Showing posts with label NALCO. Show all posts
Showing posts with label NALCO. Show all posts

Saturday, 17 March 2012

The Nalco Water Handbook

Daniel Flynn, "The Nalco Water Handbook"
English | 2009-07-22 | ISBN: 0071548831 | 1280 pages | PDF | 29.4 mb

The Landmark Water Use and Conditioning Resource--Fully Updated for the Twenty-First Century

Developed by the world's leading integrated water treatment and process improvement company, The Nalco Water Handbook, Third Edition provides comprehensive guidance on the use and conditioning of water and wastewater in any industrial or institutional facility. Reflecting major advances in technology and the latest regulatory requirements, this thoroughly revised classic covers basic water chemistry and explains how to improve water quality, minimize water usage, and implement more efficient treatment processes. 

The Third Edition features new information on wastewater, cooling systems, microbiological control, energy conservation, environmental hygiene, and steam generation problems and prevention. Every essential water treatment topic is covered in this authoritative volume, including:

- The chemistry of water
- Water sources
- Contaminants
- Impurity removal
- Steam generation
- Energy in water systems
- Wastewater discharge 
- Industrial and municipal use of water



The NALCO Guide to Boiler Failure Analysis

The NALCO Guide to Boiler Failure Analysis: Robert D. Port Harvey M. Herro 
McGraw-Hill | ISBN: 0070458731 | 1991 | PDF (OCR) | 293 pages | 10.31 Mb

This book illustrates & explains virtually all common failure modes which adversely affect boiler reliability. Each failure mode is well illustrated with case histories. The corrective steps necessary to reduce or eliminate each failure type, as well as precautionary notes, are provided. The book is a comprehensive, authoritative field guide for the identification & elimination of boiler failures. Boilers of virtually all pressures & many construction designs are presented.

Table of Contents
Water-Formed and Steam-Formed Deposits. Long-Term Overheating. Short-Term Overheating. Caustic Corrosion. Chelate Corrosion. Low pH Corrosion During Service. Low pH Corrosion During Acid Cleaning. Oxygen Corrosion. Fire-Side Corrosion. Oil Ash Corrosion. Coal Ash Corrosion. Waterfall Corrosion. Cold End Corrosion. Dewpoint Corrosion. Hydrogen Damage. Corrosion Fatigue Cracking. Stress Corrosion Cracking. Erosion. Cavitation. Forming Defects. Welding Defects. Material Deficiency. Graphitic Corrosion. De alloying.