Description
This guidebook exclusively features coal combustion and cofiring biomass articles, including full charts, photographs, graphs and step-by-step instructions, previously featured in POWER magazine.
Delivered in a PDF format. 128 pages.
Table of Contents
- How accurate primary airflow measurements improve plant performance
- Research and development for future coal generation
- Coal-fired generation cost and performance trends
- Apply the fundamentals to improve emissions performance
- Designing and upgrading plants to blend coal
- To optimize performance, begin at the pulverizer
- Dynamic classifiers improve pulverizer performance and more
- Managing air to improve combustion efficienty
- Boiler optimization increases fuel flexibility
- Finesing fuel fineness
- Boiler tuning basics, part I
- Boiler tuning basics, part II
- Blueprint your pulberizer for improved performance
- Measuring coal pipe flow
- Air preheater eal upgrades renew plant efficiency
- The better environmental option: dry ash conversion technology
- Long-term catalyst health care
- Catalyst regeneration: The business case
- Constructing Maryland’s first permitted landfill for coal combustion byproducts
- A burning concern: Combustible dust
- Proactive strategies for dealing with combustible dust
- Designing and maintaining steam coil air preheaters for reliability and effectiveness
- Biomass cofiring: another way to clean your coal
- OPG Charts move from coal to biomass
- Drax offers model for cofiring biomass
- Designing fuel systems for large biomass plants
- Biomass cofiring: A promising new generation option
