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Description
In the Standard Handbook of Plant Engineering, Second Edition, Robert C. Rosaler and 70 other industry experts take you on an exhaustive tour of the basic plant facility, plant operation equipment and the all-important maintenance function-giving you the hands-on skill and essential technical data you need to keep your plant running smoothly. You get complete, up-to-the-minute details on: In-plant prime power generation and cogeneration; Heating, ventilating and air conditioning; Water sources, use and disposition; Mechanical power transmission; Instrumentation and automatic control; Pollution control and waste disposal; Plant safety and sanitation; Energy conservation; Lubricants and lubrication systems.

THE COMPLETE GUIDE TO THE CONSTRUCTION, OPERATION, AND MAINTENANCE OF PLANT FACILITES – EXPANDED AND UPDATED!

Here is the best single guide to efficient, cost-effective plant engineering—from construction to internal operation, maintenance, and management of the plant facility.

With contributions from more than 70 well-known leaders in their specialties, this new edition of Standard Handbook of Plant Engineering offers you the cutting-edge information you need to keep your plant operating at peak efficiency—and profitability. You'll find expert, detailed information on the basic plant facility, plant operation, equipment repair and replacement, and much more.

Packed with tables, formulas, charts, graphs, and checklists, the Third Edition has been updated to now include:
* In-depth coverage of the latest technological advances, particularly computer programs
* Expanded coverage of codes and standards The use of both SI and metric units

Covering virtually every aspect of modern plant engineering, this reference will prove invaluable to plant engineer at all levels, maintenance supervisors, plant operation managers, facility engineers, and owners who demand peak performance from their facility.

Table of *******s

Board of Advisors
Contributors
Preface to Third Edition
Preface to Second Edition
Preface to First Edition
Sect. 1 The Plant Engineer and the Organization
Sect. 2 Effective Maintenance Management
Sect. 3 Managing the Facility
Sect. 4 Plant Operations
Sect. 5 Basic Maintenance Technology
Sect. 6 In-Plant Prime Power Generation and Cogeneration
App Metric Conversion Table
Index

This subcourse is designed to teach the knowledge and skills necessary for
performing tasks relating to the administration and management of a
maintenance activity at unit level. This subcourse is presented in four
lessons, each corresponding to a specific learning objective.

Objectives of the Book
Reliability, maintenance, and maintainability (henceforth denoted R&M) are important
in nearly every endeavor that deals with engineered and manufactured
goods. Thus the number of areas of application is very large, and the number of specific
applications is virtually endless. The cases presented in this book illustrate the
range of applications. Reliability applications include consumer goods (a motorcycle,
an automobile, a DVD player), commercial goods (a photocopier), software, infrastructure
(an underground gas pipeline, a system of dikes), aerospace (a space interferometer,
a missile system), construction (cladding for buildings), and so forth.
Maintenance applications include plant maintenance, aircraft engines, and mining
equipment, to name a few.
In addition, reliability overlaps many disciplines, and both researchers and practitioners
come from many backgrounds. As a result, reliability and maintenance are
considered from different perspectives, some relatively narrow and some quite
broad and inclusive. Disciplines involved in the study of R&M issues include all
fields of engineering (aerospace, automotive, civil, electrical, mechanical, etc.), materials
science, probability, statistics, operations analysis, marketing, management,
and so forth, as well as application specific disciplines.
There is a vast literature on reliability, maintainability, and maintenance, including
many thousands of articles and a large number of books. Most early books on
reliability dealt mainly with the theoretical aspects, focusing on concepts, tools, and
techniques. With few exceptions, the examples given in these and many later books
are often contrived or based on simulated data, or both. Furthermore, when real data
are used, there is typically very little discussion of its origin, on the one hand, or of
the broader implications of the results (e.g., engineering design, business management,
economic), on the other. As is often the case, therefore, there exists a considerable
gap between theory and applications.
One of the key objectives of this book is to attempt