Get a quote
Contact

Sports

Better performance with healthier air

Learn more

Sports

eAIR FILTERS

An eAIR electrostatic filter removes virtually all airborne particles down to 0.1 microns, effectively capturing dust, ultrafine particles from fossil fuel combustion, mould spores, smoke, vehicle emissions, cooking fumes, pollen, bacteria, and viruses.

This provides significant benefits in sports halls and indoor athletic facilities, where maintaining high indoor air quality is essential for occupant comfort and well-being. Cleaner air helps create a healthier training environment, allowing athletes to train and perform in conditions that support concentration, comfort, and overall performance.

By reducing airborne particulate pollution, eAIR contributes to a fresher, cleaner indoor environment for athletes, coaches, spectators, and facility staff alike.

Sports

eAIR FAN

High Volume Low Speed (HVLS) fans ensure a homogeneous air distribution throughout the facility, eliminating temperature stratification and maintaining the desired temperature at floor level with significantly lower heating demand. By recirculating warm air trapped beneath the ceiling, HVLS technology reduces heat loss through the roof, resulting in heating cost savings of up to 40% during the winter season.

During warmer months, eAIR fans create a cooling effect by increasing air movement within the occupied zone, improving thermal comfort and making occupants feel up to 10°C cooler. This can significantly reduce the need for air conditioning and contribute to substantial energy savings throughout the summer.

Butchers Lab

Health Benefits

Both eAIR filters and eAIR fans have a number of positive effects on your and others' health when playing sports

eAIR FILTERS

Removes Airborne Particulates

Scientific studies have demonstrated that electrostatic filtration removes airborne particulate matter with exceptional efficiency, capturing up to 99% of particles. This includes PM10, PM2.5, and ultrafine particles down to PM0.1, helping to create a cleaner and healthier indoor environment.

Effective Dust Removal

Electrostatic filters are highly effective at removing dust from indoor environments. Excessive dust levels can negatively affect comfort, respiratory health, and indoor air quality, particularly in sports halls and training facilities where high ventilation rates and physical activity increase exposure.

Reduces Bacteria

Electrostatic filtration technology has been shown to effectively reduce airborne bacteria and is used in applications where maintaining high indoor air quality is essential. In sports halls and training facilities used by many people, an eAIR filter contributes to a cleaner and more hygienic environment.

Reduces Airborne Viruses

Studies have shown that electrostatic filtration can capture and reduce various airborne viruses, including influenza viruses. By improving indoor air quality and reducing airborne contaminants, eAIR filters help create a safer and healthier training environment.

Removes Harmful Gases

eAIR electrostatic filters are available with an optional activated carbon stage for the removal of volatile organic compounds (VOCs), odours, and gaseous pollutants..

Optional Negative Ionization

eAIR filters can be equipped with an optional negative ion generator to further enhance perceived air freshness and support an optimal indoor environment.

eAIR FANS

Improved Winter Comfort

Cold sports halls can negatively impact comfort and participation during the winter months. eAIR HVLS fans gently recirculate warm air accumulated beneath the ceiling, raising floor-level temperatures and creating a more comfortable environment for athletes and visitors.

Cooling Effect in Summer

During warmer periods, HVLS fans increase air movement within the occupied zone, improving thermal comfort and making occupants feel up to 10°C cooler, contributing to better conditions for training and competition.

Ultra-Quiet Operation

Utilizing the latest permanent magnet motor technology, eAIR fans operate at exceptionally low noise levels, ensuring a quiet and pleasant atmosphere in sports halls and training facilities.

Fresher Air

Enhanced air circulation supports natural ventilation and mechanical HVAC systems, promoting better air exchange and increasing the supply of fresh air to athletes and spectators.

Supports Indoor Air Quality

Improved air movement and ventilation can help reduce CO₂ accumulation, contributing to a fresher and more comfortable indoor environment, particularly in facilities with high occupancy levels.

Reduces Moisture and Condensation

High air circulation rates accelerate the evaporation of moisture from walls and surfaces, helping to dry condensation-prone areas and reduce conditions that may promote mould growth.

Financial benefits

With eAIR fans and eAIR filters you will see a positive change in the operating budget of the sports hall

eAIR FILTERS

Energy Efficient

A+ rated electrostatic filters consume significantly less energy than conventional HEPA filtration systems. Due to their high pressure drop, HEPA filters require powerful fans with substantially higher electricity consumption, whereas eAIR ESP technology delivers superior filtration performance with minimal energy demand.

