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Agriculture

Lower heating costs, reduce airborne dust, and create healthier, more comfortable environments for both animals and operators with eAIR solutions.

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Agriculture

eAIR FILTERS

eAIR electrostatic filters remove airborne particles down to approximately 100 nanometres, effectively capturing dust, ultrafine particles from combustion sources, mould spores, smoke, ammonia-related aerosols, pollen, bacteria, and viruses.

In livestock environments such as pig and dairy farms, airborne dust and microorganisms can significantly impact indoor air quality and animal comfort. By reducing airborne particulate levels, eAIR filters help create a cleaner and more controlled indoor environment, supporting better hygiene conditions and improved animal welfare.

Cleaner air can also contribute to a healthier working environment for farm staff by reducing exposure to dust and airborne contaminants.

Agriculture

eAIR FANS

High Volume Low Speed (HVLS) fans ensure uniform air distribution in agricultural buildings, eliminating temperature stratification and helping maintain more stable conditions at animal level with lower energy consumption.

By recirculating warm air trapped beneath the roof, eAIR fans reduce heat loss and can help lower heating costs by up to 40% during winter operation.

During warmer periods, increased air movement helps improve thermal comfort and air exchange within barns and livestock facilities. Studies indicate that improved air circulation and reduced heat stress in livestock environments can positively influence animal comfort and productivity.

eAIR HVLS fans are particularly effective in dairy barns, where improved ventilation and reduced heat stress are important factors in maintaining stable production conditions and animal well-being.

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Health benefits

eAIR filters remove 99% of dust, viruses and bacteria in the agricultural hall. This has major health consequences for both animals and humans.

eAIR FILTERS

Removes Particulate Pollution

Scientific studies have shown that electrostatic filtration can remove airborne particulate matter with very high efficiency, capturing up to 99% of particles. This includes PM10, PM2.5, and ultrafine particles down to approximately 100 nm, helping to significantly improve indoor air quality.

Effective Dust Removal

Electrostatic filtration is highly effective at reducing airborne dust concentrations in large indoor environments such as barns and agricultural buildings.

Reduces Airborne Bacteria

Electrostatic filtration has been shown to reduce airborne bacterial concentrations and is widely used in environments where indoor air quality is critical.

Reduces Airborne Viruses

Studies indicate that electrostatic filtration can capture and reduce airborne viruses, including influenza viruses, contributing to improved air hygiene in enclosed environments.

High Filtration Efficiency

Compared to conventional HEPA systems, electrostatic filtration offers high particle removal efficiency combined with lower airflow resistance, making it suitable for large-volume agricultural spaces.

Reduces Odours

eAIR electrostatic filters can be equipped with a pre-filter and activated carbon stage for the reduction of odours and gaseous compounds commonly found in agricultural environments.

eAIR FANS

Reduced Heating Demand

eAIR HVLS fans can help reduce heating costs by up to 40% during winter operation by redistributing warm air trapped beneath the roof and improving temperature uniformity throughout the building. This also contributes to lower fossil fuel consumption.

Improved Summer Comfort

During warmer periods, HVLS fans increase air movement within the occupied zone, reducing heat stress and improving thermal comfort. Occupants and animals may experience a perceived cooling effect of up to 10°C.

Lower Noise Levels

Advanced permanent magnet motor technology enables very quiet operation, reducing noise levels in barns and agricultural facilities and contributing to a calmer environment for livestock.

Reduced CO₂ Accumulation

Improved air circulation supports better air exchange and can help reduce CO₂ build-up in enclosed agricultural buildings, contributing to more stable indoor conditions.

Improved Air Distribution

Enhanced ventilation improves overall air mixing within the space, supporting more uniform temperature and humidity levels.

Reduced Moisture and Condensation

High air circulation accelerates evaporation of moisture from walls and surfaces, helping to reduce condensation and limit conditions that can contribute to mould growth.

Economic benefits

There are great economic benefits to installing HVLS fans in, for example, cowsheds.

eAIR FILTERS

Energy Efficient

Electrostatic filtration systems consume significantly less energy than conventional HEPA-based systems. HEPA filters generate a high pressure drop and therefore require powerful fans to maintain airflow, which increases overall energy consumption and system complexity.

