Control Doble A

Acid buffer for the control of ammonia emissions from excreta

Control Doble A reduces ammonia emissions in the litter by converting it into ammonium phosphate, thus improving its useful life.

Ammonia under control

Control Doble A is an environmental additive for direct application to the litter, designed to immediately and effectively reduce ammonia emissions in poultry houses. Its formulation, based on acidifying agents and mineral compounds, lowers the pH of the litter without generating extreme acidity. It binds ammonia through cation exchange and transforms it into stable, non-volatile chemical forms, such as ammonium salts.

Its use significantly improves air quality, reduces foot and respiratory injuries, and extends the life of the litter, contributing to a healthier environment for animals.

Reduces ammonia

Reduces environmental ammonia quickly, effectively and economically

Dosage

Easy and quick application, even with a full shed

Environment

Ozone friendly as it does not release ammonia into the air.

Immediate results

Immediate, compelling results

Nitrogen fixation

High nitrogen fixation capacity

Furthermore, its ability to increase nitrogen and phosphorus retention makes treated litter a fertilizer of greater agronomic value. Control Doble A can be applied even when the barn is stocked, without adverse effects on animals or personnel.

Measuring ammonia emissions

is only the first step

Ammonia accumulation in litter causes foot lesions, respiratory problems, and reduced animal welfare, in addition to reducing the birds’ productive potential. Control Doble A is an environmental additive applied directly to litter that neutralizes ammonia through an acidifying and chemically binding effect, creating a cleaner and healthier environment.

Easy to apply, Double A Control is the only product on the market that can be applied with birds present. It also has residual power.

Easy and fast application, even in crowded houses.

IMMEDIATELY CONCLUSIVE RESULTS.

Blog

No Results Found

The page you requested could not be found. Try refining your search, or use the navigation above to locate the post.

Contact Us