Corrosion in bioprocessing applications

Bioprocess and Biosystems Engineering

Volumn 32, Issue 1, 2009, Pages 1-29

  Junker, Beth ^a  

^a MERCK RESEARCH LABORATORIES   (United States)

Author keywords

Alloy; Bioprocessing; Corrosion; Fermentation; Stainless steel

Indexed keywords

ALLOY PROPERTIES; BEST PRACTICES; BIOPROCESSING; BIOPROCESSING APPLICATIONS; CREVICE CORROSIONS; INTERGRANULAR ATTACKS; MEDIA COMPONENTS; MEDIUM COMPONENTS; NON UNIFORMS; PLANT FACILITIES; REPAIR STRATEGIES; STAINLESS STEEL ALLOYS;

ACID RESISTANCE; ALLOYING ELEMENTS; ALLOYS; APPLICATIONS; BIOCHEMICAL ENGINEERING; CERIUM ALLOYS; CORROSION; FERMENTATION; HEAT TREATMENT; IMPACT RESISTANCE; INERT GAS WELDING; METALLIC COMPOUNDS; ORGANIC ACIDS; ORGANIC COMPOUNDS; PILOT PLANTS; STAINLESS STEEL; STEEL; STEEL CORROSION; STEEL METALLURGY; STERILIZATION (CLEANING); SUGAR (SUCROSE);

CORROSION RESISTANCE;

ALLOY; ALUMINUM; ANION; CARBOXYLIC ACID; COPPER; MANGANESE; NIOBIUM; NITROGEN; PHOSPHORUS; SILICON; STAINLESS STEEL; STEEL; SULFUR; TITANIUM; VANADIUM;

BIOPROCESS; CORROSION; FERMENTATION; INSTRUMENT STERILIZATION; PH MEASUREMENT; PRIORITY JOURNAL; SHORT SURVEY; WELDING;

ALLOYS; ANIONS; BACTERIA; BIOCOMPATIBLE MATERIALS; BIOTECHNOLOGY; CELLULOSE; CORROSION; FERMENTATION; FUNGI; HYDROGEN-ION CONCENTRATION; MATERIALS TESTING; STAINLESS STEEL; SURFACE PROPERTIES; TEMPERATURE; TITANIUM;

EID: 58149089980     PISSN: 16157591     EISSN: None     Source Type: Journal    
DOI: 10.1007/s00449-008-0223-7     Document Type: Short Survey

References (107)

