Menu
Search
Filters
Close
Menu

Save 20% on select titles with code HIDDEN24 - Shop The Sale Now

03557 INTERACTIONS BETWEEN MICROORGANISMS AND PHYSICOCHEMICAL FACTORS CAUSE MIC OF STEEL PILINGS IN HARBOURS (ALWC)

Picture for 03557 INTERACTIONS BETWEEN MICROORGANISMS AND
Available for download
Product Number: 51300-03557-SG
ISBN: 03557 2003 CP
Author: Tilman Gehrke and Wolfgang Sand
$0.00
$20.00
$20.00
A 3-year study of steel pilings in German marine harbours with and without corrosion was performed to quantify the relevant corrosion causing bacteria (SRB and thiobacilli) in the biofouling layers on the pilings at, above, and below the low-water. These organisms occurred at the low-water level jointly, although spacially separated in the layers (closed sulfur cycle=sulfuretum), and caused the accelerated corrosion once the layer became sufficiently thick in the course of its ageing. At low tide the layer was thoroughly aerated, whereas at high tide partially anaerobic zones, especially near to the metal must have occurred. Consequently, this type of corrosion needs years to develop. The experimental data clearly indicate that the increased amount of corrosion products (mainly iron) at strongly corroded areas is correlated with enhanced contents of sulfur and sulfate, high cell counts, and (microbial and chemical) activities. Additionally, iron sulfide and pyrite are detectable at the low-water level. These sulfur compounds as well as elemental sulfur are known to be highly corrosive. Keywords" SRB, SOB, thiobacilli, sulfur, sulfate, biofilm, biofouling, MIC, ALWC
A 3-year study of steel pilings in German marine harbours with and without corrosion was performed to quantify the relevant corrosion causing bacteria (SRB and thiobacilli) in the biofouling layers on the pilings at, above, and below the low-water. These organisms occurred at the low-water level jointly, although spacially separated in the layers (closed sulfur cycle=sulfuretum), and caused the accelerated corrosion once the layer became sufficiently thick in the course of its ageing. At low tide the layer was thoroughly aerated, whereas at high tide partially anaerobic zones, especially near to the metal must have occurred. Consequently, this type of corrosion needs years to develop. The experimental data clearly indicate that the increased amount of corrosion products (mainly iron) at strongly corroded areas is correlated with enhanced contents of sulfur and sulfate, high cell counts, and (microbial and chemical) activities. Additionally, iron sulfide and pyrite are detectable at the low-water level. These sulfur compounds as well as elemental sulfur are known to be highly corrosive. Keywords" SRB, SOB, thiobacilli, sulfur, sulfate, biofilm, biofouling, MIC, ALWC
PRICE BREAKS - The more you buy, the more you save
Quantity
1+
5+
Price
$20.00
$20.00
Product tags
Also Purchased
Picture for 05221 Accelerated Low Water Corrosion of Steel
Available for download

05221 Accelerated Low Water Corrosion of Steel Pilings in Sea Water

Product Number: 51300-05221-SG
ISBN: 05221 2005 CP
Author: Ashok Kumar and Larry D. Stephenson, US Army Engineering R&D Center
$20.00
Picture for 06303 Thirty-three Year Study of Steel Pilings
Available for download

06303 Thirty-three Year Study of Steel Pilings in Seawater

Product Number: 51300-06303-SG
ISBN: 06303 2006 CP
Author: Ashok Kumar, L. D. Stephenson
$20.00
Picture for 03560 MIC ISSUES: COMMENTARY FROM THE CORROSION
Available for download

03560 MIC ISSUES: COMMENTARY FROM THE CORROSION 2002 MIC PANEL DISCUSSION

Product Number: 51300-03560-SG
ISBN: 03560 2003 CP
Author: Zbigniew Lewandowski, Thomas Eugene Cloete, Stephen C. Dexter, Wayne H. Dickinson, Yasushi Kikuchi,
$20.00
Categories
Industry
Recently viewed
Popular tags
View all

Association for Materials Protection and Performance

© AMPP All Rights Reserved.
Membership Terms of Content Use
Contact Customer Support