Applications of Advanced Technology to Ash-Related Problems in Boilers
By: edited by Larry Baxter, Richard DeSollar
Contributors: DeSollar, Richard, editor; SpringerLink (Online service)
Published: 1996
Language: eng
Format: [electronic resource] /
Number of pages: 666
ISBN-13: 9781475792232
Subjects: Chemistry; Chemical engineering; Mechanical engineering; Industrial Chemistry/Chemical Engineering
Table of contents: title: Ash Formation, Deposition, Corrosion and Erosion in Conventional Boilers; title: Research Needs of the Power Industry; title: Evolutionary Changes in Furnace Combustion Conditions which Affect Ash Deposition in Modern Boilers; title: The UK Collaborative Research Programme on Slagging Pulverised Coal-Fired Boilers: Summary of Findings; title: Ash Deposit Properties and Radiative Transfer in a Coal Fired Plant: Current Understanding and New Developments; title: Rates and Mechanisms of Strength Development in Low-Temperature Ash Deposits; title: Deposit Formation during the Co-Combustion of Coal-Biomass Blends; title: Quantification of Deposit Formation Rates as Functions of Operating Conditions and Fraction of Biomass Fuel Used in a Converted PC Boiler (100 MW); title: In Situ Measurements of Boiler Ash Deposit Emissivity and Temperature in a Pilot-Scale Combustion Facility; title: Erosion Oxidation of Carbon Steel and Deposition of Particles on a Tube during Combustion of Coal Based Fuels in an Industrial Boiler; title: ^; title: Laboratory Measurement of Alkali Metal Containing Vapors Released during Biomass Combustion; title: An Improved Ash Fusion Test; title: An Assessment of Coal Ash Slagging Propensity Using an Entrained Flow Reactor; title: Mechanisms of Ash Fouling during Low Rank Coal Combustion; title: Correlating the Slagging of a Utility Boiler with Coal Characteristics; title: Excluded/Included Mineral Matter and Its Size Distribution Relative Significance on Slagging and Fouling Characteristics; title: Studies on Ash Species Release during the Pyrolysis of Solid Fuels with a Heated Grid Reactor; title: Ion Oxidation State and Its Effect on Ash Particle Stickiness; title: Investigation of Mechanisms for the Formation of Ash Deposits for Two Powder River Basin Coals; title: Characterization of Ash Deposit Structure from Planar Sections: Result and Challenges; title: Danish Collaborative Project on Mineral Transformations and Ash Deposition in PF-Fired Boilers and Related Research Projects; title: ^; title: ^^; title: Emittance of Layers of Uniform Ash-like Slag Particles: Spectral Nature, and Effects of Particle Size, Composition and Heating; title: Agglomeration and Defluidization in FBC of Biomass Fuels: Mechanisms and Measures for Prevention; title: Utilization of Estonian Oil Shale at Power Plants; title: Characterization of Biomass Ashes; title: The Safety and Economics of High Ash Anthracite Fired Mixing with Petroleum-Coke in Pulverized Coal Fired Furnace; title: Alkali Salt Ash Formation during Black Liquor Combustion at Kraft Recovery Boilers; title: Effect of Environment Atmosphere on the Sintering of Thai Lignite Fly Ashes; title: Ash Transformations in the Real Scale Pulverized Coal Combustion of South African and Colombian Coals; title: Modeling of Ash Deposition in the Convective Pass of a Coal Fired Boiler; title: The Structure of Submicron Ash from Combustion of Pulverized South African and Colombian Coals; title: The Effect of Operation Conditions on Slagging; title: ^; title: ^^; title: Neural Network Predictions of Slagging and Fouling in Pulverized Coal Fired Utility Boilers; title: Slagging and Fouling Propensity: Full Scale Tests at Two Power Stations in Western Denmark; title: Investigation of Some Slagging Problems at the Rigs; title: Coal Ash Fusion Temperatures: New Characterisation Techniques and Associations with Phase Equilibria; title: Slagging Prediction when Using the Chemical Composition of Fly Ash Individual Particles and the Slagging Probability Model; title: Slagging: Problem Definition; title: Modelling Fly Ash Generation for UK Power Station Coals; title: Modelling Ash Deposition during the Combustion of Low Grade Fuels; title: Development of Fireside Performance Indices for Coal Fired Utility Boilers; title: Prediction of Ash Deposition in Pulverised Coal Combustion Systems.; title: ^^