1. S Ahman ML Mehta SK Saraf IP Saraswat 1981 Stress corrosion cracking of sensitized 304 austenitic stainless steel in sulfurous acid Corrosion NACE 37 7 412 415
2. AISI (1976) Stainless steel fasteners-a systematic approach to their selection. 502-476-18 M-CP. American Iron and Steel Institute, Washington, DC
3. JW Arnold DH Boothe GW Bailey 2004 Multiple imaging techniques demonstrate the manipulation of surfaces to reduce bacterial contamination and corrosion J Microsc 216 (part 3) 215 221
4. RE Avery 1991 Resist chlorides, retain strength and ductility with duplex stainless steel alloys Chem Eng Prog 87 3 78 82
5. Avery RE, Tuthill AH (2004) Stainless steels in high purity water-rouging and weld heat tint considerations. AIChE meeting, April 28th, 2004
6. Bailey JE, Ollis DF (1977) Biochemical engineering fundamentals. McGraw-Hill, New York, p 607
7. Barclay WR (2002) Reducing corrosion in a fermentor by providing sodium with a non-chloride: sodium salt. US 6410281 B1
8. Blong R (1996) Materials of construction. Chem Process suppl 57-62
9. Borenstein SW (1994) Microbiologically influenced corrosion handbook. Industrial Press, New York
10. Carpenter Stainless Steels (2006) 2006 Guide to selecting Carpenter specialty alloys. Carpenter Technology, Carpenter Steel Division, CRC Holdings
11. MY Chang GP Yu 1993 Pitting corrosion of Inconel 600 in chloride and sulfate solutions at low temperature J Nucl Mater 202 145 153
12. Chisti Y (1999) Modern systems of plant cleaning. In: Robinson R, Batt C, Patel P (eds) Bioseparation and bioprocessing: a handbook. Academic Press, London, pp 1806-1815
13. Coates G, Jenkinson D (2002) What is stainless steel? http://www.nickelinstitute.org/index.cfm/ci_id/11021.htm
14. Collins SR, Williams PC, DeForce B (1999) Weldability and corrosion studies of AISI 316L electropolished tubing. Stainless Steel World 99 Conference. KCI Publishing, Netherlands
15. SR Collins PC Williams 2000 Electropolished tubing: avoiding corrosion in welded applications: identifying optimum AISI 316L compositions Chem Process 63 12 33 36
16. BJ Connolly 1970 The use of stainless steel and nickel alloys to combat corrosion in the brewing, dairy, wine and food industries Br Corros J 5 5 209 216
17. Corrosion materials, products for the process industry, http://www.cornmatls.com
18. RA Covert AH Tuthill 2000 Stainless steels: an introduction to their metallurgy and corrosion resistance Dairy Food Environ Sanit 20 7 506 517
19. CT Cowan 1977 Corrosion of stainless steel. How to prevent it Food Eng Int 2 9 34 37
20. Cowan CT (1978) Stopping process plant corrosion. Dairy Ice Cream Field 161(10):128-130,132,134,136
21. 2 Corrosion NACE 39 7 279 284
22. Daufin G, Kerherve L (1978) Comparison of the resistance to corrosion of ferritic stainless steels, type 17% CR, and that of austenitic steel 18% CR 10% NI. 10th International Dairy Congress, vol 5, p 673
23. RM Davison JD Redmond 1988 Practical guide to using 6 Mo austenitic stainless steels Mater Perform 27 12 39 43
24. DeRenzo DJ (1985) Corrosion resistant materials handbook, 4th edn. Andrew Publishing/Noyes, Park Ridge, pp 586-587
25. Dillon CP, Rahoi DW, Tuthill AH (1992) Stainless steels for bioprocessing. NiDi No. 10 077
26. Dillon CP (1997). Corrosion control in the chemical process industries, 2nd edn. Materials Technology Institute of the Chemical Process Industries, St. Louis, pp 259 and others
27. Dillon CP, Rahoi DW, Tuthill AH (1992) Stainless steels for bioprocessing, NiDi 10, 077. Nickel Development Institute, Toronto, Canada
28. CP Dillon DW Rahoi AH Tuthill 1992 Stainless steels for bioprocessing, Part IV: procurement, QA/QC Biopharm 5 6 31 33
29. CP Dillon DW Rahoi AH Tuthill 1992 Stainless steels for bioprocessing, Part III: corrosion phenomena Biopharm 5 5 40 44
30. CP Dillon DW Rahoi AH Tuthill 1992 Stainless steels for bioprocessing, Part II: classes of alloys Biopharm 5 4 32 35
31. CP Dillon DW Rahoi AH Tuthill 1992 Stainless steels for bioprocessing, Part I: materials selection Biopharm 5 3 38 42
32. HA Domian RH Emanuelson LW Sarver GJ Theus L Katz 1977 Effect of microstructure on stress corrosion cracking of Alloy 600 in high purity water Corrosion NACE 33 1 26 37
33. Evans L (1986) Materials selection tips for process plants. In: Greene, R.W., The chemical engineering guide to corrosion, McGraw-Hill, New York, pp 61-62
34. RW Evans DC Coleman 1999 Corrosion products in pharmaceutical/biotech sanitary water systems-part 1 Ultrapure Water 16 8 69 74
35. Fontana MG (1986) Corrosion engineering, 3rd edn. McGraw-Hill, New York, pp 56-59, 78, and others
36. M Freemantle 2002 Stainless steel failure explained corrosion is caused by chromium depletion around sulfide impurities C&EN 80 7 11
37. Galinski EA (1987) Halo-fermentation. A novel low water process for the production of organic chemicals and enzyme protective agents. International conference on bioreactors and biotransformations, November 9-12. Gleneagles, Scotland, pp 201-212
