Abstract: The present invention provides a method for combining sodium and aluminum into a single, substantially homogeneous alloy without the need to use potentially dangerous, toxic mercury compounds. The present invention also provides a catalytic alloy that is capable of dissociating water into hydrogen and oxygen, thereby allowing the hydrogen to be utilized as fuel.

Abstract: The invention relates to a method and apparatus for controlling the dissociation of water into hydrogen and oxygen, the method including contacting a quantity of aqueous liquid with a quantity of dissociation initiating material in a reaction vessel; monitoring the temperature and/or pressure in the reaction vessel; monitoring the surface area of dissociation initiating material in contact with the aqueous liquid; and controlling the surface area of dissociation initiating material in contact with the aqueous liquid in response to the temperature, pressure, or both, or changes therein, or both, in the reaction vessel.

Abstract: A rotary filter (10) is disclosed which has a rotating drum (24) disposed within a pressure housing (12). The drum (24) is perforated to form a mesh surface over which a support layer (27) is affixed. Filter material is deposited on the support layer (27) to form a filter layer (30). The particulate matter within a fluid stream is removed by the filter layer (30) to form a filter cake (43 ) on the surface of the filter layer (30). A blade (42) scrapes the filter cake (43) from the surface of filter layer (30) and deposits the scraped filter cake (43) within a chamber (38). The rotary filter (10) thus operates continuously to filter the process fluid to prevent increasing the fluid pressure across the filter layer (30) due to blocking of the filter.