High Temperature Water Heating Systems - index
High Temperature Water Heating Systems - ufc_3_430_04fa0001
United Facilities Criteria (UFC) - ufc_3_430_04fa0002
Foreword - ufc_3_430_04fa0003
High Temperature Water Heating Systems - ufc_3_430_04fa0004
High Temperature Water Heating Systems - ufc_3_430_04fa0005
Chapter 1: Design Considerations
Properties of High Temperature Water
Pressurization
Water Circulation
Figure 1-1. Insert Gas-Pressurized Single Circulation Method
Water Circulation -Cont. - ufc_3_430_04fa0014
Figure 1-2. Insert Gas-Pressurized Dual Circulation Method
Water Circulation -Cont. - ufc_3_430_04fa0016
Figure 1-3. Steam Pressurized Single Circulation Method
Steam-Pressurized, Dual Circulation Method
Figure 1-4. Steam Pressurized Dual Circulation Method
Design and Selection Procedure
Design and Selection Procedure -Cont.
Figure 1-5. Flow Diagram Steam Pressurized Single Circulation System
Figure 1-6. Flow Diagram Steam Pressurized Dual Circulation System
Figure 1-7. Flow Diagram Inert Gas Pressurized Single Circulation System
Figure 1-8. Flow Diagram Inert Gas Pressurized Dual Circulation System
Economic Justification
Individual Heating Plants
Chapter 2. Load Characteristics and Calculations
Diversity Factors
Eesential Load
Matching Plant Capacity to Load
Expansion Vessel Design - ufc_3_430_04fa0032
Figure 2-1. Expansion Tank Volumes
Inert Gas Pressurized Expansion Vessel Design
Inert Gas Pressurized Expansion Vessel Design -Cont.
Chapter 3. Distribution Piping and Equipment
Air Bottles,Drains and Vents
Figure 3-1. Typical Vent and Typical Drain
Underground and Aboveground Systems
Corrosive Classification
Chapter 4. Heating Plant
Figure 4-1. Cascade HTW System in Process Steam System
Combustion Equipment and Controls
Figure 4-2. Typical Combustion Control Systems
Pressurization System
Pumps - ufc_3_430_04fa0046
Makeup Water Treatment
Instrumentation - ufc_3_430_04fa0048
Pollution Control
Chapter 5. Conversion and Utilization
Figure 5-1. Various Heat Converters
Valves - ufc_3_430_04fa0052
Figure 5-2. Heat Exchangers and Control Valves
Design of Heat Exchangers
Controls - ufc_3_430_04fa0055
Controls -Cont.
Appendix A: References - ufc_3_430_04fa0057
Appendix B: Sample Calculations for Data Given in Chapter 2
Expansion Vessel Design - ufc_3_430_04fa0059
Appendix C: Example Distribution Layouts
Figure C-2. Direct Supply,Radial
Figure C-3. One-Pipe Loop Main
Figure C-4. Primary and Secondary Systems
High Temperature Water Heating Systems - ufc_3_430_04fa0001
United Facilities Criteria (UFC) - ufc_3_430_04fa0002
Foreword - ufc_3_430_04fa0003
High Temperature Water Heating Systems - ufc_3_430_04fa0004
High Temperature Water Heating Systems - ufc_3_430_04fa0005
Chapter 1: Design Considerations
Properties of High Temperature Water
Pressurization
Water Circulation
Figure 1-1. Insert Gas-Pressurized Single Circulation Method
Water Circulation -Cont. - ufc_3_430_04fa0014
Figure 1-2. Insert Gas-Pressurized Dual Circulation Method
Water Circulation -Cont. - ufc_3_430_04fa0016
Figure 1-3. Steam Pressurized Single Circulation Method
Steam-Pressurized, Dual Circulation Method
Figure 1-4. Steam Pressurized Dual Circulation Method
Design and Selection Procedure
Design and Selection Procedure -Cont.
Figure 1-5. Flow Diagram Steam Pressurized Single Circulation System
Figure 1-6. Flow Diagram Steam Pressurized Dual Circulation System
Figure 1-7. Flow Diagram Inert Gas Pressurized Single Circulation System
Figure 1-8. Flow Diagram Inert Gas Pressurized Dual Circulation System
Economic Justification
Individual Heating Plants
Chapter 2. Load Characteristics and Calculations
Diversity Factors
Eesential Load
Matching Plant Capacity to Load
Expansion Vessel Design - ufc_3_430_04fa0032
Figure 2-1. Expansion Tank Volumes
Inert Gas Pressurized Expansion Vessel Design
Inert Gas Pressurized Expansion Vessel Design -Cont.
Chapter 3. Distribution Piping and Equipment
Air Bottles,Drains and Vents
Figure 3-1. Typical Vent and Typical Drain
Underground and Aboveground Systems
Corrosive Classification
Chapter 4. Heating Plant
Figure 4-1. Cascade HTW System in Process Steam System
Combustion Equipment and Controls
Figure 4-2. Typical Combustion Control Systems
Pressurization System
Pumps - ufc_3_430_04fa0046
Makeup Water Treatment
Instrumentation - ufc_3_430_04fa0048
Pollution Control
Chapter 5. Conversion and Utilization
Figure 5-1. Various Heat Converters
Valves - ufc_3_430_04fa0052
Figure 5-2. Heat Exchangers and Control Valves
Design of Heat Exchangers
Controls - ufc_3_430_04fa0055
Controls -Cont.
Appendix A: References - ufc_3_430_04fa0057
Appendix B: Sample Calculations for Data Given in Chapter 2
Expansion Vessel Design - ufc_3_430_04fa0059
Appendix C: Example Distribution Layouts
Figure C-2. Direct Supply,Radial
Figure C-3. One-Pipe Loop Main
Figure C-4. Primary and Secondary Systems
