Abstract: A container defining an outer housing includes a base, a surrounding side wall structure extending upwardly from the base, and a top wall having a central opening therethrough exposing an interior chamber containing a liquid fuel supply, including diethylene glycol and an isoparaffin mixture. A fibrous material filled within the interior chamber is structured and disposed to hold and stabilize the diethylene glycol which fills pockets throughout the fibrous material to form a stabilized gel-like mass. An ignitor cord extending upwardly from the base within the interior chamber and through the central opening delivers the isoparaffin mixture by capillary action from a bottom of the interior chamber to an exterior, exposed portion of the ignitor cord to facilitate initial igniting thereof and subsequent igniting of the diethylene glycol on an upper exposed surface of the fibrous material.

Abstract: A cooking apparatus adapted to burn liquid fuel including a container defining an outer housing and having a base, a surrounding side walls structure, and top, the top having an opening therethrough in exposing relation to an interior chamber of the container wherein a fiberglass material is disposed in substantially filling relation and is structured to hold and regulate the movement of liquid fuel therein so as to prevent spillage of the liquid fuel from within the container, the liquid fuel being delivered to an upper exposed surface of the fiberglass material adjacent to the opening of the top by a braided fiberglass ignitor cord, which further facilitates igniting and provides for the continuous burning of the fuel at the upper exposed surface, and the fiberglass material being contained within the interior chamber by a retainer screen disposed in covering relation over the opening in the top of the container.