wp356d543e.png
wp356d543e.png

© 2006 DBI Europe

 

wp62bac3c9.png

Design door Serif

wp26665592.png
wp79dc7713.png
wp6be8afd2.png
wp55e77b80.png
wpbee883ae.png
wp30f0f84a.png
wpa06313b2_0f.jpg
wp5522fe47_0f.jpg
wp033ab257_0f.jpg
wp918ac9a1_0f.jpg
wpeb2c264b_0f.jpg
wpb8d6d674.png
wp7cc32d53_0f.jpg

MIC is a serious form of degradation of system materials in several industries, including power generation, oil production, chemical processing, transportation, and pulp and paper. In the electricity and nuclear industries in particular, increased vigilance and importance has been assigned to the prevention of MIC and other forms of degradation that affect reliability, safety, and operating and maintenance costs Generating plants have been forced to undertake material replacement, or to make extensive repairs to service water systems, at enormous cost due to MIC. Large financial losses also result when lost capacity is replaced by more expensive energy options. The economic impact of failures in large nuclear units can be as high as millions of dollars per day. The cost of chemicals and delivery systems for water treatments to prevent MIC and microbial fouling is significantly less, annually..

 

 

 

 

wpec95791e.png