Minimal Maintenance

eAIR electrostatic filters are designed for reliable, long-term operation and require only minimal maintenance, helping to reduce service costs and downtime.

Increased Cleaning Capacity

Unlike passive filtration systems, eAIR electrostatic filters are equipped with integrated fans that actively draw contaminated air through the filtration unit. This significantly increases both air treatment capacity and overall filtration efficiency.

Reusable Filters

eAIR electrostatic filters utilize reusable filter cartridges that can simply be emptied, cleaned with water and mild detergent, and returned to service. This sustainable approach eliminates the need for frequent replacement of disposable filters.

Low Installation Costs

Compact and self-contained, eAIR filters require no ductwork or complex HVAC modifications. Installation is straightforward, requiring only a standard 230 V power supply, making them a cost-effective solution for both new and existing sports facilities.

eAIR FANS

Reduced Heating Cost

eAIR HVLS fans can reduce heating costs in sports halls by up to 40% during the winter season by recirculating warm air trapped beneath the ceiling back to floor level.

Lower Cooling Costs

During summer, eAIR fans increase air movement and improve thermal comfort, making occupants feel up to 10°C cooler. This can reduce the reliance on air conditioning systems and contribute to substantial electricity savings.

Energy Efficient Technology

eAIR fans are equipped with Permanent Magnet Synchronous Motors (PMSM) featuring direct-drive technology. By eliminating traditional reduction gearboxes, energy losses are minimized, resulting in exceptional operating efficiency.

Highly Effective Ventilation

A single eAIR HVLS fan can provide air movement comparable to multiple conventional fans while operating more quietly and efficiently. The large-volume, low-velocity airflow creates a comfortable indoor climate with lower installation and maintenance costs.

Simple Installation

eAIR HVLS fans are easy and cost-effective to install and can serve as an economical alternative or supplement to conventional air conditioning systems.

Maintenance-Free Operation

Designed for long-term reliability, eAIR HVLS fans require virtually no maintenance, even in outdoor installations. The motor is backed by a 10-year warranty, providing additional peace of mind and reducing lifecycle costs.

Sustainability benefits

With eAIR fan and eAIR filters you make a difference to the environment - both indoors and outdoors

eAIR FILTERS

Reduced Energy Consumption

eAIR electrostatic filters consume up to three times less energy than conventional filtration systems, which gradually clog and require increased fan power to maintain airflow. The result is cleaner air with a significantly lower carbon footprint.

Sustainable Filtration

eAIR electrostatic filters utilize reusable filter cartridges that can simply be cleaned with water and mild detergent and returned to service. This eliminates the need to regularly purchase and dispose of single-use filters.

Robust Design

eAIR filters are engineered for durability and feature a modular design, allowing wear components to be replaced individually. Designed for decades of operation, eAIR filters provide a long-lasting and sustainable alternative to disposable systems.

Circular Product Design

Every eAIR filter is developed with its complete lifecycle in mind. At the end of its service life, components and materials can be easily separated and sorted for recycling, supporting circular economy principles and reducing waste.

eAIR FANS

Reduced Reliance on Fossil Fuels

By lowering heating demand, eAIR HVLS fans help decrease energy consumption and reduce the need for fossil fuel-based heating, contributing to lower particulate emissions and a cleaner environment.

Lower CO₂ Emissions

Reduced energy consumption directly translates into lower CO₂ emissions, helping facilities meet sustainability targets while lowering operating costs.

Fewer Products, Greater Impact

A single eAIR HVLS fan can provide airflow comparable to numerous conventional fans, reducing material consumption, installation complexity, and the environmental impact associated with manufacturing and replacing multiple shorter-lived products.

Lower Electricity Consumption

Equipped with highly efficient PMSM technology, eAIR fans achieve exceptionally low energy consumption and contribute to more sustainable building operation.

Built to Last

eAIR fans are designed for long service life and are backed by a 10-year warranty. The most sustainable product is often the one that never needs replacing.

Circular Product Design

Like all eAIR products, eAIR fans are designed according to circular design principles. Materials can be easily separated and recycled at the end of the product's lifespan, minimizing waste and supporting responsible resource management.

Sports

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)

Contact us

Sports

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

Contact us