The document describes AspenAir commercial HVAC air filters and their benefits, including 10-20% HVAC energy savings from reduced fan energy consumption and equipment run-time. The filters have superior air quality with a 99% capture rate down to 0.1 microns and 99% bacterial kill rate. They also provide 50-75% filter maintenance savings from reduced frequency of filter changes, saving on labor and material costs. The filters have a 1-2 year payback period and 10 year expected product life.

1. 10-20% HVAC Energy Savings
l Reduced fan energy consumption
l Reduced HVAC equipment run-time
Superior Air Quality
l 99% capture rate down to 0.1 microns
l 99% bacterial kill rate
50-75% Filter Maintenance Savings
l Reduced frequency of filter media changes
l Saves labor and material costs
1-2 Year Payback
l 40-50% IRR
l Ten year expected product life
BOTTOM LINE BENEFITS
AWARD-WINNING COMMERCIAL HVAC AIR FILTERS
PATENTED, PROVEN, AND RELIABLE
l Installed in thousands of locations
SIMPLIFIED MANAGEMENT
l Decrease inventory storage by 75%
l Reduced ordering and logistics
QUICK & SIMPLE RETROFITS
l Easily replace existing filters
l No duct modification
ENVIRONMENTALLY SUSTAINABLE
l May be eligible for LEED points
l Reduced landfill impact and carbon footprint
ASPENAIR FILTERS ARE AN EASY-TO-IMPLEMENT SOLUTION TO REDUCE OPERATIONAL COSTS IN YOUR BUILDINGS

2. CONTACT US FOR A FREE EVALUATION OF YOUR FACILITIES.
FIND OUT HOW MUCH MONEY AND ENERGY YOU CAN SAVE.
1300 VALLEY HOUSE DRIVE ROHNERT PARK, CA 94928 WWW.ASPENAIRINSIDE.COM
PRINTED ON RECYCLED PAPER
SIMPLY PROVIDE 4 DATA POINTS TO OBTAIN ROI ANALYSIS:
P # FILTERS P # TONS AC P COST PER KWH P FREQUENCY OF FILTER CHANGES
TEL 925-271-5520 EMAIL INFO@ASPENAIRINSIDE.COM
HOW ASPENAIR WORKS
l AspenAir’s patented technology creates a polarizing field–causi ng air pollutants to become attracted to the filter media.
HOW ASPENAIR SAVES
l ENERGY: AspenAir filters operate with significantly less restri ction–enabling HVAC equipment to operate with less energy.
l MAINTENANCE: AspenAir filters use high capacity media which load dust in 3 dimensions–enabling long intervals between changes.