Ammonia Sensor for Poultry

Ammonia is one of the most common causes of low animal welfare in chicken farms. It is also a major cause of respiratory problems, sores on feet and breasts as well as lower gain.

What is Ammonia?

Ammonia is a chemical compound between the elements nitrogen (N) and hydrogen (H), and has the formula NH3. The substance is found everywhere in nature and occurs naturally in manure and urine.

The smell of ammonia is known, among other things, from the pungent smell of manure or in the environment of a chicken farm.

Ammonia is formed in humans and animals by the breakdown of proteins (albumin) from the diet, or in connection with the ongoing remodeling of all tissues in the body. A part is also formed in the intestine from the breakdown of proteins and other nitrogenous compounds by bacteria.

Ammonia in Poultry Houses

In poultry houses ammonia is a byproducts of manure. When nitrogen compounds are decomposed the result is formation of ammonia (NH3+) and ammonium (NH4-). Ammonia is lighter than air and therefor it floats into the air causing respiration problems and bad smell. Ammonia formation is nurtured by low pH in the litter, high temperatures, and high humidity inside the poultry house.

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Hardened Design for Agriculture

Our sensors are specially designed for withstanding the harsh environment in agriculture. Therefor all our capacitive and climate sensors are:

• Robust
• Accurate
• Designed for lasting a lifetime

Read more about our different sensors here.

Ensuring Durability and Efficiency in Farming

Agriculture today is far more than just the simple cultivation of crops and raising of livestock—it’s a high-tech industry where precision and efficiency are key. Central to this modern approach are various types of sensors that help monitor everything from soil moisture and temperature to crop health and livestock conditions. However, the harsh environmental conditions of farming necessitate that these sensors not only be precise but also extremely durable. This is where the concept of a hardened design for agricultural sensors comes into play.

What is Hardened Design?

Hardened design refers to the process of making devices robust enough to withstand the harsh environments in which they are to be used. For agricultural sensors, this means ensuring that they can endure extreme environmental conditions, resist water and dust, and handle exposure to gases like CO2 and NH3 (ammonia). The objective is to create sensors that provide reliable data across a variety of challenging conditions without faltering.

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Strengthen Biosecurity Practices to Protect Your Birds From Birds Flu

Bird flu, also known as avian influenza, is a viral infection that can significantly affect poultry farms and other bird populations. Implementing robust biosecurity measures is crucial in protecting your birds from this disease. Here’s a comprehensive guide on how to enhance your biosecurity practices.

Maintain an Optimum Environment

Creating and maintaining an optimum environment for your birds is one of the crucial factors in preventing the spread of bird flu. This includes regulating temperature, humidity, CO2 level and the level of ammonia within the poultry house. An ideal environment not only keeps your birds healthy and stress-free but also reduces the likelihood of viral infections taking hold.

En optimum light plan can keep your birds stress-free as well and ensure better animal welfare.

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