Gas injection heating probe

1. A gas injection heating probe comprising a probe body having cylindrically shaped exterior wall, said wall having an interior wall surface and an exterior wall surface defining a probe interior positioned adjacent to said exterior wall interior surface, said probe body having an injection end and a fitting end, and sized to be removably insertable into a container, said probe body having a hollow gas injection chamber in said probe interior, extending substantially between said injection end and said fitting end, said gas injection chamber having a gas inlet positioned on said fitting end, said gas injection chamber having an opening on the exterior wall on said injection end, said gas injection heating probe further comprising a fluid inlet chamber and a fluid return chamber, said fluid inlet and fluid return chambers positioned in a substantially nested relationship wherein one of said fluid return chamber or fluid inlet chamber comprises a first wall, where said first wall comprises a portion of said exterior wall between said fitting end and said gas injection end; a heat exchange surface comprising a series of fins positioned in a spaced apart relationship on said exterior wall, each of said fins extending outwardly on said exterior wall, said heat exchange surface constructed of high thermal conductive material said probe body having a heating media inlet on said fitting end in fluid communication with said fluid inlet chamber, and a heating media outlet on said fitting end in fluid communication with said fluid return chamber, said fluid inlet chamber and fluid return chamber forming a closed fluid flow channel through said probe body between said fluid inlet and said fluid outlet, a source of pressurized gas coupled to said gas inlet and a source of heated fluid media coupled to said heating media inlet.

2. The gas injection heating probe of claim 1 further comprising a secure fitting positioned on said fitting end intermediary said heating media inlet and said injection end and intermediary said heating media outlet and said injection end, said secure fitting adapted to removably and sealingly couple said probe body to a container.

3. The gas injection heating probe of claim 1 where said gas injection chamber is nested within one of said fluid return chamber or said fluid inlet chamber.

4. The gas injection heating probe of claim 3 wherein said gas injection chamber is nested interior to both of said fluid return chamber and said fluid inlet chamber.

5. The gas injection heating probe of claim 1 further having a joint positioned between said injection end and said fitting end, said joint having an open and a close position, said joint, when opened, separating said probe body into two separate sections, where each section contains a portion of said fluid inlet chamber, fluid return chamber, and gas injection chamber, and when the joint is closed, each of said portions of said fluid inlet chamber and fluid outlet chamber and gas injection chamber being sealingly and fluidly coupled to the corresponding other portion.

6. A gas injection heating probe comprising a probe body comprising an exterior wall having an exterior surface and an interior surface, defining a probe interior positioned adjacent to said exterior wall interior surface, said probe body having an injection end and a fitting end, said gas injection probe configured to be removably insertable into a container, said probe body having a hollow gas injection chamber extending substantially between said injection end and said fitting end, said hollow gas injection chamber having a gas inlet positioned on said fitting end, said gas injection chamber having an opening through the exterior surface of the probe body on said injection end, said probe body further having a fluid inlet chamber and a fluid return chamber, one of said fluid return chamber or fluid inlet chamber having a chamber wall, whereby a portion of said exterior wall is common with a portion of said chamber wall, a heat exchange surface constructed of high thermal conductive material and comprising a series of fins positioned in a spaced apart relationship on said exterior wall, each of said fins extending outwardly on said exterior wall, said probe body having heating media inlet on said fitting end in fluid communication with said fluid inlet chamber, and a heating media outlet on said fitting end in fluid communication with said fluid return chamber, said fluid inlet chamber and fluid return chamber creating a closed fluid flow channel through said probe interior, each of said fluid inlet chamber and said fluid return chamber substantially located in the probe interior, said interior of said gas injection probe having a baffle system disposed therein, said baffle system defining said hollow gas injection chamber, said fluid inlet chamber, and said fluid return chamber, and a source of pressurized gas coupled to said gas inlet and a source of heated fluid media coupled to said heating media inlet.