Emergency Power Source Planning for Water and Wastewater
| AUTHOR | Fred J. Ellermeier; Pittman, Larry D.; Stevens, Donald R. et al. |
| PUBLISHER | American Water Works Association (01/01/2004) |
| PRODUCT TYPE | Paperback (Paperback) |
Description
Adequate and reliable emergency and standby power is essential for all water and wastewater utilities. This book provides guidance to_x000d_
_x000d_
Assess the vulnerability, condition, and reliability of primary electrical equipment_x000d_
Evaluate optionsfor on-site electrical-generating equipment_x000d_
Assess placement locations to facilitate integration with the existing electrical systems_x000d_
Determine current and historical electrical load demands and estimate future electrical demands_x000d_
_x000d_
Determine backup-power capacity needed to meet peak demandTable of Contents _x000d_
_x000d_
Introduction_x000d_
History_x000d_
An Overview of Emergency and Standby Power_x000d_
Defining Water and Wastewater Utility Needs_x000d_
Risk Factors and Scenario Planning_x000d_
Planning, Evaluation, and Design_x000d_
ConclusionAppendices: Standby Power Information Checklist Survey Questions Emergency Response Scenario Planning Case Studies Cleveland Division of Water: Lessons Learned Emergency Preparedness Checklist
_x000d_
Assess the vulnerability, condition, and reliability of primary electrical equipment_x000d_
Evaluate optionsfor on-site electrical-generating equipment_x000d_
Assess placement locations to facilitate integration with the existing electrical systems_x000d_
Determine current and historical electrical load demands and estimate future electrical demands_x000d_
_x000d_
Determine backup-power capacity needed to meet peak demandTable of Contents _x000d_
_x000d_
Introduction_x000d_
History_x000d_
An Overview of Emergency and Standby Power_x000d_
Defining Water and Wastewater Utility Needs_x000d_
Risk Factors and Scenario Planning_x000d_
Planning, Evaluation, and Design_x000d_
ConclusionAppendices: Standby Power Information Checklist Survey Questions Emergency Response Scenario Planning Case Studies Cleveland Division of Water: Lessons Learned Emergency Preparedness Checklist
Show More
Product Format
Product Details
ISBN-13:
9781583213216
ISBN-10:
158321321X
Binding:
Paperback or Softback (Trade Paperback (Us))
Content Language:
English
More Product Details
Page Count:
115
Carton Quantity:
26
Product Dimensions:
8.32 x 0.41 x 10.80 inches
Weight:
1.09 pound(s)
Feature Codes:
Illustrated
Country of Origin:
US
Subject Information
BISAC Categories
Science | Earth Sciences - Hydrology
Science | Environmental - Water Supply
Science | Environmental Science (see also Chemistry - Environmental)
Dewey Decimal:
628.1
Library of Congress Control Number:
2004052915
Descriptions, Reviews, Etc.
annotation
Planning and addressing the causes and effects of power outages and standby power supplies, this handbook establishes reliable plans and addresses financial and public health risks of using standby power supplies.
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publisher marketing
Adequate and reliable emergency and standby power is essential for all water and wastewater utilities. This book provides guidance to_x000d_
_x000d_
Assess the vulnerability, condition, and reliability of primary electrical equipment_x000d_
Evaluate optionsfor on-site electrical-generating equipment_x000d_
Assess placement locations to facilitate integration with the existing electrical systems_x000d_
Determine current and historical electrical load demands and estimate future electrical demands_x000d_
_x000d_
Determine backup-power capacity needed to meet peak demandTable of Contents _x000d_
_x000d_
Introduction_x000d_
History_x000d_
An Overview of Emergency and Standby Power_x000d_
Defining Water and Wastewater Utility Needs_x000d_
Risk Factors and Scenario Planning_x000d_
Planning, Evaluation, and Design_x000d_
ConclusionAppendices: Standby Power Information Checklist Survey Questions Emergency Response Scenario Planning Case Studies Cleveland Division of Water: Lessons Learned Emergency Preparedness Checklist
_x000d_
Assess the vulnerability, condition, and reliability of primary electrical equipment_x000d_
Evaluate optionsfor on-site electrical-generating equipment_x000d_
Assess placement locations to facilitate integration with the existing electrical systems_x000d_
Determine current and historical electrical load demands and estimate future electrical demands_x000d_
_x000d_
Determine backup-power capacity needed to meet peak demandTable of Contents _x000d_
_x000d_
Introduction_x000d_
History_x000d_
An Overview of Emergency and Standby Power_x000d_
Defining Water and Wastewater Utility Needs_x000d_
Risk Factors and Scenario Planning_x000d_
Planning, Evaluation, and Design_x000d_
ConclusionAppendices: Standby Power Information Checklist Survey Questions Emergency Response Scenario Planning Case Studies Cleveland Division of Water: Lessons Learned Emergency Preparedness Checklist
Show More
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