Guides
Tetra has published the following guides which are available for ordering:- HRSG Tube Failure Diagnostic Guide (2nd Edition)
- HRSG Inspection Planning Guide (2nd Edition)
- Handbuch zu Rohrschäden in Abhitzedampferzeugern 2. Auflage (Neuer Preis)
HRSG Tube Failure Diagnostic Guide
The HRSG Tube Failure Diagnostic Guide 2nd Edition , an updated version of our popular guide is now shipping. (
Deutsche Übersetzung)
Price
$195 per copy, plus P&P (Orders in the USA)
€160 per copy, plus P&P (Orders in Europe)
Click here to order
ISBN 0-9719616-3-8
Pages: 232 (Color)
New information from recent field experiences at large modern combined cycle plants is incorporated that provides expanded discussion and enhanced visual aids of these topical issues:
- Thermal Shock and Stress Failures
- Failures from High Sulfur Gas and Distillate Fuels
- Additional Vibration Failures
- Water Chemical Control Failures
- Layup Related Failures
This reference continues to provide essential information for maintenance managers, plant engineers and operations managers responsible for maintaining HRSG reliability at combined cycle plants throughout the world. Use this practical guide to provide rapid identification and diagnosis of tube failures in combined cycle power plants with Heat Recovery Steam Generators. The Guide addresses damage mechanisms that affect HRSG tubes including:
- Erosion Corrosion/Flow-Assisted Corrosion
- Pitting
- High Speed Erosion
- Stress Corrosion Cracking
- Deposition and Under Deposit Corrosion
- Corrosion Fatigue
- Creep and Creep-Fatigue
- Weld Defects
- Mechanical Wear
- Vibration Fatigue/Flow-Induced Vibration
- Gas-Side Corrosion
- Dew-Point Corrosion
A concise description is provided to assist the maintenance, operations or plant engineer with the identification of these important failure mechanisms. Guidance is included to enhance diagnosis, including recommended visual and nondestructive inspection techniques applicable to the specific mechanism and steps to establish the root cause of failure. Further guidance specifies when outside laboratory evaluations are warranted and the minimum information needed to confirm the failure mechanism. General guidance is also provided for conducting root cause evaluations including important considerations in sample removal and preservation. Additional high quality images and illustrations from HRSG Failure Analyses performed by Tetra Engineering are included to provide typical examples of these significant damage mechanisms.
Sample Pages
| Item | Size (kB) | Description |
|---|---|---|
| TFDG2-TOC.pdf | 74 | Table of Contents |
| TFDG2-P34.pdf | 65 | Procedure for using the failure guide |
| TFDG2-P56-57.pdf | 327 | Example form an updated section - Corrosion Fatigue |
| TFDG2-P197-198.pdf | 324 | Example of a Case Study - LP Feedwater Tube |
HRSG Inspection Planning Guide (2nd Edition)

The HRSG Inspection Planning Guide (2nd Edition) is a practical guide to inspection practice for Heat Recovery Steam Generators at combined cycle power plants.
Price
$100 per copy, plus P&P (Orders in the USA)
€80 per copy, plus P&P (Orders in Europe)
Click here to order
ISBN 0-9719616-2-X
Pages: 161 (Color)
Drawn from our extensive experience in performing HRSG inspections and performance assessments, the HRSG Inspection Planning Guide provides plant personnel with concise and practical guidance for planning and executing HRSG inspections. The objective is to give the inspector the means to effectively identify current problem areas, recognize damage mechanisms and to focus inspection efforts as a function of the plant operating history. The following areas are covered :
- Reasons for Inspecting (included survey of statutory requirements in USA & EU)
- Planning and Preparing for the Inspection
- Overview of Main Causes of Damage
- Survey of Inspection Techniques (standard and special purpose)
- Case Studies from Actual Field Inspections by Tetra Engineering
Effective approaches for identifying high-risk locations are discussed for major pressure part damage mechanisms including superheaters/reheaters, evaporators and economizers, feedwater pre-heaters and external feedwater piping. The guide also covers structural supports (hangers and tube bundle restraints), supplemental firing systems, SCR and ammonia injection grids, CO catalysts as well as insulation and casing components.
As a companion to our popular HRSG Tube Failure Diagnostic Guide the HRSG Inspection Planning Guide adopts a similar approach with use of flow charts, punch lists of important factors that affect inspection planning and informative case histories.
The 2nd edition is updated with additional valuable information drawn from the numerous field inspections performed by Tetra Engineering staff on horizontal and vertical gas path HRSGs since the last edition was released. There is expanded coverage on inspecting drums and deaerators, additional material on failure modes and mechanisms, more information relating to inspections of vertical gas path units and added case studies from field inspections.
Handbuch zu Rohrschäden in Abhitzedampferzeugern 2. Auflage

Das Handbuch zu Rohrschäden in Abhitzedampferzeugern ist eine praktische Hilfe zur Erkennung und schnellen Diagnose von Kesselrohrschäden in GuD-Anlagen mit Abhitzedampferzeugern.
Preis
€160 pro Buch, plus Versandkosten
Klicken Sie hier zum Bestellen
ISBN 0-9719616-1-1
Seiten: 252 (Farbe)
Englisches Original und deutsche Übersetzung.
Das Buch ist das Ergebnis langjähriger Erfahrung, es ist bestimmt für Kraftwerksleiter, Betriebs- und Wartungsingenieure. Sie finden in ihm eine ausführliche Liste von Schadensmechanismen, die Rohre in Abhitzedampferzeugern betreffen können, unter anderem:
- Erosion-Korrosion/strömungsinduzierte Korrosion
- Lochfraß
- Erosion bei hoher Flussgeschwindigkeit
- Spannungsrisskorrosion
- Ablagerungen und Korrosion unterhalb von Ablagerungen
- Korrosionsermüdung
- Zeitstandschäden und Zeitstandschädenermüdung
- Schweißnahtschäden
- Mechanische Abnutzung
- Vibrationsermüdung/strömungsinduzierte Vibration
- Gasseitige Korrosion
- Korrosion durch Taupunktunterschreitung
Diese Schadensmechanismen werden detailliert beschrieben, um Kraftwerksleitern, Betriebs- und Wartungsingenieuren Hilfe bei ihrer Erkennung zu bieten. Es werden visuelle und zerstörungsfreie Prüfungsverfahren zur Bestimmung der jeweiligen Schadensmechanismen empfohlen und Schritt für Schritt-Verfahren zur Feststellung der Hauptschadensursache gegeben. Weiterhin wird beschrieben, wann externe Laboranalysen ratsam sind und welche Informationen mindestens benötigt werden, um den Schadensmechanismus eindeutig festzustellen. Das Handbuch enthält große Bilder aus Schadensanalyseprojekten, die von Tetra Engineering durchgeführt wurden. Sie zeigen typische Beispiele der bedeutensden Schadensmechanismen.
Ordering
Orders can be placed directly by using major credit cards or by contacting us to arrange a bank transfer. Please send your details to the relevant office in either the USA or Europe.
| Credit card | Bank Transfer |
|---|---|
| We will call you to verify credit card details. | We will raise a pro-forma invoice which we will send to you, and we will ship upon receipt of payment. |
Details can be sent using an online form or by using the downloadable order form:
To contact us about your order, please see our contacts page . |
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