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Low temperature combustion using nanotechnology

Science Daily is documenting that Zhiyu Hu and associates, researchers at ORNL has developed a method for binding platinum nanoparticles to glass wool fibers that will enable a nano-catalytic reaction (aren't *all* catalytic reactions "nano-" by definition?) to allow self-combustion of methanol at temperatures ranging from room temperature to 600 deg. C. Ed. Note: The efficiency of fuel cells (or nano-catalytic fuel cells?) at various temperatures is tricky. See for example Thermodynamic Efficiency of Methane, Hydrogen and Carbon Monoxide. But there may be advantages, particularly in devices such as laptops, for being able to extract chemical energy at low temperatures and thus avoid potential problems associated with high temperature fuel cells. If they could get the nano-catalytic process to work on ethanol as well as methanol you might be able to power your laptop using the beverages served on long plane flights.

3 Responses to “Low temperature combustion using nanotechnology”

  1. RobertBradbury Says:

    Alternate link and question

    One (anonymous) Nanodot reader submitted this alternate link for the same topic.

    They also asked, "What are some uses this has for MNT?"

  2. Mohit Vajpayee Says:

    Currently,I have started studies on Combustion Modelling of Jrt-Fuels. I wanna know about some applications of NonoTechnology in combustion.

  3. DENNIS Says:



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