Products tagged with 'flue gas'

View as

Sort by

Display per page

Available for download

10083 UNS S31254 - A Bleach Plant Success Story

Product Number: 51300-10083-SG

ISBN: 10083 2010 CP

Author: Mats Liljas, Lena Wegrelius, Rachel F. A. Pettersson and Ralph M. Davison

Publication Date: 2010

$20.00

This paper traces the development of the superaustenitic grade 254 SMO (UNS S31254) as a solution to recurrent corrosion problems within the pulp and paper industry.

Available for download

Optimization of FGD Operating Conditions by Electrochemical Laboratory Testing Applied to Alloy UNS S32205

Product Number: 51320-15069-SG

Author: Daniel Betancourt, Steven Kung, Craig Birkenfeld, Jie Wen

Publication Date: 2020

$20.00

Flue gas desulfurization (FGD) systems are frequently used at power plants to remove SO2 from coal combustion. In systems where limestone is utilized, calcium sulfate from the resulting slurry can be concentrated into a valuable byproduct. However, the concentrated slurry containing chloride poses increased localized corrosion risk to the materials of construction in contact with exhaust/combustion stream. Cyclic Potentiodynamic Polarization (CPP) and Critical Crevice Temperature (CCT) present electrochemical methodologies which can be used to assess the relative risk of different conditions in the laboratory. However, the results of these techniques can be dependent on the details of the experimental protocol. In this study, the effect of slurry preparation, potential scan rate, alloy conditioning time, and slurry acidity were examined. A conservative test protocol was developed based on the outcomes of the effects considered, and the critical chloride concentration of Alloy UNS S32205 was determined, enabling optimization of FGD operating conditions.

Products tagged with 'flue gas'

10083 UNS S31254 - A Bleach Plant Success Story

Optimization of FGD Operating Conditions by Electrochemical Laboratory Testing Applied to Alloy UNS S32205

Association for Materials Protection and Performance