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Публикации
- Категория: Industrial Boilers and Heat Recovery Steam (continued)
- WATER CHEMISTRY, CARRY OVER, AND STEAM PURITY
- SOOT BLOWING
- Relating FGR and Oxygen in the Wind-Box
- Effect of FGR on Boiler Performance
- Performance with Oil Firing
- Why the Economizer Does Not Steam in Packaged Boilers
- Performance Without an Economizer
- BOILER PERFORMANCE ASPECTS
- ECONOMIZERS
- Life Estimation
- Design Aspects
- Steam Temperature Control
- SUPERHEATERS
- FAN SELECTION
- COMBUSTION CONTROLS
- BURNERS
- Combination Firing
- BOILER EFFICIENCY CALCULATIONS
- THE BOILING PROCESS
- Estimating Fin Tip Temperatures
- Energy Absorbed by the Furnace
- BOILER FURNACE DESIGN
- EFFECT OF STEAM PRESSURE ON BOILER DESIGN AND PERFORMANCE
- Comparing Surface Areas
- Custom-Designed Boilers
- Advantages of Water-Cooled Furnaces
- Standard Boilers
- PACKAGED STEAM GENERATORS
- STEAM PRESSURE AND BOILER DESIGN
- BOILER CLASSIFICATION
- Steam Generators INTRODUCTION
- SPECIFYING WASTE HEAT BOILERS
- The HRSGS Program
- PREDICTING HRSG DESIGN AND OFF-DESIGN PERFORMANCE USING HRSG SIMULATION
- WATER TUBE BOILER DESIGN CONSIDERATIONS
- Fire tube boiler design considerations
- Fouling in waste heat boilers
- INCINERATION APPLICATIONS
- Natural and Forced Circulation HRSGs
- Once-Through Units
- HRSGs AND CIRCULATION
- GAS TURBINE HRSGs
- HEAT RECOVERY IN HYDROGEN PLANTS
- Sulfuric acid plant heat recovery
- HEAT RECOVERY IN SULFUR PLANTS
- WATER TUBE VERSUS FIRE TUBE BOILERS
- Heat Recovery Boilers INTRODUCTION
- DIESEL ENGINE HEAT RECOVERY
- HAT CYCLE
- CHENG CYCLE
