Patent
Wet oxidation system employing phase separating reactor
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TLDR
In this paper, the gas phase is allowed to pass through at a flow rate independent of the liquid phase (waste water) flow rate so that more oxygen can be supplied to a given volume of waste water than is possible for a conventional reactor of the equivalent size.Abstract:
Processes are provided for accomplishing wet oxidation using a reaction zone wherein the gas phase (oxygen) is allowed to pass therethrough at a flow rate independent of the liquid phase (waste water) flow rate so that more oxygen can be supplied to a given volume of waste water than is possible for a conventional reactor of the equivalent size. A high efficiency wet oxidation is provided by which the process technology can be practiced either in a single stage or multistage. The reactor is directed to operate at temperatures ranging from about 350° to 600° F. at pressures ranging from about 800 to 2200 psig and the reactor provides a gas phase/liquid phase separation feature.read more
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References
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Process and apparatus for complete liquid-vapor phase oxidation and high enthalpy vapor production
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