13 Model Systems in Catalysis for Energy Economy
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N. Nilius
Abstract
The investigation of model systems for heterogeneous catalysts catching some of the complexity of real catalyst systems may add substantially to an attempt to rationally design catalysts and catalytic materials to effectively harvest and store energy. Five case studies discuss an approach to model disperse metal catalysts and its use in thermal and photo chemical processes.
Abstract
The investigation of model systems for heterogeneous catalysts catching some of the complexity of real catalyst systems may add substantially to an attempt to rationally design catalysts and catalytic materials to effectively harvest and store energy. Five case studies discuss an approach to model disperse metal catalysts and its use in thermal and photo chemical processes.
Kapitel in diesem Buch
- Frontmatter I
- Contents V
- List of Contributing Authors IX
-
1 General
- 1 Energy and Society: Toward a Socioecological Foundation for Research on Energy Transformations 1
- 2 Energy Ethics 19
- 3 Energy Storage Strategies 57
- 4 Chemical Energy Storage and Conversion: A Perspective 75
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2 Electrochemical
- 5 Electrochemical Concepts: A Practical Guide 125
- 6 Water-Splitting Conceptual Approach 141
- 7 Fuel Cells 157
- 8 Molecular Concepts of Water Splitting and Hydrogen Production: Nature’s Approach 183
- 9 Batteries: Concepts and Systems 243
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3 Thermochemical
- 10 Chemical Kinetics: A Practical Guide 271
- 11 Synthesis of Solid Catalysts 301
- 12 In Situ and Operando Analysis of Heterogeneous Catalysts in Chemical Energy Conversion 369
- 13 Model Systems in Catalysis for Energy Economy 393
- 14 CO2 Utilization: Methane, Methanol, and Synthetic Fuels 437
- 15 Photoelectrocatalytic CO2 Activation Toward Artificial Leaves: Outlooks and Needs of a System Approach 499
- 16 Challenges in Molecular Energy Research 537
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4 Biobased
- 17 Biofuels Derived from Renewable Feedstocks 567
- 18 Biomass Conversion to Chemicals 595
- 19 Thermal Conversion of Biomass 621
- 20 Biomass to Mineralized Carbon: Energy Generation and/or Carbon Sequestration 641
- 21 Innovative Use of Carbon 651
- Index 687
Kapitel in diesem Buch
- Frontmatter I
- Contents V
- List of Contributing Authors IX
-
1 General
- 1 Energy and Society: Toward a Socioecological Foundation for Research on Energy Transformations 1
- 2 Energy Ethics 19
- 3 Energy Storage Strategies 57
- 4 Chemical Energy Storage and Conversion: A Perspective 75
-
2 Electrochemical
- 5 Electrochemical Concepts: A Practical Guide 125
- 6 Water-Splitting Conceptual Approach 141
- 7 Fuel Cells 157
- 8 Molecular Concepts of Water Splitting and Hydrogen Production: Nature’s Approach 183
- 9 Batteries: Concepts and Systems 243
-
3 Thermochemical
- 10 Chemical Kinetics: A Practical Guide 271
- 11 Synthesis of Solid Catalysts 301
- 12 In Situ and Operando Analysis of Heterogeneous Catalysts in Chemical Energy Conversion 369
- 13 Model Systems in Catalysis for Energy Economy 393
- 14 CO2 Utilization: Methane, Methanol, and Synthetic Fuels 437
- 15 Photoelectrocatalytic CO2 Activation Toward Artificial Leaves: Outlooks and Needs of a System Approach 499
- 16 Challenges in Molecular Energy Research 537
-
4 Biobased
- 17 Biofuels Derived from Renewable Feedstocks 567
- 18 Biomass Conversion to Chemicals 595
- 19 Thermal Conversion of Biomass 621
- 20 Biomass to Mineralized Carbon: Energy Generation and/or Carbon Sequestration 641
- 21 Innovative Use of Carbon 651
- Index 687