Minimal Maintenance

eAIR electrostatic filters are designed for reliable long-term operation and require only minimal maintenance.

No Major Installation Requirements

eAIR electrostatic filters are compact, self-contained units that can be installed in a wide range of environments without the need for ductwork or complex infrastructure, helping to reduce installation costs and project complexity.

Increased Air Cleaning Capacity

eAIR electrostatic filters are equipped with integrated fans that actively draw air through the system, significantly increasing air treatment capacity compared to passive filtration systems.

Reusable Filters

eAIR electrostatic filter cartridges are reusable and can be cleaned with water and mild detergent, reducing waste and lowering operating costs.

eAIR FANS

Energy Efficient Operation

eAIR HVLS fans are A+ energy rated and designed for extremely low power consumption.

Reduced Heating Costs

eAIR HVLS fans can reduce heating costs in large halls by up to 40% during winter operation by redistributing warm air trapped beneath the ceiling and improving temperature uniformity.

Potential Productivity Benefits

HVLS fans were originally developed for livestock environments, where improved air circulation and reduced heat stress have been shown to support more stable production conditions during warmer periods.

Highly Efficient Air Distribution

A single eAIR HVLS fan can deliver air movement comparable to multiple conventional fans, providing effective and uniform air circulation with lower energy consumption and noise levels.

Flexible Installation

eAIR HVLS fans are designed for straightforward installation and can typically be mounted in most building types without major structural modifications.

Low Maintenance Design

eAIR HVLS fans are engineered for long service life and require minimal maintenance, even in demanding or semi-outdoor environments.

Sustainability benefits

An eAIR fan reduces the use of fossil fuels and with an eAIR filter the environment in the animal house is significantly improved.

eAIR FILTERS

Reduces Particulate Pollution

Scientific studies have shown that electrostatic filtration can remove airborne particulate matter with very high efficiency, capturing up to 99% of particles. This includes PM10, PM2.5, and ultrafine particles down to approximately 100 nm, contributing to significantly improved indoor air quality.

Reduces Dust Levels

Electrostatic filtration is highly effective at reducing airborne dust concentrations in indoor environments.

Reduces Airborne Bacteria

Electrostatic filtration has been shown to reduce airborne bacterial concentrations and is widely used in environments where high indoor air quality is required.

Increased Air Cleaning Capacity

eAIR electrostatic filters are equipped with integrated fans that actively draw air through the system, significantly increasing air treatment capacity compared to passive filtration solutions.

Reusable Filters

eAIR electrostatic filters use reusable filter cartridges that can be cleaned with water and mild detergent, reducing waste and lowering operational costs.

eAIR FANS

Reduced Particulate Emissions

Lower energy consumption for heating reduces reliance on fossil fuels, thereby contributing to reduced particulate emissions and improved environmental performance.

Energy Efficient Operation

eAIR fans are A+ energy rated and designed for very low electricity consumption.

Reduced CO₂ Emissions

Lower energy demand directly translates into reduced CO₂ emissions.

Highly Efficient Air Distribution

A single HVLS fan can provide air movement comparable to multiple conventional fans, improving air circulation in large indoor spaces.

Improved Indoor Climate

Balanced air distribution helps reduce temperature stratification, lower condensation risk, and improve thermal comfort, contributing to a more stable indoor environment.

Optimized Operating Conditions

Studies show that optimal working or production conditions typically occur in the range of 18–21°C. HVLS fans help stabilize temperatures and can reduce perceived heat levels by up to 10°C in warmer conditions.

Agriculture

eAIR FILTERS specs

Dimensions:

From 400 x 450 x 970 mm to 400 x 450 x 2020 mm

Airflow

From 1700 m³/h to 5100 m³/h

Power Consumption

125 W to 255 W

Filtration Degree​

PM2.5 – 99% constant

Installation

Ceiling, wall, floor (stand)

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Agriculture

eAIR FANS specs

Dimensions:

From 3.15m to 7.15m diameter

Coverage Area

From 314 m² to 1,300 m²

Noise Level

< 38dB

Power Consumption

190 W to 840 W

Airflow Capacity

From 5,600 m³/min to 14,900 m³/min

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