38. A Garner 1981 Materials selection for bleached pulp washers Pulp Pap Can 82 12 109 120
39. TM Gilmore RR Maller V Mills 1998 Protecting stainless steel dairy equipment from corrosion Dairy Food Environ Sanit 18 8 510 514
40. Gossett JL (1986) Stop stress-corrosion cracking. In: Greene RW (ed) The chemical engineering guide to corrosion. McGraw Hill, New York, pp 1-3
41. R Greene 2002 Pharmaceutical plants: choose your material CEP 98 7 15 16
42. 20 J Phys Chem 100 5597 5602
43. Herro HM, Port RD (1993) The Nalco guide to cooling water system failure analysis. McGraw-Hill, New York
44. DM Himmelblau 1964 Diffusion of dissolved gases in liquids Chem Rev 64 5 527 550
45. JT Ho GP Yu 1995 Fatigue behavior of Alloy 600 in NaC1 solution at room temperature J Nucl Mater 226 226 237
46. IDF (1980) Corrosion in the dairy industry. Bulletin 127, International Dairy Federation
47. IDF (1985) An introduction to the commercially available surface finishes of stainless steels and notes on their corrosion resistance. Bulletin 189, International Dairy Federation
48. Inco (1979) Corrosion resistance of nickel-containing alloys in organic acids and related compounds. Corrosion Engineering Bulletin, CEB-6. International Nickel Co., New York
49. Inco, (1983). The corrosion resistance of nickel-containing alloys in sulfuric acid and related components, No. 1318. International Nickel Co, New York
50. Iverson WP (1987) Microbial corrosion of metals. In: Laskin AI (ed) Advances in applied microbiology, vol 32. Academic Press, New York, pp 1-36
51. Johnson MJ (1988) The beneficial effects of increasing Cr, Ni, Mo and N on the corrosion resistance of stainless steels. Bioprocess Eng Symp 53-58
52. B Junker T Brix M Lester P Kardos J Adamca J Lynch J Schmitt P Salmon 2003 Design and installation of a next generation pilot scale fermentation system Biotechnol Bioeng 19 693 705
53. Kain RM (2003) Evaluating crevice corrosion. In: Cramer SD, Covino BS (eds) Corrosion: fundamentals, testing, and protection, ASM Handbook, vol 13A. ASM, Materials Park, pp 549-561
54. RD Kane DC Eden DA Eden 2005 Take corrosion monitoring on-line Chem Process 68 8 37 41
55. DA Kingseed RB Rebak 2000 Pitting nickel against corrosion Chem Process 63 2 49 54
56. Kirby GN (1986) Selecting alloys for chloride service-parts I and II. In: Greene RW (ed) The chemical engineering guide to corrosion, McGraw-Hill, New York, pp 138-140, 141-144
57. Kobrin G, Lamb S, Tuthill AH, Avery RE, Selby KA (1997) Microbiologically influenced corrosion of stainless steels by water used for cooling and hydrostatic testing. NiDi No. 10 085. Nickel Development Institute, Toronto, Canada
58. Kovack CW (2000) High performance stainless steels. Ni Di No. 11 021. Nickel Development Institute, Toronto, Canada
59. B Little P Wagner F Mansfeld 1992 An overview of microbiologically influenced corrosion Electrochim Acta 37 12 2185 2194
60. B Little P Wagner F Mansfeld 1991 Microbiologically influenced corrosion of metals and alloys Int Mater Rev 36 6 253 272
61. WE Mayo 1997 Predicting IGSCC/IGA susceptibility of Ni-Cr-Fe alloys by modeling of grain boundary chromium depletion Mater Sci Eng A 232 129 139
62. McIntyre DR (1986). How to prevent stress-corrosion cracking in stainless steels- I. In: Greene RW (ed) The chemical engineering guide to corrosion, McGraw Hill, New York, pp 4-7
63. GR Menon 1990 "Rouge" and its removal from high-purity water systems Biopharm 3 40 43
64. Micromotion, 2003. Micro motion Coriolis flowmeter corrosion guide. Micromotion, Boulder, Colorado, p 5
65. Nakahara M (1992) Preventing stress corrosion cracking of austenitic stainless steels in chemical plants. NiDi No. 10 066. Nickel Development Institute, Toronto, Canada
66. Nickel Development Institute (NiDi) (1994) Guidelines for the welded fabrication of nickel alloys for corrosion-resistant service. Reference book series no. 11012, Nickel Development Institute, Toronto, Canada
67. Nickel Development Institute (NiDi) (1987) Nickel stainless steel for marine environments, natural waters and brines. Reference book series no. 11003, Nickel Development Institute, Toronto, Canada
68. Nickel Development Institute (NiDi), prior to (1985) Resistance of nickel and high nickel alloys to corrosion by hydrochloric acid, hydrogen chloride and chlorine. NiDi No. 279, Nickel Development Institute, Toronto, Canada
69. Nickel Development Institute (NiDi) (1980) Design guidelines for stainless steel in piping systems. NiDi No. 9024, Nickel Development Institute, Toronto, Canada
70. Nickel Development Institute (NiDi) (1976) Design guidelines for the selection and use of stainless steel. NiDi No. 9014, Nickel Development Institute, Toronto, Canada
71. Nickel Development Institute (NiDi) (1973) Corrosion resistance of nickel and nickel-containing alloys in caustic soda and other alkalies. NiDi No. 281 (CEB-2), Nickel Development Institute, Toronto, Canada
