Resources

In the face of fuel shortages and high fuel costs, growers often make decisions regarding house preparation and brooding that they would not have made under rosier circumstances. In such events, these decisions can either minimize impact or cause harmful consequences from which the flock tends not to recover.

There are a number of tools available to producers that can help determine ammonia levels in poultry houses. While some cost hundreds of dollars and require frequent calibration, there are a number of low cost, easy to use and relatively accurate options that can be used to determine whether ammonia has reached harmful levels.

Air quality surveys are a valuable tool that allow integrators to look at trends of air quality in broiler houses, serving as an effective indicator to gauge if litter amendments are being utilized effectively. They also provide a wealth of actionable data that can be used to reduce the impact of ammonia on respiratory health.

Poultry litter is recognized as an excellent source of plant nutrients (nitrogen, phosphorus and potassium) and organic matter. Nitrogen (N) is excreted from birds in the form of uric acid in the manure.

Treating litter with an acidifier is a fairly common practice in poultry production, used as a way to control ammonia and maintain a favorable environment for bird welfare. While the benefits of acidification are often discussed, most people don’t often think about what qualifies a chemical as an acid, the different types of acids, and how they work.

Significant profit losses can occur from ammonia-caused performance decline, even at low levels. Learn how to avoid profit loss through ammonia management.

In a study that compared PLT with two other litter amendments, only PLT-treated houses showed significantly less ammonia. Learn more about the performance of PLT as it relates to condemnations, weight and other factors.

Even though most poultry producers have specific brooding management programs, many flocks are affected by respiratory problems that can be directly attributed to a failure to follow those guidelines. Learn about three basic steps to minimize disease and performance loss.

While pathogens–viral, protozoal and otherwise—can be responsible for a specific disease condition we encounter, quite often it is the husbandry within the house that is the root of the problem.

In the last 20 years, things have changed: different housing, different chickens, different feed programs. So why haven’t many of our litter amendment programs kept pace with the increases in ammonia load in the litter?

Since the launch of PLT in 1994, these are the questions that are asked the most.

Since the launch of PLT in 1994, these are the questions that are asked the most.

Make the most of your LS-PWT². Find product information and detailed application instructions on our product data sheets.

Make the most of your PWT. Find product information and detailed application instructions on our product data sheets.

Make the most of your PLT. Find product information and detailed application instructions on our product data sheets.

Make the most of your PLT. Find product information and detailed application instructions on our product data sheets.

Make the most of your PLT. Find product information and detailed application instructions on our product data sheets.

Make the most of your PLT. Find product information and detailed application instructions on our product data sheets.

Make the most of your PLT. Find product information and detailed application instructions on our product data sheets.

Sodium bisulfate (SBS), commonly used in the dairy industry to reduce bacterial counts in bedding and ammonia emissions, was shown to be effective in the mitigation of ammonia and alcohol emissions from fresh dairy slurry as well as other areas.