SMARTER INDOOR AIR
Time, energy, and cost-saving solutions for peak effectiveness
“Indoor air quality—linked to long-term health, longevity, and productivity—is more important than ever. At Agentis Air, our patented technology is the starting point for smarter indoor air purification. A leap beyond current market offerings, the Agentis Air response is more effective, uses less energy, and requires little or no maintenance. Better solutions at lower cost means that more people can benefit from cleaner indoor air.”
TECHNOLOGY APPLICATIONS
PORTABLE AIR PURIFIER
COMMERCIAL HVAC
DYNAMIC PURIFICATION
AIR EXCHANGE SYSTEM
PORTABLE AIR PURIFIER
The Air Purifier Challenge
Improving indoor air quality is essential in most urban areas. However, current consumer solutions rely on mechanical filtration and HEPA technology. Their effectiveness is limited for three key reasons:
• Clogging: By design, the filter clogs, leading to declining effectiveness
• Noise: The fan is loud at optimal performance speeds
• Cost: The filter media are expensive and need frequent replacement
Our Smarter Indoor Air Solution
Our portable air purifier, Brio, offers a significantly better solution using Advanced Particle Removal technology.
Charged particles are attracted to the dense foam fins inside Brio's collection cartridge. With no filter to create resistance or to clog, the air flows through easily, keeping effectiveness high.
The fan does less work, so Brio uses less energy and produces less noise.
Exceptional particle pollution capture
Effectiveness stays high over the cartridge life
Low noise on every setting
Low energy cost
Reduces ambient ozone
Small footprint, modern design
Days Between Filter Changes: APART
Days Between Filter Changes: HEPA
COMMERCIAL HVAC SYSTEM
The Commercial HVAC Challenge
Offices, institutions, and other large facilities are responsible for providing clean indoor air for health and productivity.
Traditionally, mechanical HVAC filtration systems involve a trade-off between energy efficiency and high MERV ratings.
The challenge is to design a filter that offers both energy efficiency and filtration efficiency, without increasing the overall cost of ownership.
Our Smarter Indoor Air Solution
Agentis Air designed, developed, and tested a prototype commercial HVAC unit based on Advanced Particle Removal Technology in a pilot program on the University of Washington campus.
The unit successfully operated at MERV 15 for six months, using 50% of the energy of a traditional MERV 15 mechanical filter. Over the course of the pilot, the prototype demonstrated extremely high particle load capacity, which was sufficient to support a full-year cycle between cartridge changes.
The conclusions from this successful pilot project are clear: you don't have to choose between energy efficiency and a safe workplace environment.
DYNAMIC SMART PURIFICATION
The Dynamic Purification Challenge
Smart sensor technology makes managing building systems more effective and efficient. Unfortunately, the mechanical filtration systems used in many installations are unable to respond to valuable, money-saving sensor data in real time.
Our Smarter Indoor Air Solution
Adapting to real-time environmental conditions, our technology-enabled systems use sensor data to decide when to dial up or down filtration levels and associated energy use. By dynamically adjusting filtration efficiency, Agentis Air solutions deliver optimal performance while reducing energy costs.
AIR EXCHANGER
The Air Exchanger Challenge
Air exchangers most commonly use a simple mechanical filter to purify the air brought in from the outside. In high-pollution areas, the filter uses more energy and requires frequent filter changes to remain effective. The challenge is to replace a traditional filter with Agentis Air technology to reduce energy consumption and increase the period between filter changes.
Our Smarter Indoor Air Solution
Agentis Air built a custom filter to retrofit a popular brand of air exchanger. The result was a filter with 50% lower energy use and a 2x higher dust-loading capacity.
The energy savings were sufficient to support re-engineering the unit with a lower power, quieter fan.
