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Cover image for Plant engineers and managers guide to energy conservation
Title:
Plant engineers and managers guide to energy conservation
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Publication Information:
New York : Van Nostrand Reinhold, 1977
ISBN:
9780442285104
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30000002010720 TJ163.3 .F3 T48 1977 Open Access Book Book
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30000002010761 TJ163.5 .F3 T48 1977 Open Access Book Book
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Summary

Summary

The link between health and human rights has been recognised for many years, but the increasing visibility of the right to health in international law has been a distinct feature of the last decade. It has been embraced by actors within civil society, academics, health professionals, lawyers and courts in several jurisdictions as a tool to address health inequalities at the local and global level, in matters ranging from access to medicines and the availability of affordable health care to sexual and reproductive health. But it has equally been the subject of derision and scorn by human rights sceptics who have described it as lacking foundation, nebulous, and incapable of implementation. This book seeks to offer a comprehensive discussion of the status and meaning of the right to health in international law. It traces the history of this right to reveal its nexus with public health and the long-standing recognition that a State has a responsibility to attend to the healthneeds of its population. It also offers a theoretical account of its conceptual foundations which challenges the position held by many philosophers that health is undeserving of the status of a human right. By developing an interpretative methodology, the book provides a persuasive account of the meaning of the right to health and the obligations it imposes on States. This process reveals an understanding of the right to health that, while challenging, remains practical and capable of guidingStates that are genuinely committed to addressing the health needs of their population.


Table of Contents

Chapter 1 The Role of the Plant Engineer in Energy Managementp. 1
Survey Of What Industry Is Doing
Results of Industrial Energy Utilization Programs
Organization For Energy Utilization
What Is An Industrial Energy Audit?
The Energy Utilization Program
Energy Accounting
The Language Of The Energy Manager
Chapter 2 Energy Economic Decision Makingp. 25
Life Cycle Costing
Using The Payback Period Method
Using Life Cycle Costing
The Time Value Of Money
Investment Decision-Making
The Job Simulation Experience
Making Decisions For Alternate Investments
Depreciation
Tax Reform Act
Computer Analysis
Chapter 3 The Facility Surveyp. 57
Comparing Catalogue Data With Actual Performance
Infrared Equipment
Measuring Electrical System Performance
Temperature Measurements
Measuring Combustion System
Measuring Heating
Ventilation And Air-Conditioning (HVAC) System Performance
Chapter 4 Electrical System Optimizationp. 69
Applying Proven Techniques To Reduce The Electrical Bill
Why The Plant Manager Should Understand The Electric Rate Structure
Electrical Rate Tariff
Power Basics--The Key To Electrical Energy Reduction
Relationships Between Power
Voltage
And Current
What Are The Advantages Of Power Factor Correction?
Efficient Motors
Synchronous Motors And Power Factor Correction
What Method Should Be Used To Improve The Plant Power Factor?
What Is Load Management?
What Have Been Some Of The Results Of Load Management?
Application Of Automatic Load Shedding
How Does Load Demand Control Work?
The Confusion Over Energy Management Systems
Lighting Basics--The Key To Reducing Lighting Wastes
Lighting Illumination Requirements
The Efficient Use of Lamps
Control Equipment
Solid State Ballasts
Chapter 5 Utility and Process System Optimizationp. 101
Basis Of Thermodynamics
The Carnot Cycle
Use Of The Specific Heat Concept
Practical Applications For Energy Conservation
Furnace Efficiency
Steam Tracing
Heat Recovery
The Mollier Diagram
Steam Generation Using Waste Heat Recovery
Pumps And Piping Systems
Distillation Columns
Incorporation Of Energy Utilization In Procurement Specifications
Chapter 6 Heat Transferp. 143
The Importance Of Understanding The Principles Of Heat Transfer
Three Ways Heat Is Transferred
How To Estimate The Heat Loss Of A Vessel Or Tank
How To Estimate The Heat Loss Of Piping And Flat Surfaces
Chapter 7 Reducing Building Energy Lossesp. 165
Energy Losses Due To Heat Loss And Heat Gain
Conductivity Through Building Materials
The Effect Of Sunlight
Window Treatments
Building Design Considerations
Chapter 8 Heating, Ventilation and Air-Conditioning System Optimizationp. 217
Efficient Use Of Heating And Cooling Equipment Saves Dollars
Applying The Heat Pump To Save Energy
Efficient Applications Of Refrigeration Equipment
Basics Of Air Conditioning System Design For Energy Conservation
Applying Variable Air Volume Systems
Applying The Economizer Cycle
Applying Heat Recovery
Cool Storage System Performance
Thermal Storage Control Systems
The Ventilation Audit
Energy Analysis Utilizing Simulation Programs
Test And Balance Considerations
Chapter 9 Cogeneration: Theory and Practicep. 251
Definition of "Cogeneration,"
Components of a Cogeneration System
An Overview of Cogeneration Theory
Application of the Cogeneration Constant
Applicable Systems
Basic Thermodynamic Cycles
Detailed Feasibility Evaluation
Chapter 10 Establishing a Maintenance Program for Plant Efficiency and Energy Savingsp. 283
Good Maintenance Saves $
What Is The Effectiveness Of Most Maintenance Programs?
How To Turn Around The Maintenance Program
Stop Leaks And Save
Properly Operating Steam Traps Save Energy
Excess Air Considerations
Dirt And Lamp Lumen Depreciation Can Reduce Lighting Levels By 50%
Summary
Chapter 11 Managing an Effective Energy Conservation Programp. 297
Organizing For Energy Conservation
Top Management Commitment
What To Consider When Establishing Energy Conservation Objectives
Using The Critical Path Schedule Of Energy Conservation Activities
Electrical Scheduling Of Plant Activities
An Effective Maintenance Program
Continuous Conservation Monitoring
Are Outside Consultants And Contractors Encouraged To Save Energy By Design?
Encouraging The Creative Process
Energy Emergency And Contingency Planning
Chapter 12 Industrial Power Monitoring and Controlp. 309
Evolution of Power Monitoring and Control Systems
First Generation PC Based Systems
Second Generation Systems
Commercial Technology Today
Systems Architecture
Survey of PMandC Systems
Vendor Selection
Chapter 13 Reliable and Economic Natural Gas Distributed Generation Technologiesp. 331
Elements of DG
Technologies
Market Potential
Chapter 14 Financing Energy Efficiency Projectsp. 347
Financing Alternatives
General Obligation Bond
Municipal Lease
Commercial Loan
Taxable Lease
Chapter 15 Steam System Optimization: A Case Studyp. 365
Savings Opportunities
Chapter 16 Cost Containment Design for Commercial Geothermal Heat Pumpsp. 385
Why GHPs? Why Now?
Design Methods to Realize Advantages
Software
Challenges in the US Market
Chapter 17 Fundamentals of Energy Outsourcingp. 399
What is Outsourcing?
Energy Outsourcing
Planning Steps
What to Outsource
Barriers to the Success of Outsourcing
Characteristics of an Energy Management Firm
Chapter 18 Economic Evaluations for Power Quality Solutionsp. 407
The Principle Investigation
Determining the Phenomenon
Choosing the Right Equipment
Economic Analysis
Graphical Analysis
A More Direct Approach
Chapter 19 Purchasing Strategies for Electricityp. 421
ATandT vs. MCI: A Paradigm
Factors Impacting Power Prices
Three General Relationships
Who Offers These Options?
The College of Power Knowledge
Chapter 20 Power Quality Case Studiesp. 433
Case Study 1
Case Study 2
Indexp. 443
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