Dioxide Carrier. All you want to know about DINASE 30-30 ® as a Urease Inhibitor What is DINASE 30-30 Dry® ? DINASE 30-30 Dry® is a new high technology feed additive that inhibits urease activity and therefore reduces ammonia gas levels and other odors in the organic waste of the animal, and the environment. How does the enzyme urease produce ...