Babington Burner Project Status: Difference between revisions
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(New page: *February 7, 2009 - we are currently installing a combination Babington Burner - Wood Furnace hybrid masonry stove - with a cooking surface and hot water heating. This is an exceptional sy...) |
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*February 7, 2009 - we are currently installing a combination Babington Burner - Wood Furnace hybrid masonry stove - with a cooking surface and hot water | *'''February 7, 2009''' - we are currently installing a combination Babington Burner - Wood Furnace hybrid masonry stove - with a cooking surface and a pressurized hot water tank. This is an exceptional system - with cost of $350. Key to success - a water tank heater element is used for oil preheat. Video forthcoming. Future steps include flash steam coil integration for powering a steam engine for electrical generation - for a complete CHP system. System goal: cooking, heating, hot water, and power generation with masonry stove technology. Very exciting. | ||
*Fall 2008 - we have demonstrated a self-sustaining [[Babington_Burner]] flame | *'''Fall 2008''' - we have demonstrated a self-sustaining [[Babington_Burner]] flame. Key to success is startup oil preheat - where warm/hot oil is required for proper atomization. We achieved the preheat simply by heating the oil on a stove before use. | ||
Revision as of 17:33, 7 February 2009
- February 7, 2009 - we are currently installing a combination Babington Burner - Wood Furnace hybrid masonry stove - with a cooking surface and a pressurized hot water tank. This is an exceptional system - with cost of $350. Key to success - a water tank heater element is used for oil preheat. Video forthcoming. Future steps include flash steam coil integration for powering a steam engine for electrical generation - for a complete CHP system. System goal: cooking, heating, hot water, and power generation with masonry stove technology. Very exciting.
- Fall 2008 - we have demonstrated a self-sustaining Babington_Burner flame. Key to success is startup oil preheat - where warm/hot oil is required for proper atomization. We achieved the preheat simply by heating the oil on a stove before use.