Corrosion Properties of a Volcanic Hot Spring

D. Engelberg; K. L. Lichti; V. J. Braham; N. Sanada; J. Kurata; H. Nanjo; J. Ikeuchi; B.W. Christenson

Corrosion Properties of a Volcanic Hot Spring

D. Engelberg, K. L. Lichti, V. J. Braham, N. Sanada, J. Kurata, H. Nanjo, J. Ikeuchi, B.W. Christenson

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Abstract

Volcanic hot pools on White Island, New Zealand provide ready access to acidic fluids at atmospheric pressure. These hot pools can be used to study the corrosion properties of construction materials that might be used for energy production from deep-seated and magma-ambient geothermal systems, or from shallow resources producing acidic fluids. corrosion results for a 1,hot pool are presented. A select group of moderate and high alloy materials appear suitable for energy plant applications. Chemistry and corrosion mechanism models provide some reasons for the experimental observations. Corrosion control experiments in fluids removed from the hot pool demonstrated that a decrease in the instantaneous corrosion rate of carbon steel can be achievedby adjustment.

Original language	English
Title of host publication	PROCEEDINGS OF THE NEW ZEALAND GEOTHERMAL WORKSHOP
Place of Publication	Geothermal Institute, University of Auckland , Auckland
Publisher	University of Auckland, Geothermal Institute
Pages	97-102
Number of pages	6
Publication status	Published - 1998
Event	20th New Zealand Geothermal Workshop - Auckland, New Zealand Duration: 1 Jan 1824 → …

Conference

Conference	20th New Zealand Geothermal Workshop
City	Auckland, New Zealand
Period	1/01/24 → …

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@inproceedings{e07c523b9b89466ca3ef4e219a01978b,

title = "Corrosion Properties of a Volcanic Hot Spring",

abstract = "Volcanic hot pools on White Island, New Zealand provide ready access to acidic fluids at atmospheric pressure. These hot pools can be used to study the corrosion properties of construction materials that might be used for energy production from deep-seated and magma-ambient geothermal systems, or from shallow resources producing acidic fluids. corrosion results for a 1,hot pool are presented. A select group of moderate and high alloy materials appear suitable for energy plant applications. Chemistry and corrosion mechanism models provide some reasons for the experimental observations. Corrosion control experiments in fluids removed from the hot pool demonstrated that a decrease in the instantaneous corrosion rate of carbon steel can be achievedby adjustment.",

author = "D. Engelberg and Lichti, {K. L.} and Braham, {V. J.} and N. Sanada and J. Kurata and H. Nanjo and J. Ikeuchi and B.W. Christenson",

year = "1998",

language = "English",

pages = "97--102",

booktitle = "PROCEEDINGS OF THE NEW ZEALAND GEOTHERMAL WORKSHOP",

publisher = "University of Auckland, Geothermal Institute",

address = "New Zealand",

note = "20th New Zealand Geothermal Workshop ; Conference date: 01-01-1824",

}

Engelberg, D, Lichti, KL, Braham, VJ, Sanada, N, Kurata, J, Nanjo, H, Ikeuchi, J & Christenson, BW 1998, Corrosion Properties of a Volcanic Hot Spring. in PROCEEDINGS OF THE NEW ZEALAND GEOTHERMAL WORKSHOP. University of Auckland, Geothermal Institute, Geothermal Institute, University of Auckland , Auckland, pp. 97-102, 20th New Zealand Geothermal Workshop, Auckland, New Zealand, 1/01/24.

TY - GEN

T1 - Corrosion Properties of a Volcanic Hot Spring

AU - Engelberg, D.

AU - Lichti, K. L.

AU - Braham, V. J.

AU - Sanada, N.

AU - Kurata, J.

AU - Nanjo, H.

AU - Ikeuchi, J.

AU - Christenson, B.W.

PY - 1998

Y1 - 1998

N2 - Volcanic hot pools on White Island, New Zealand provide ready access to acidic fluids at atmospheric pressure. These hot pools can be used to study the corrosion properties of construction materials that might be used for energy production from deep-seated and magma-ambient geothermal systems, or from shallow resources producing acidic fluids. corrosion results for a 1,hot pool are presented. A select group of moderate and high alloy materials appear suitable for energy plant applications. Chemistry and corrosion mechanism models provide some reasons for the experimental observations. Corrosion control experiments in fluids removed from the hot pool demonstrated that a decrease in the instantaneous corrosion rate of carbon steel can be achievedby adjustment.

AB - Volcanic hot pools on White Island, New Zealand provide ready access to acidic fluids at atmospheric pressure. These hot pools can be used to study the corrosion properties of construction materials that might be used for energy production from deep-seated and magma-ambient geothermal systems, or from shallow resources producing acidic fluids. corrosion results for a 1,hot pool are presented. A select group of moderate and high alloy materials appear suitable for energy plant applications. Chemistry and corrosion mechanism models provide some reasons for the experimental observations. Corrosion control experiments in fluids removed from the hot pool demonstrated that a decrease in the instantaneous corrosion rate of carbon steel can be achievedby adjustment.

M3 - Conference contribution

SP - 97

EP - 102

BT - PROCEEDINGS OF THE NEW ZEALAND GEOTHERMAL WORKSHOP

PB - University of Auckland, Geothermal Institute

CY - Geothermal Institute, University of Auckland , Auckland

T2 - 20th New Zealand Geothermal Workshop

Y2 - 1 January 1824

ER -

Corrosion Properties of a Volcanic Hot Spring

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