Dr. David Dayton is a Senior Fellow in Chemistry and the Biofuels Director at RTI International. He is an expert in alternative fuels that can be used to create cleaner, cost-effective sources of energy. A physical chemist, Dr. Dayton has more than 25 years of project management and research experience in R&D projects focused on biomass thermochemical conversion processes used to create cost-effective biofuels. Dr. Thomas Foust is the Director of the National Renewable Energy Laboratory’s National Bioenergy Center (NBC) and a Professor of Mechanical Engineering at Colorado State University. He is a comprehensive expert in the clean energy area with a specialty in bioenergy with over 25 years of R&D and R&D management experience. His areas of expertise in bioenergy include feedstock production, biomass conversion technologies to fuels and products and advantaged uses of biofuels and bioproducts.

• IntroductionBiomass CharacterizationBiomass ConversionAnalytical Methods in Biochemical ConversionAnalytical Methods in Thermochemical ConversionAnalytical Methods in Hybrid TechnologiesTechno-Economics of Advanced Biofuels ProcessesLifecycle Assessment of Advanced Biofuels ProcessesOptimized Biofuels for High-Efficiency, Low-Emission EnginesAlternative Jet FuelsBiomass-Based Products and ChemicalsWaste to EnergyCarbon Dioxide Utilization for Building Materials, Fuels, Chemicals, and PolymersRemaining Challenges and Final Thoughts

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Dr. David Dayton is a Senior Fellow in Chemistry and the Biofuels Director at RTI International. He is an expert in alternative fuels that can be used to create cleaner, cost-effective sources of energy. A physical chemist, Dr. Dayton has more than 25 years of project management and research experience in R&D projects focused on biomass thermochemical conversion processes used to create cost-effective biofuels. Dr. Thomas Foust is the Director of the National Renewable Energy Laboratory’s National Bioenergy Center (NBC) and a Professor of Mechanical Engineering at Colorado State University. He is a comprehensive expert in the clean energy area with a specialty in bioenergy with over 25 years of R&D and R&D management experience. His areas of expertise in bioenergy include feedstock production, biomass conversion technologies to fuels and products and advantaged uses of biofuels and bioproducts.

• IntroductionBiomass CharacterizationBiomass ConversionAnalytical Methods in Biochemical ConversionAnalytical Methods in Thermochemical ConversionAnalytical Methods in Hybrid TechnologiesTechno-Economics of Advanced Biofuels ProcessesLifecycle Assessment of Advanced Biofuels ProcessesOptimized Biofuels for High-Efficiency, Low-Emission EnginesAlternative Jet FuelsBiomass-Based Products and ChemicalsWaste to EnergyCarbon Dioxide Utilization for Building Materials, Fuels, Chemicals, and PolymersRemaining Challenges and Final Thoughts

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Dr. David Dayton is a Senior Fellow in Chemistry and the Biofuels Director at RTI International. He is an expert in alternative fuels that can be used to create cleaner, cost-effective sources of energy. A physical chemist, Dr. Dayton has more than 25 years of project management and research experience in R&D projects focused on biomass thermochemical conversion processes used to create cost-effective biofuels. Dr. Thomas Foust is the Director of the National Renewable Energy Laboratory’s National Bioenergy Center (NBC) and a Professor of Mechanical Engineering at Colorado State University. He is a comprehensive expert in the clean energy area with a specialty in bioenergy with over 25 years of R&D and R&D management experience. His areas of expertise in bioenergy include feedstock production, biomass conversion technologies to fuels and products and advantaged uses of biofuels and bioproducts.

• IntroductionBiomass CharacterizationBiomass ConversionAnalytical Methods in Biochemical ConversionAnalytical Methods in Thermochemical ConversionAnalytical Methods in Hybrid TechnologiesTechno-Economics of Advanced Biofuels ProcessesLifecycle Assessment of Advanced Biofuels ProcessesOptimized Biofuels for High-Efficiency, Low-Emission EnginesAlternative Jet FuelsBiomass-Based Products and ChemicalsWaste to EnergyCarbon Dioxide Utilization for Building Materials, Fuels, Chemicals, and PolymersRemaining Challenges and Final Thoughts

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