72. Nickel Development Institute (NiDi) (1966) Corrosion resistance of nickel-containing alloys in phosphoric acid. NiDi No. 415 (CEB-4), Nickel Development Institute, Toronto, Canada
73. VH Nielsen 1975 What is the best material for dairy industry pipelines? Am Dairy Rev 37 8 16 18
74. SA Nosier 2003 The effects of petroleum refinery wastewater on the rate of corrosion of steel equipment Anti-Corr Meth Maters 50 3 217 222
75. CA Perkowski GR Daransky J Williams 1984 Detection of microscopic leaks in fermenter cooling coils Biotechnol Bioeng 26 857 859
76. Pruett KM (1995) Chemical resistance guide for metals and alloys. Compass Publications, La Mesa
77. Rahoi DW (1988) Technical considerations in the selection of nickel alloys and stainless steels for the bioprocess industry. Bioprocess Eng Symp 41-48
78. RKS Raman 2003 Interplay of microbiological corrosion and alloy microstructure in stress corrosion cracking of weldments of advanced stainless steel Sadhana 28 (3/4) 467 473
79. DL Roll JJ Kilkeary 2001 Rouge detection and control Chem Eng 108 8 101 104
80. Rothbart HA (1964) Mechanical design and systems handbook. McGraw-Hill, New York, pp 24-3 to 24-6
81. MP Ryan DE Williams RJ Chater BM Hutton DS [tmp] McPhall 2002 Why stainless steel corrodes Nature 415 14 770 774
82. L Sanderson 1978 Metallurgical progress and its application to dairy engineering Milk Ind 80 2 15 16
83. RC Scarberry SC Pearman JR Crum 1976 Precipitation reactions in Inconel Alloy 600 and their effect on corrosion behavior Corrosion NACE 32 10 401 406
84. Schillmoller CM (1992) Selection and use of stainless steels and nickel-bearing alloys in organic acids. NiDi No. 10 063. Nickel Development Institute, Toronto, Canada
85. Schillmoller CM, Althoff HJ (1986) How to avoid failures of stainless steels. In: Greene RW (ed) The chemical engineering guide to corrosion. McGraw-Hill, New York, pp 187-189
86. Senior P (1986) Scale up of a fermentation process, Chap. 16. In: Harlander SK, Labuza TP (eds) Biotechnology in food processing. Noyes, Park Ridge, pp 249-257
87. Sedriks AJ (1979) Corrosion of stainless steels. Wiley, New York
88. Sharma MC, Gurtu AK (1993) Asepsis in bioreactors, p 1-27. In: Neidleman S, Laskin AI (eds) Advances in applied microbiology, vol 39. Academic Press, New York
89. M Sharma SK Anand 2002 Bacterial biofilm on food contact surfaces: a review J Food Sci Technol 39 6 573 593
90. Solderberg AC (1983) Fermentation design. In: Vogel HC (ed) Fermentation and biochemical engineering handbook. Noyes Publications, Park Ridge, pp 77-118
91. Specialty Metals (2003) Inconel alloy 690. Pub. No. SMC-079. Specialty Metals Corporation
92. KR Tarantseva VS Pakhomov 2003 Material science and corrosion protection: effects of steel composition on pitting resistance Chem Petrol Eng 39 3 4
93. GJ Theus 1977 Relationship between acid intergranular corrosion and caustic stress corrosion cracking of Alloy 600 Corrosion NACE 33 1 20 26
94. Thuvander M, Miller MK, Stiller K. Grain boundary segregation during heat treatment at 600°C in a model Alloy 600. Mater Sci Eng A270: 38-43
95. Tuthill AH (1998) Usage and performance of nickel-containing stainless steels in both saline and natural waters and brines. Mater Perform 37:47-50
96. Tuthill AH (1986). H20: Nickel's contribution to distilled water, dams and condensers. In: Proceedings nickel metallurgy, vol 2. Industrial applications of nickel. NiDi No. 10 008. Nickel Development Institute, Toronto, Canada
97. AH Tuthill R Brunkow 2004 Stainless steels for bioprocessing Bioproc Int 2 11 46 53
98. AH Tuthill RE Avery RA Covert 1997 Cleaning stainless steel surfaces prior to sanitary service Dairy Food Environ Sanit 17 11 718 725
99. AH Tuthill RE Avery 1999 Phorgotten phenomena: heat tints on stainless steels can cause corrosion problems Mater Perform 38 2 72 73
100. AH Tuthill RE Avery S Lamb G Kobrin 1998 Effect of chlorine on common materials in fresh water Mater perform 37 11 52 56
101. JC Tverberg 2000 A stainless steel primer. Part I. The types of stainless steel Flow Cont 6 8 30 42
102. JC Tverberg 2000 A stainless steel primer. Part II. Corrosion mechanisms Flow Control 6 9 34 39
103. JC Tverberg 2000 A stainless steel primer. Part III. Proper selection of stainless steels Flow Cont 6 10 28 36
104. Weeks DT, Bennett TM (2006a) How to specify equipment for high-purity processes. Pharmaceut Proc 23(11): 16,18,20
105. DT Weeks TM Bennett 2006 Specifying equipment for high-purity fluid flow Chem Eng 113 8 27 30
106. Wesley A, Brown RH (1948) Fundamental behavior of galvanic couples. In: Uhlig H (ed) Corrosion handbook of galvanic corrosion, Wiley, New York, pp 481-496
107. Whitcraft PK (1988) Considerations in selecting a stainless steel for resistance to chloride pitting and crevice corrosion. Bioprocess Eng Symp 59-62