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01366 CORROSION OF NICKEL BASED ALLOY G-30 BETWEEN 100 AND 420°C, pH VALUES FROM 2 TO 6 AND PRESSURES RANGING FROM 250 TO 480 BAR UNDER CONDITIONS OF SUPERCRITICAL WATER OXIDATION

Product Number: 51300-01366-SG
ISBN: 01366 2001 CP
Author: J. Konys, A. Ruck, J. Novotny, J. Hausselt
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Supercritical water oxidation (SCWO) is a promising and very effective method for the oxidation of organic wastes. Its high solubility for organic compounds and its special physical properties (i.e. density, viscosity) resulting in a key advantage over standard processes like incineration. Due to the formation of HCl during oxidation of chlorine organics, a severe corrosion attack of most of the materials has been observed. This paper describes the results of investigations of nickel base alloy G-30, exposed at pH values from 2 to 6, temperatures ranging from 100-420°C and pressures between 250 and 480 bar at duration's of 120 hours in a CH2Cl2/H2O2- respectively NaCl/H2O2-mixture with about 2000 wppm of chloride. The weight losses varied between a few and ... Keywords: SCWO, supercritical water, corrosion, oxidation, chloride, high temperature, high pressure, pH, nickel base alloy
Supercritical water oxidation (SCWO) is a promising and very effective method for the oxidation of organic wastes. Its high solubility for organic compounds and its special physical properties (i.e. density, viscosity) resulting in a key advantage over standard processes like incineration. Due to the formation of HCl during oxidation of chlorine organics, a severe corrosion attack of most of the materials has been observed. This paper describes the results of investigations of nickel base alloy G-30, exposed at pH values from 2 to 6, temperatures ranging from 100-420°C and pressures between 250 and 480 bar at duration's of 120 hours in a CH2Cl2/H2O2- respectively NaCl/H2O2-mixture with about 2000 wppm of chloride. The weight losses varied between a few and ... Keywords: SCWO, supercritical water, corrosion, oxidation, chloride, high temperature, high pressure, pH, nickel base alloy
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