爱华网1. Interim Consensus Guidelines onFossil Plant Water Chemistry, EPRI, Palo Alto, CA:June 1986. CS-4629.
2. Cycle Chemistry Guidelines forFossil Plants: Phosphate Treatment for Drum Units,EPRI, Palo Alto,CA: December 1994. TR-103665.
3. Cycle Chemistry Guidelines forFossil Plants: All Volatile Treatment, EPRI, Palo Alto,CA: April 1996.TR-105041.
4. Cycle Chemistry Guidelines forFossil Plants: Oxygenated Treatment, EPRI, Palo Alto,CA: December 1994.TR-102285.
5. Sodium Hydroxide for Conditioningthe Boiler Water of Drum-Type Boilers, EPRI, PaloAlto, CA: January1995. TR-104007.
6. Cycle Chemistry Guidelines forFossil Plants: All-Volatile Treatment, EPRI, Palo Also,CA: November 2002.1004187.
7. Selection and Optimization ofBoiler Water and Feedwater Treatments for FossilPlants, EPRI, Palo Alto, CA: March 1997.TR-105040.
8. Guidelines for ControllingFlow-Accelerated Corrosion in Fossil Plants, EPRI, PaloAlto, CA: November 1997.TR-108859.
9. Cycling, Startup, Shutdown andLay-up Fossil Plant Cycle Chemistry Guidelines forOperators andChemists, EPRI, Palo Alto, CA: August 1998.TR-107754.
10. Guidelines for Copper in FossilPlants, EPRI, Palo Alto, CA: November 2000.1000457.
11. Revised Guidelines for MakeupWater Treatment, EPRI, Palo Alto, CA: October 1999.TR-113692.
12. Guidelines for Chemical Cleaningof Conventional Fossil Plant Equipment, EPRI, PaloAlto, CA: November 2001.1003994.
13. Condensate Polishing Guidelines,EPRI, Palo Alto, CA: September 1996. TR-104422.
14. Steam, Chemistry and Corrosionin the Phase Transition Zone of Steam Turbines, Volume1: Key Results, Summary, andInterpretation, EPRI, Palo Alto, CA: February 1999.TR-108184-V1.
15. Steam, Chemistry and Corrosionin the Phase Transition Zone of Steam Turbines, Volume2:
Part 1: Individual Contributions ofParticipants, EPRI, Palo Alto, CA: February 1999.
TR-108184-V2P1.
16. Steam, Chemistry and Corrosionin the Phase Transition Zone of Steam Turbines, Volume2:
Part 2: Individual Contributions ofParticipants, EPRI, Palo Alto, CA: February 1999.
TR-108184-V2P1.
17. Turbine Steam, Chemistry andCorrosion: Generation of Early Liquid Films inTurbines,
EPRI, Palo Alto, CA: September 1999.TR-113090.
18. Turbine Steam, Chemistry andCorrosion: Experimental Turbine Tests, EPRI, Palo Alto,CA:
September 1997.TR-108185.
19. Corrosion of Low Pressure SteamTurbine Components, EPRI, Palo Alto, CA: November
2000. 1000557.
20. Behavior of Ammonium Salts inSteam Cycles, EPRI, Palo Alto, CA: December 1993.
TR-102377.
21. Assessment of the Ray Diagram,EPRI, Palo Alto, CA: August 1996. TR-106017.
22. Volatility of Aqueous SodiumHydroxide, Bisulfate and Sulfate, EPRI, Palo Alto,CA:
February 1999.TR-105801.
23. Vapor-Liquid Partitioning ofSulfuric Acid and Ammonium Sulfate, EPRI, Palo Alto,CA:
February 1999.TR-112359.
24. Volatility of Aqueous AceticAcid, Formic Acid, and Sodium Acetate, EPRI, Palo Alto,CA:
July 2000.TR-113089.
25. Behavior of Aqueous Electrolytesin Steam Cycles: The Solubility and Volatility ofCupric
Oxide, EPRI, Palo Alto, CA: November2000. 1000455.
26. The Volatility of Impurities inSteam/Water Cycles, EPRI, Palo Alto, CA: September2001.
1001042.
27. State-of-Knowledge of Copper inFossil Plant Cycles, EPRI, Palo Alto, CA: September1997.
TR-108460.
28. Corrosion of Cu-Ni-Zn Alloys inWater-Ammonia Power Plant Environments:Development
of High Temperature Potential-pH(Pourbaix) Diagrams, EPRI, Palo Alto, CA:November
1999. TR-113697.
29. Copper Alloy Corrosion in HighPurity Feedwater, EPRI, Palo Alto, CA: November2000.
1000456.
30. Influence of Water Chemistry onCopper Alloy Corrosion in High Purity Feedwater,EPRI,
Palo Alto, CA:October 2001. 1004586.
31. Copper Alloy Corrosion in HighPurity Feedwater, EPRI, Palo Alto, CA: May 2003.
1007391.
32. Influence of Water Chemistry onCopper Alloy Corrosion in High Purity Feedwater,EPRI,
Palo Alto, CA:September 2003. 1007612.
33. P.R. Tremaine, L.G.S. Gray, B.Wiwchar, P. Taylor and J. Stodola, “PhosphateInteractions
with Metal Oxides Under HighPerformance Boiler Hide-Out Conditions,” 54thInternational
Water Conference, Pittsburgh, PA.IWC-93-35.
34. R.B. Dooley and W.P. McNaughton,Appropriate Controls for Phosphate Boiler Water
Treatments to Avoid Acid PhosphateCorrosion and Hydrogen Damage, Power Plant
Chemistry, 2001, 3(3), pp.127-134.
35. Interim Cycle ChemistryGuidelines for Combined Cycle Heat Recovery SteamGenerators
(HRSGs), EPRI, Palo Alto, CA:November 1998. TR-110051.
36. CEGB, GOM72, Part 2, ChemicalControl of the Steam Water Circuit of Drum TypeBoilers, CEGB, England, Issue 6, September1985.
37. A. Berg, Scottish Power,Personal Communication to M. Ball, December 2002.
38. K. Frazer, Scottish Southern,Personal Communication to M. Ball, December 2002.
39. R.R. Harries, PowerGen, PersonalCommunication to M. Ball, November 2002.
40. G. Bignold, Innogy. PersonalCommunication to M. Ball, October 2002.
41. F. McCarthy, J. Bane and G.O’Connor, “Oxygenated Treatment in a 300MW DrumType
Boiler”, Proceedings: 6thInternational Conference on Cycle Chemistry in FossilPlants, EPRI, Palo Alto, CA: April2001.1001363.
42. F. Wessels, T. Shabalala and R.Cramer, ESKOM, Personal Communication to B. Dooley,October2002.
43. H. Cheng, CLP Power Hong KongLtd., Personal Communication to B. Dooley, October2002.
44. T.W. Robertson, Salt RiverProject, Personal Communication to B. Dooley, October2002.
