The Third Edition of the Boiler Plant and Distribution System Optimization Manual has been upgraded with ten new checklists with over 100 ways to improve performance with 50 additional illustrations to communicate specific information about applying these technologies. The new checklists serve as a handy reference for designing an energy plan for your plants. Understanding that funds for energy come directly from your bottom line, this book has been designed for those tasked with increasing profits by reducing fuel costs while also reducing pollution and carbon footprints with attention to plant safety. The author presents many complex boiler-related topics in a simple and understandable way to simplify the decision-making process.
Le informazioni nella sezione "Riassunto" possono far riferimento a edizioni diverse di questo titolo.
Boiler Plant Orientation
Modern Boilers
Generating Steam
Types of Boilers
Firetube Boilers
Water Tube Boilers
Superheating of Steam
Superheater Temperature Control
Natural Circulation in Boiler Tubes
The Steam Drum
High Water Level Concerns
Carryover
Mist Carryover
Foaming Carryover
Priming Carryover
Start-Up
Warm-Up
Flame Safety Control
Boiler Safety Valves
Rating Boiler Capacity
Time-Temperature-Turbulence
Turndown Ratio
Boiler Casualties
High Efficiency Boiler Operations
Optimizing Boiler Plants Establishing the Ideal Scene
The First Step
Loss Prevention
Optimizing Boiler Management
Accountability
Measure to Manage
An Effective Energy Conservation Program
Energy Management Basics for Boilers and Systems
Energy Balance and Losses
The Higher Heating Value (HHV)
The Btu (British Thermal Unit)
Input-Output Efficiency
Why Steam is Used
Steam Properties
Accounting for Heat in Steam and Water
Energy Recovery in the Condensate System
Calculating Fuel Savings and Loss Based on Efficiency Change
Calculating Performance
Deficiency Costs
Carbon Dioxide Reduction
Improving Radiant Heat Transfer
Flame Temperature
Basic Boiler Plant Efficiency
Fuel Consumption
Fuel Cost
Annual Fuel Costs
Analyze Performance
Stack Losses
Blowdown Losses
Surface Losses
As-found Efficiency
Tune-Up
Reducing Stack Temperature
Blowdown Heat Recovery
Optimized Efficiency
Cost of Steam
Boiler Productivity
Dollar Savings
Additional Losses
Distribution System Efficiency
Steam System Losses
Flash Steam
High Temperature Hot Water Systems
Insulation Losses
Flash Steam Losses from Insulation Losses
Bare Piping Losses
Measuring Insulation Losses
Condensate System Losses
External Steam Leaks
Internal Steam Leaks
Steam Trap Malfunctions
Efficiency Calculation Methods
ASME Computational Procedures
Comparison of the Input·Output and Heat Loss Methods
The Input·Output Method
The Heat Loss Method
Combustion Heat Loss Tables
Heat Loss Due to Radiation
Comparing Methods for Measuring Boiler Efficiency
Combustion Analysis
Combustion Analysis
Caution
Stack Fires
Sources of Problems
The Smoke Spot Test
Possible Causes of Smoke Conditions
Low Stack Temperature
The Dangers of Carbon Monoxide
Chimney Effect
Condensing Flue Gases to Improve Efficiency
Sulfur In Fuel Forms Acid
Combustibles
Combustion Efficiency
Stoichiometric Combustion
Excess Air
How Do You Achieve Optimum Combustion Efficiency?
