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Hong Glenn T, Killilea William R, Bourhis Alain L: Method for treating halogenated hydrocarbons prior to hydrothermal oxidation. Modar, NYDEGGER Neil K, August 8, 1996: WO/1996/023734

A method for pretreating a halogenated hydrocarbon feed (100) to a hydrothermal oxidation reactor (190) which includes forming a combination of a halogenated hydrocarbon with added alkali under hydrothermal conditions, adding water to the combination, thereby effectuating hydrolysis of the halogenat ...


23
Hong Glenn T: Ceramic coating system for water oxidation environments. Modar, NYDEGGER Neil K, June 6, 1996: WO/1996/016906

A process for water oxidation of combustible materials in which during at least a part of the oxidation corrosive material is present and makes contact with at least a portion of the apparatus over a contact area on the apparatus. At least a portion of the contact surface area comprises titanium dio ...


24
Hong Glenn T: Process for oxidation of materials in water at supercritical temperatures. Modar, HEWITT Lester L, August 8, 1991: WO/1991/011394

Disclosed is a method of oxidizing materials in the presence of an oxidant (28) and water (22) at supercritical temperatures to obtain useful energy and/or more desirable materials. Pressures between 25 and 220 bar are employed. The use of appropriately high temperatures results in a single fluid ph ...


25
Swallow Kathleen C, Killilea William R, Hong Glenn T, Alain L Bourhis: Process for the oxidation of materials in water at supercritical temperatures utilizing reaction rate enhancers. Modar, HEWITT Lester L, May 26, 1994: WO/1994/011310

Disclosed is a method of substantially completely oxidizing material in an aqueous phase at supercritical temperatures and sub- or supercritical pressures by initiating the oxidation in the presence of small amounts of strong oxidizing agents that function to increase the initial reaction rate for t ...


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Hong Glenn T, Killilea William R, Thomason Terry B: Method and apparatus for solids separation in a wet oxidation type process. Modar, HELLER Paul H, April 6, 1989: WO/1989/002874

The present invention relates to a novel aqueous-phase oxidizer and solids separator reactor (4). More particularly, the invention relates to a two zone pressure vessel (4) in which precipitates and other solids fall or are sprayed from a supercritical temperature super zone (20) into a lower temper ...


27
Huang Chiung Yuan, Barner Herbert Eugen, Albano John Vincent, Killilea William Richard, Hong Glenn Thomas: Method for suspercritical water oxidation. Abb Lummus Crest, Modar, sLERNER Paul J, December 10, 1992: WO/1992/021621

In an improved supercritical water oxidation process, a subcritical temperature fluid (65) is introduced into the upper region of the reactor vessel (10) so as to establish a downflow of the subcritical fluid through the supercritical temperature zone (20) along the inside surface of the vessel wall ...


28
Barner Herbert Eugen, Huang Chiung Yuan, Killilea William Richard, Hong Glenn Thomas: Supercritical water oxidation with overhead effluent quenching. Abb Lummus Crest, Modar, LERNER Paul J, December 10, 1992: WO/1992/021622

In a supercritical oxidation process, the oxidized supercritical fluid effluent (46) discharged from the upper region of the reactor vessel (10) is contacted with a cold quench liquid (66) so as to produce a relatively solids free vapor stream (53) and a liquid stream (51) containing the bulk of the ...


29
Hong Glen T, Killilea William R, Ordway David W: Zirconium oxide ceramics for surfaces exposed to high temperature water oxidation environments. Modar, HEWITT Lester L, October 29, 1992: WO/1992/018428

Disclosed is an apparatus and a process for high temperature water oxidation of combustibles in which during at least a part of the oxidation, corrosive material is present and makes contact with at least a portion of the apparatus over a contact area on the apparatus, wherein at least a portion of ...


30
Bourhis Alain L, Hong Glenn T, Killilea William R: Method for hydrothermal oxidation. Modar, NYDEGGER Neil K, February 13, 1997: WO/1997/005069

A method of continuous flow hydrothermal oxidation which provides for a low cost means of reaction initiation and propagation. The aqueous-organic feedstock and oxidant are introduced to a small reaction chamber (2) and allowed to mix with the hot, partially reacted contents thereof. This backmixing ...