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Healthcare

An eAIR filter effectively removes 99% of all pollen, bacteria and viruses down to less than 100nm

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Healthcare

eAIR FILTERS

eAIR electrostatic filters remove airborne particles down to approximately 100 nanometres, effectively capturing dust, ultrafine particles from combustion sources, mould spores, smoke, vehicle emissions, cooking fumes, pollen, bacteria, and viruses.

In healthcare environments, maintaining high indoor air quality is essential for both patient comfort and staff working conditions. Electrostatic filtration has been investigated in clinical settings and studies suggest that improved air filtration can contribute to reduced airborne contamination levels in hospital environments.

By reducing airborne particulate and biological contaminants, eAIR filters can support improved indoor air quality and help reduce exposure to common airborne triggers such as pollen and fine dust. This contributes to a more controlled and comfortable indoor environment for both patients and healthcare personnel.

https://pubmed.ncbi.nlm.nih.gov/16432675/

Healthcare

eAIR FANS

High Volume Low Speed (HVLS) fans ensure uniform air distribution in large healthcare facilities, particularly in spaces with high ceilings or large open areas.

By reducing temperature stratification, eAIR HVLS fans help maintain more stable conditions at floor level while reducing the need for excessive heating. This can contribute to heating energy savings of up to 40% during winter operation.

During warmer periods, increased air movement improves thermal comfort and can reduce reliance on mechanical cooling systems, with a perceived cooling effect of up to 10°C. This supports a more comfortable indoor environment for patients, visitors, and staff while contributing to lower overall energy consumption.

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Health benefits

Both eAIR filters and eAIR ventilators provide a number of significant health benefits for both patients and staff

eAIR FILTERS

Reduces Airborne Particulate Pollution

Electrostatic filtration has been shown in scientific studies to achieve very high efficiency in removing airborne particulate matter, capturing up to 99% of particles. This includes PM10, PM2.5, and ultrafine particles down to approximately 100 nm, contributing to improved indoor air quality.

Reduces Airborne Dust

Electrostatic filtration is highly effective at reducing airborne dust concentrations in indoor environments such as hospitals, clinics, and care facilities.

Reduces Airborne Bacteria

Studies have shown that electrostatic filtration can reduce airborne bacterial concentrations, supporting improved indoor air quality in healthcare environments.

Reduces Airborne Viruses

Research indicates that electrostatic filtration systems can capture and reduce airborne viruses, including influenza viruses, contributing to improved hygiene conditions in enclosed spaces.

High Filtration Efficiency

Compared to traditional HEPA-based systems, electrostatic filtration offers high particle removal efficiency combined with lower airflow resistance, making it suitable for continuous operation in healthcare environments.

Reduces Odours

eAIR electrostatic filters can be equipped with pre-filters and activated carbon stages for the reduction of odours and gaseous compounds, contributing to improved indoor comfort.

eAIR FANS

Thermal Comfort in Healthcare Environments

HVLS fans reduce perceived temperature by up to 10°C during warmer periods by improving air movement and reducing heat stress. The resulting gentle airflow can improve comfort for both patients and healthcare staff without the need for aggressive air conditioning.

Ultra-Quiet Operation

Advanced permanent magnet motor technology ensures very low noise levels, supporting quiet environments where patient rest and concentration are important.

Improved Air Quality

Improved air circulation supports better air mixing and can help reduce CO₂ concentration stratification within larger indoor spaces.

Improved Ventilation Efficiency

By enhancing overall air movement, HVLS fans contribute to more stable indoor conditions and improved ventilation performance when used alongside existing HVAC systems.

Reduced Moisture and Condensation

High air circulation helps accelerate evaporation of moisture from surfaces, reducing condensation and contributing to drier indoor environments. This can help limit conditions that may support mould growth in vulnerable building areas.

Economic benefits

An eAIR filter does not require major installation costs and does not require piping and installation of an external compressor.

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, resulting in higher energy consumption and more complex system design.

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 and self-contained units that can be installed in a wide range of environments without the need for ductwork or major infrastructure, reducing installation complexity and cost.

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 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 products designed for extremely low power consumption.

Reduced Heating Costs

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

Lower Cooling Demand

During summer, eAIR fans improve air movement and thermal comfort, allowing indoor temperatures to be perceived up to 10°C lower, which can reduce reliance on air conditioning systems and lower energy consumption.

Highly Efficient Air Distribution

A single eAIR HVLS fan can provide air movement comparable to multiple conventional fans, delivering uniform, low-velocity airflow that improves comfort in large spaces.

Simple 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 virtually no maintenance, even in demanding environments, including semi-outdoor installations.

Sustainability benefits

HVLS fans reduce the need for fossil fuels for heating in winter

eAIR FILTERS

Reduces Airborne 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

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

Reduces Airborne Bacteria

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

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

eAIR FANS

Reduced Particulate Emissions

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

Energy Efficient Operation

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

Reduced CO₂ Emissions

Lower energy consumption directly translates into reduced CO₂ emissions.

Highly Efficient Air Distribution

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

Improved Indoor Climate

Balanced air distribution helps reduce temperature stratification, limit condensation, and improve overall 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.

Healthcare

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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Healthcare

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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