Flue Gas Heat Loss
Flue Gas Measurement
Orsat Testing
Finding Stack Losses
Paramagnetic
Wet Electrochemical Instruments
In situ vs. Close-coupled Extractive Analyzers
Net Oxygen vs. Gross Oxygen
Measurements
Relative Humidity
Oxygen Deficiency and Safety
Carbon Monoxide and Combustibles Measurement Methods
Catalytic Combustibles Sensor
Infrared CO Measurement
Off-stack CO Analyzers
Across-the-stack CO Analyzers
Opacity
Stack Temperature
Accuracy of Sampling Techniques
Using Carbon Monoxide to Measure Performance
The Control of Boilers
Steam Pressure Control
Safety Controls
Combustion Control
Feedwatcr Control
Blowdown Control
Furnace Pressure Control
Steam Temperature Control
Cold End Temperature Control
Soot Blower Control
Safety Valves
Flame Safety Controls
Safety Interlocks
Basic Firing Rate Control
Parallel Positioning Control
Jackshaft Control Systems
Series Positioning Control
Cross Limiting Control Features
Metering Control Systems
Feedwater Control
Blowdown Control
Furnace Pressure Control
Oxygen Trim
Carbon Monoxide Trim
Digital Control
Boiler Tune Up
A Tuneup Starts with an Inspection and Testing
Stack Temperature
Inspecting Your Boiler
Furnace
Fundamental Combustion Characteristics
Flame Appearance
The Ideal Flame
Problems that Can Occur in a Burner Flame of Ideal Geometry
Combustion of Oil [Figure 9.24]
The Basics of a Tuneup
Finding the Smoke and CO Threshold
Minimum Excess Oxygen
Control System Lineari ty
Step-By-Step Procedure for Adjusting Boiler Controls for Low-Excess Oxygen
Review of the Fine Tuning Process
Tuning Boiler Controls
High Efficiency Operations
Over 100 Ways to Improve Efficiency
High Efficiency Operations (Checklist 1)
Combustion Systems (Checklist 2)
Boiler Improvements (Checklist 3)
Metering and Monitoring (Checklist 4)
Boiler Water Management (Checklist 5)
Capital Investment Projects (Checklist 6)
Steam System Improvements (Checklist 7)
Heat Recovery Projects (Checklist 8)
Process Heating Systems (Checklist 9)
Building HVAC Projects (Checklist 10)
Standard Practices
Boiler Plant Calculations
Finding Excess Air Using Flue Gas Analysis of Carbon Dioxide (C02) and Oxygen (02)
Using Carbon Dioxide (C02) Measurements
Using Oxygen Measurements
Boiler Stack Gas Losses
Calculating Fuel Savings
Estimating Losses and Savings
Reducing Excess Air to Improve Efficiency
Air Infiltration
Reducing Stack Temperature to Improve Efficiency
Combustible Losses (Carbon Monoxide)
Analyzing Costs and Benefits of an Economizer and an Oxygen Trim System
Cost of Money
Programming Boiler Operations
Introduction to the Steam Tables for Accounting for Energy
Heat Losses in the Condensate Return System
Distribution System Losses
Boiler Blowdown Heat Recovery
Saving Energy by Improving Condensate Return
Reducing Blowdown Losses by Increasing Cycles of Concentration
Condensate Systern Water Leaks
Steam Leak Relief Valve
Distribution System Insulation Losses
Electrical Losses
Energy Savings with Adjustable Speed Drive [ASD]
Setting the Fuel Oil Heater for Proper Fuel Oil Viscosity at the Burner
Conversion Factors
Waste Heat Recovery
Waste Heat Recovery Opportunities
Where Waste Heat Can Be Used
Acid Formation A Limiting Factor in Waste Heat Recovery
What is Flue Gas?
Carbon as Fuel
Dry Gas and Moisture Losses
Sensible and Latent Heat
Fuel
Regenerators and Recouperators
Conventional Economizer
Cold-End Corrosion in Economizers
Controlling Acid Formation
Condensing the Moisture in Flue Gasses
Steam System Optimization
Steam System Optimization, a Huge Opportunity for Savings
Steam Distribution System Losses
Steam Traps
Steam Trap Types and Characteristics
Steam Trap Losses
Steam Trap Selection Sizing and Installation
Steam Trap Selection Guide
Steam Trap Operating Characteristics
Steam Trap Limitation Guide
Trouble Shooting Steam Traps
Steam Trap Inspection Checkoff List
Inspection Checklist for Steam Trap Misapplication
Boiler Water Treatment
Impurities in Boiler Feedwater Concentrate in the Boiler
Water Hardness
Condensate System Corrosion
The Priming Boiler
Water Carryover in Steam
Mist Carryover
Priming Carryover
Silica Carryover
Two Key Operating Controls for Deareators
Chemical Removal of Oxygen from Boiler Feedwater
Condensate Corrosion
External Water Treatment
Index
Le informazioni nella sezione "Su questo libro" possono far riferimento a edizioni diverse di questo titolo.
Spese di spedizione:
EUR 5,26
Da: Regno Unito a: U.S.A.
Descrizione libro hardback. Condizione: New. Language: ENG. Codice articolo 9781482260786
Descrizione libro Condizione: New. Codice articolo 6666-TNFPD-9781482260786
Descrizione libro Condizione: New. Codice articolo 21786589-n
Descrizione libro Condizione: New. pp. 345 3rd Edition. Codice articolo 2698169762
Descrizione libro Hardback. Condizione: New. New copy - Usually dispatched within 4 working days. Codice articolo B9781482260786
Descrizione libro Condizione: New. pp. 345 This item is printed on demand. Codice articolo 95308925
Descrizione libro Hardcover. Condizione: Brand New. 3rd edition. 293 pages. 11.75x9.00x1.00 inches. In Stock. Codice articolo __1482260786
Descrizione libro Condizione: New. Codice articolo 21786589-n
Descrizione libro Condizione: New. Dieser Artikel ist ein Print on Demand Artikel und wird nach Ihrer Bestellung fuer Sie gedruckt. Harry R. Taplin, Jr.The book has been upgraded with ten new checklists with over 100 ways to improve performance with 50 additional illustrations to communicate specific information about applying these technologies. The new checklists serve as a. Codice articolo 596054707