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07216 Successful Replacement of Alloy 30, UNS N06030 Using Alloy 31, UNS N08031 at a Phosphoric Acid Plant

Product Number: 51300-07216-SG
ISBN: 07216 2007 CP
Author: Brian Thomas and Dinesh C. Agarwal
Publication Date: 2007
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This paper presents data, both lab and field, on some of the typical alloys and various components used in this industry to combat the corrosion problems with special emphasis on a newly developed super-austenitic high chromium 6 Mo alloy 31, UNS NO8031 which has helped to solvelmitigate both the erosion and corrosion problems in this industry in a cost effective manner, both in USA and abroad (Morocco, Jordan, Israel). This alloy has successfully replaced alloy UNS NO6030 in the author's plant in Rock Springs, Wyoming and for the last three years has been peflorming exceedingly well.
This paper presents data, both lab and field, on some of the typical alloys and various components used in this industry to combat the corrosion problems with special emphasis on a newly developed super-austenitic high chromium 6 Mo alloy 31, UNS NO8031 which has helped to solvelmitigate both the erosion and corrosion problems in this industry in a cost effective manner, both in USA and abroad (Morocco, Jordan, Israel). This alloy has successfully replaced alloy UNS NO6030 in the author's plant in Rock Springs, Wyoming and for the last three years has been peflorming exceedingly well.
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