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Common Sense Compressed Air
Piping Guide

This guide book is a comprehensive source of
details for identifying, selecting and implementing an effective and
efficient compressed air piping system.
You will find case studies that explain how
to avoid and how to fix the common mistakes that create higher annual energy
costs and reduce the effectiveness of the compressed air system. The
illustrations, tables and charts make it easy for anyone to build, modify
and improve a compressed air piping system.
Table of Contents
Section I. Introduction
A
general review of the potential selections that must be made and some
conflicting suggestions and guidelines available to the layman.
Guidelines to
consider the effect of material/size and material/design of the compressed
air piping on the total cost of ownership.
Section II. Sizing and Configuring the Compressed Air Piping System
General Configuration
- Central Air System
- Departmental Air System
- Pressure Based Selection and Design
Basic Material used in Compressed Air Piping
Systems
- Thermoplastic (non metal) Pipe
- Black Iron/Steel
- Stainless Steel
- Copper
- Aluminum
Material Selection by Size
- Inlet Piping
- Discharge Piping
- Interconnecting Piping
- Main Line Distribution (headers)
- Distribution from the Header to the
Process
Pipe Coatings, various types
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Section III. Guidelines and
Configuration of the Compressed Air Piping
General Supports
- Hanger Guide
- Thermal Growth
Other Piping
- Aftercooler (when not part of compressor
or dryer package)
- Air Receiver
Section IV. Interconnecting
Compressed Air Piping
Design and configuration using pipeline
compressed air velocity and friction loss in the pipe to control pressure
loss and instability.
Interconnecting Pipe, main concerns and basic
design requirements
Pipeline Velocity Consideration
- Suggested Guidelines
- Effects of High Pipeline Velocity
- 2-Step Controller Compressor
- Total Pressure Loss
- Modulated Control Rotary Screw
- Centrifugal
Chart, cross sectional area in square feet of
popular pipe and tubing
Table guidelines for interconnecting piping to hold 20fps velocity
Pressure losses from friction
- Tables
- Standard pipe fitting
- Friction pressure loss per 100ft,
from 10psig to 350psig, ½” pipe to 24” pipe, 10cfm to 200,000cfm
- Pressure loss in air hole (50ft),
60psig to 300psig, 60cfm to 17,000cfm, ¾” to 4” (25ft)
- Chart, calculate pressure loss in
piping due to friction, 5psig to 400psig and 100cfm to 10,000cfm
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Section V. Compressed Air
Distribution System
Typical Compressed Air System
- General Guidelines Distribution Piping
- Main header, sub-header distribution
- Header to the process
Section VI. Strategies for
Effective Compressed Air Piping Systems for Expansions and Modifications
Use of some guidelines to expand or modify system
Oversize main headers, future expansion is possible
Hot tapping
Sub system
Collection header
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About the
Author
This book is published by the author, Hank Van
Ormer, who also wrote the majority of the articles. Mr. Van Ormer has
been associated with the Compressed Air and Gas Business and its allied
industries for almost 40 years.
While attending Gettysburg College he
worked summers in the research and development department of a rotary and
reciprocating compressor manufacturer. After graduation in 1959, he
began full time work with them and handled various areas of Industrial and
Construction Equipment product development, marketing and sales. Over
the years, he has worked with several leading manufacturers in similar areas
with particular emphasis on rotary and centrifugal compressors.
In 1986, Mr. Van Ormer started his own
independent consultant company, Air Power USA, Inc. which specializes in Air
Compressors, Compressed Air Equipment and Compressed Air Systems for the
industrial and construction markets. Mr. Van Ormer has developed
several accredited training courses for continuing education and complete
curriculum or technical colleges. Air Power USA offers complete plant
surveys and problem solving analysis of compressed air systems including
energy management studies.
The last several years, Mr. Van Ormer has
been very active in the Department of Energy “Compressed Air Challenge
Program”. As a charter member of the Compressed Air Efficiency
council, he worked with the basic program development and was a member of
the Training Committee. In December of 1998, Mr. Van Ormer was
selected as one of “Twelve Core Trainers” from applicants all over the
United States.
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Free Newsletter
The newsletter began in 1999 as a way to share information on compressors and
compressed air systems. Our promise it to provide you with in-depth articles and
case studies on reducing energy cost, solving chronic problems with new products
and eliminating maintenance.
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- You will have access to over 50 articles from our
back issue archives. The table of contents from our past issues can be
viewed by clicking here, <back issues>.
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How to Order
“Common Sense Compressed Air
Piping Guide” gives you the facts and tools to build, expand and modify
your compressed air piping system.
This 80 page book is a comprehensive air piping guideline with
diagrams, charts and tables that illustrate the topics. It is a
spiral bound, soft cover book with 8-1/2” x 11” size pages.
The printed, and bound version is $69.00 US each with Free
Shipping. It is also available, in pdf format, for only $45.00 US
each. If you want this version, you should make sure your email
system is capable of receiving a pdf file that is 5.2MB in size, before
entering your order.
Order today and start benefiting from this resource.
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