The Benefits of Agricultural Ceiling Fans
By: John Garcia | Date Posted: July 6, 2022
Table of Contents
If youâre a farmer looking for ways to keep your livestock cool, you might want to consider installing high-volume, low-speed (HVLS) agricultural ceiling fans.
These powerful devices help reduce the stress of heat on livestock, regulate indoor air temperatures, and eliminate odors. Read on to learn more about the benefits of this technology. These devices can also reduce energy costs by as much as 30%. Listed below are a few reasons why your farm needs these products.
HVLS fans reduce heat stress in livestock
High-volume low-speed (HVLS) fans are an effective solution to agricultural heat stress problems. These fans reduce livestock stress by distributing heat across a vertical surface. An agricultural fan can produce a floor jet 108 inches deep. In contrast, a high-speed fan with a smaller diameter canât achieve the same effect. They are inexpensive, versatile, and available in several sizes and styles.
A well-designed ventilation system helps limit the spread of airborne pathogens and illnesses. As dairymen know all too well, the prevalence of the respiratory disease is one of the biggest expenses in the industry.
The strategic placement of HVLS fans will minimize the possibility of airborne diseases. Fresh air turnover will also reduce the chances of infection and disease. It will also make it easier for cows to breathe, thereby reducing their risk of contracting respiratory diseases.
In addition to providing a fresh, cool air supply, HVLS fans also keep the temperature at a moderate level. A recent study conducted by the University of Wisconsin found that LVHS fans were not effective in reducing heat stress among dairy cows.
HVLS fans were found to improve milk production while consuming less power. Moreover, the researchers found that HVLS fans were more effective in reducing heat stress in livestock compared to conventional fans.
The use of HVLS fans can significantly lower power bills. With HVLS technology, dairy farms will be able to save considerable amounts of energy. However, in rural areas where livestock is typically kept in cramped quarters and confined to large buildings, outdated high-speed fans are ineffective at cooling the environment. The confined air space of outdated high-speed fans is confusing for animals and increases heat stress.
While air conditioners can be effective in hot climates, they can also increase the level of heat stress in livestock. If the heat is too intense, an air conditioner may be more effective.
In a small facility or one that houses fewer animals, an HVLS fan system may be sufficient. The answer to the heat stress dilemma is dependent on the specific situation and available resources. In agricultural, commercial, and industrial settings, HVLS fans can be an effective solution for reducing heat stress in livestock.
They remove airborne contaminants
Agricultural fans are used to clean the air and remove airborne contaminants from a variety of applications. Agricultural fans are typically mounted on an exterior wall.
This type of exhaust fan is used in agricultural fields where high levels of airborne contaminants can be harmful to occupants. This type of fan can also regulate indoor temperature and pull out stale air. Agricultural fans can be used in a variety of applications and are suitable for most agricultural operations.
Indoor air quality is another major concern for agricultural businesses, such as livestock facilities, which are prone to infection outbreaks. Industrial air filters with high efficiency can prevent cross-contamination by cleaning both indoor and outdoor air.
These air filters also prevent cross-contamination among livestock and other processes, ensuring that employees and residents do not breathe in contaminated air. In addition to indoor air quality, agricultural workers and livestock workers can benefit from the increased air quality with agricultural air filtration systems.
They regulate indoor air temperature
Agricultural fans are vital in a number of ways. These fans help regulate the temperature in livestock barns. They can regulate humidity, remove heat, and recover heat. In addition, they help expel flying insects and reduce the incidence of disease and abnormal behavior.
Furthermore, bad interior air conditions can negatively affect animal performance, fertility, and weight. Aside from reducing production results, poor air quality can also lead to reduced fertility, increased antibiotic use, and other undesirable effects.
They reduce odors
Agricultural fans are a common solution to this problem. They are installed to exhaust farm odors, thereby reducing the amount of dust in the air. The amount of dust in the air also depends on the height of the vegetation. Agricultural fans reduce odors by about 70% during summer, while they are less effective in fall when plants are dormant.
A recent study by the Texas Water Resources Institute evaluated the effectiveness of various farming technologies. One of these technologies, called Electrostatic Particle Ionization (EPSI), was developed by John Baumgartner of EPI Air. This technology is also known as Bio-Curtain.
Agricultural odors are one of the main concerns of the pork industry, and they can also contribute to local conflicts. Agricultural odors are often a result of larger swine facilities.
Purdue University has identified ways to reduce these odors through educational programs and research. There are two categories of agricultural odor reduction: feasible and under-research and development. The former are economically viable for some farms while the latter is not.
Vegetative environmental buffers (VEBs) are specially-designed plant combinations that help reduce the odors produced by livestock buildings. These vegetation-like buffers have been proven effective in poultry operations but have seen less testing on swine farms.
In one field study, VEBs were evaluated in combination with fan deflectors at an eight-barn site. Another site had no VEBs or fan deflectors.
Biological oxidation can reduce odors by breaking down volatile compounds into carbon dioxide, water, and mineral salts. Biofiltration works especially well when odorant concentrations are low.
In a study, compost and dark red kidney bean straw reduced farrowing house odors by up to 78%, ammonia by 50%, and hydrogen sulfide by 90%. The researchers concluded that biofiltration improves air quality by reducing farm odors.
Thank you for reading!
