Cracking and corrosion performance of composite tubes and air port designs in a kraft recovery boiler

J. R. Kish; D. L. Singbeil; J. R. Keiser; A. Wensley; F. Jetté

Cracking and corrosion performance of composite tubes and air port designs in a kraft recovery boiler

J. R. Kish, D. L. Singbeil, J. R. Keiser, A. Wensley, F. Jetté

Corrosion Science & Technology

Research output: Contribution to specialist publication › Article

2 Scopus citations

Abstract

Alternative composite tube systems fabricated into two different port designs were installed in a kraft recovery boiler to evaluate their effectiveness in solving a composite tube cracking problem. Test ports have been examined for cracking and corrosion of the cladding/overlay every six months since the time of their installation. Test ports with co-extruded modified A825/carbon steel composite tubes, and port design designated "B" were the only one where no cracking or corrosion was found on any of the tubes after 30 months of exposure.

Original language	English
Pages	30-35
Number of pages	6
Volume	106
No	11
Specialist publication	Pulp and Paper Canada
State	Published - Nov 2005

Keywords

AIR JETS
CARBON STEEL
COMPOSITES
CORROSION
CRACKS
FRACTURE
KRAFT MILLS
MACHINE DESIGN
OPENINGS
PIPING
RECOVERY BOILERS

Cite this

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title = "Cracking and corrosion performance of composite tubes and air port designs in a kraft recovery boiler",

abstract = "Alternative composite tube systems fabricated into two different port designs were installed in a kraft recovery boiler to evaluate their effectiveness in solving a composite tube cracking problem. Test ports have been examined for cracking and corrosion of the cladding/overlay every six months since the time of their installation. Test ports with co-extruded modified A825/carbon steel composite tubes, and port design designated {"}B{"} were the only one where no cracking or corrosion was found on any of the tubes after 30 months of exposure.",

keywords = "AIR JETS, CARBON STEEL, COMPOSITES, CORROSION, CRACKS, FRACTURE, KRAFT MILLS, MACHINE DESIGN, OPENINGS, PIPING, RECOVERY BOILERS",

author = "Kish, {J. R.} and Singbeil, {D. L.} and Keiser, {J. R.} and A. Wensley and F. Jett{\'e}",

year = "2005",

month = nov,

language = "English",

volume = "106",

pages = "30--35",

journal = "Pulp and Paper Canada",

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T1 - Cracking and corrosion performance of composite tubes and air port designs in a kraft recovery boiler

AU - Kish, J. R.

AU - Singbeil, D. L.

AU - Keiser, J. R.

AU - Wensley, A.

AU - Jetté, F.

PY - 2005/11

Y1 - 2005/11

N2 - Alternative composite tube systems fabricated into two different port designs were installed in a kraft recovery boiler to evaluate their effectiveness in solving a composite tube cracking problem. Test ports have been examined for cracking and corrosion of the cladding/overlay every six months since the time of their installation. Test ports with co-extruded modified A825/carbon steel composite tubes, and port design designated "B" were the only one where no cracking or corrosion was found on any of the tubes after 30 months of exposure.

AB - Alternative composite tube systems fabricated into two different port designs were installed in a kraft recovery boiler to evaluate their effectiveness in solving a composite tube cracking problem. Test ports have been examined for cracking and corrosion of the cladding/overlay every six months since the time of their installation. Test ports with co-extruded modified A825/carbon steel composite tubes, and port design designated "B" were the only one where no cracking or corrosion was found on any of the tubes after 30 months of exposure.

KW - AIR JETS

KW - CARBON STEEL

KW - COMPOSITES

KW - CORROSION

KW - CRACKS

KW - FRACTURE

KW - KRAFT MILLS

KW - MACHINE DESIGN

KW - OPENINGS

KW - PIPING

KW - RECOVERY BOILERS

UR - http://www.scopus.com/inward/record.url?scp=28844467562&partnerID=8YFLogxK

M3 - Article

AN - SCOPUS:28844467562

SN - 0316-4004

VL - 106

SP - 30

EP - 35

JO - Pulp and Paper Canada

JF - Pulp and Paper Canada

ER -

Cracking and corrosion performance of composite tubes and air port designs in a kraft recovery boiler

Abstract

Keywords

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