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A fluid friction furnace is provided having a water jacket surrounding an enclosure partially filled with a heat transfer fluid. A plurality of rotating discs sandwiched between a plurality of stationary plates are rotated inducing the heat transfer oil into grooves in the surface of the rotating di

A fluid friction furnace is provided having a water jacket surrounding an enclosure partially filled with a heat transfer fluid. A plurality of rotating discs sandwiched between a plurality of stationary plates are rotated inducing the heat transfer oil into grooves in the surface of the rotating discs and circulating the oil between the rotating discs and stationary plates. Continuing pressure is applied between the rotating discs and stationary plates to generate calibrated fluid pressures in the circulation of the heated transfer fluid. By virtue of this forced friction circulation, the heat transfer fluid heats the enclosure and the water jacket surrounding the same. Circulation of the water in the water jacket throughout conventional systems provides distribution of the heat.

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An apparatus for the generation of heat, comprising: (a) an enclosed container assembly having side walls; (b) a rotatable shaft mounted through said side walls of said container assembly; (c) an upper stationary shaft and a lower stationary shaft extending within said container assembly between two

An apparatus for the generation of heat, comprising: (a) an enclosed container assembly having side walls; (b) a rotatable shaft mounted through said side walls of said container assembly; (c) an upper stationary shaft and a lower stationary shaft extending within said container assembly between two said side walls; (d) a plurality of stationary plates having a recess about said rotatable shaft and slidably engaged to both said stationary shafts; (e) a plurality of rotating discs having radial surfaces and interspaced in proximity to said stationary plates, each said rotating disc slidably engaged to and rotatable with said rotatable shaft and having a plurality of fluid induction grooves on said radial surfaces; (f) pressure means for placing said stationary plates near to said rotating discs, both said stationary shafts having tension means for restraining said slidable engagement of said stationary plates on both said stationary shafts; (g) a volume of heat transfer fluid in communication with the lower extremities of said stationary plates and said rotating discs and inducible into said fluid induction grooves of said rotating discs and from said grooves in frictional, pressured communication between said discs and said plates, and wherein each said disc is separated from adjacent said plates at a distance from about 0.001 to about 0.010 inch; and (h) a deflection plate mounted on the outer perimeter of all said stationary plates. A method for the production of heat, comprising: (a) tensionally placing a plurality of rotating discs within 0.001 to about 0.010 inch to a plurality of stationary plates interspaced therewith, each said stationary plate having a deflection plate mounted on the outer perimeter thereof, each said rotating disc having radial surfaces and slidably secured to a rotating shaft rotatably secured to an enclosed container, and each said rotating disc having a plurality of fluid induction grooves on said radial surfaces; (b) rotating said shaft and all said rotating discs, the lower extremities of said rotating discs in a pool of heat transfer fluid in said enclosed container; (c) inducing said heat transfer fluid into said fluid induction grooves in said rotating discs tensionally proximal with said stationary plates; (d) forcing said fluid from between said rotating discs and said stationary plates along said radial surfaces in a pressured, frictional manner during said rotation of said rotating discs; and (e) transferring the heat from said heat transfer fluid to said container.