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Mechanical engineering / Low-energy building / Energy recovery / Energy conservation / Building biology / Heat recovery ventilation / Energy recovery ventilation / Heat exchanger / HVAC / Energy / Heating / ventilating / and air conditioning / Technology


AE[removed]Air-to-Air Heat Exchangers For Healthier Energy-efficient Homes Kenneth Hellevang
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Document Date: 2009-07-14 18:10:52

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File Size: 2,24 MB

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City

Fargo / /

Company

Pollutant Type SO2 N0 NO2 O3 CO / P.E. Extension / /

Currency

USD / /

Event

Environmental Issue / /

Facility

Building Contents Heating / University of Nebraska / Home Ventilating Institute / North Dakota State University / /

IndustryTerm

energy recovery ventilators / energy considerations / reduced energy costs / radon gas / gas leaves / heat energy / electricity / energy savings cost / industrial chemical / oil cost / gas-fueled appliances / energy performance / fiberglass / food storage container / thermal energy / energy prices / formaldehyde gas / building materials / chemicals / ventilation equipment / greater energy savings / high energy costs / energy savings / residential applications / energy / /

Organization

NDSU Extension Service / North Dakota State University / University of Nebraska - Lincoln / American Society of Heating / Home Ventilating Institute / /

Person

Shirley Neimayer / Carl Pedersen / /

Position

representative / heating/cooling contractor / Engineer / /

ProvinceOrState

Nebraska / North Dakota / Colorado / /

Technology

condensation / heat transfer / technology of exchangers / /

URL

www.ag.ndsu.nodak.edu / www.epa.gov / /

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