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  2. Stove fan - Wikipedia

    en.wikipedia.org/wiki/Stove_fan

    A stove fan is a fan which is placed on top of a heating stove to circulate air and improve efficiency. They are typically powered by the heat of the stove itself, mostly using a thermoelectric generator [ 1 ] but sometimes a Stirling engine .

  3. Thermoelectric generator - Wikipedia

    en.wikipedia.org/wiki/Thermoelectric_generator

    Thermoelectric generators are used in stove fans. They are put on top of a wood or coal burning stove. The TEG is sandwiched between 2 heat sinks and the difference in temperature will power a slow-moving fan that helps circulate the stove's heat into the room. [43]

  4. Caframo - Wikipedia

    en.wikipedia.org/wiki/Caframo

    Ecofan is the very first heat-powered stove fan to market. [19] Since the original Ecofan’s debut, Caframo has introduced several new Ecofan models including the low-temperature BelAir Model 806, patented UltrAir 810, and AirMax 812, all of which are sold to consumers in North America, United Kingdom, Europe, New Zealand, and Japan.

  5. 73 Brands That Are Still Made Right Here in the USA - AOL

    www.aol.com/73-brands-still-made-usa-123000180.html

    Lasko Fans. $65 from Amazon ... and the same goes for this line of cast iron wood stoves that bears its name. Since 1979, Vermont Castings has been making energy-conserving wood and gas stoves as ...

  6. BioLite - Wikipedia

    en.wikipedia.org/wiki/Biolite

    Jonathan Cedar and Alexander Drummond together developed the BioLite stove technology. They met while working at Smart Design, a design consultancy in New York City. [1] The two inventors became interested in portable stoves that utilized small amounts of biomass to power battery-powered fans. The idea evolved to a low-emissions stove that used ...

  7. Jetstream furnace - Wikipedia

    en.wikipedia.org/wiki/Jetstream_furnace

    All this resulted in total efficiencies as high as 85% but more commonly 75-80% and allowed partly dry unsplit wood to be burned just as effectively and cleanly. The particulate production was 100 times less than airtight stoves of the 1970s and 1980s and was less than representative oil fired furnaces.