Thermodynamics of the Sodium–Iron–Phosphate–Water System Under Hydrothermal Conditions: The Gibbs Energy of Formation of Sodium Iron(III) Hydroxy Phosphate, Na3Fe(PO4)2·(Na4/3H2/3O), from Solubility Measurements in Equilibrium with Hematite at 498–598 K

Author:

Quinlan Sean,Chvedov Dmitri,Trevani Liliana N.,Tremaine Peter R.

Publisher

Springer Science and Business Media LLC

Subject

Physical and Theoretical Chemistry,Molecular Biology,Biochemistry,Biophysics

Reference25 articles.

1. Connor, W.M., Panson, A.J.: Investigation of Phosphate–Sludge Interactions. EPRI Report NP-2963, Electric Power Research Institute, Palo Alto, California (1983)

2. Tremaine, P.R., Gray, L.G., Wiwchar, B., Stodola, J., Taylor, P.: Phosphate interactions with metal oxides under high-pressure boilers hideout conditions. In: Proceedings of 54th International Water Conference (Pittsburg, Oct, 1993), paper IWC-93-35; also cited as Canadian Electrical Association R&D Agreement 913G730, Final Report (1992)

3. Ziemniak S.E., Opalka, E.P.: Magnetite solubility in aqueous sodium phosphate solution at elevated temperatures. In: Gold, R.E., Simonen, E.P. (eds.) Proceedings Sixth International Symposium on Environmental Degradation of Materials in Nuclear Power Systems—Water Reactors, pp. 929–935. Materials Metals Minerals Soc. (1993); also cited as Knolls Atomic Power Lab Report KAPL-4735 (1992)

4. Dooley, B., McNaughton, W.: Boiler Tube Failures, Theory and Practice. EPRI Technical report TR 105261, vol. 2, Chap. 16 (1995)

5. Tremaine, P.R., Quinlan, S., Bridson, J., Stodola, J.: Solubility and thermodynamics of sodium phosphate reaction products under hideout conditions in high-pressure boilers. In: Proceedings of the 57th International Water Conference, paper IWC-96-21. Pittsburg, (Oct 1996)

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