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¡öChapter 1Energy Outlook£ºFundamentals and Principles£¨1£©
1.1Net zero emission in different sectors£¨1£©
1.2Impact of COVID19 on net zero emission movement£¨3£©
1.3Green energy and chemistry£¨5£©
1.4Chemical reaction efficiency£¨6£©
1.5Catalysis£¨8£©
1.6Industrial catalysts£¨9£©
1.7Important industrial processes and catalysis£¨14£©
1.8Catalyst deactivation and regeneration£¨17£©
1.9Selection of reaction media£¨17£©
1.10Sustainable engineering design£¨23£©
¡öChapter 2Solar Fuels and Chemicals£¨30£©
2.1Introduction£¨30£©
2.2Fossil and solar based fuel system£¨30£©
2.3Mechanism of photocatalysis and photoelectrocatalysis£¨36£©
2.4Nanostructured catalysts: design principles£¨62£©
2.5Surface and morphological properties£¨66£©
2.6Standards for experimental studies£¨79£©
2.7Overall water splitting£¨92£©
¡öChapter 3Biomass Conversion to Fuels and Chemicals£¨111£©
3.1Introduction£¨111£©
3.2Biomass: the ultimate renewable carbon resource£¨112£©
3.3Fuels from cellulosic biomass£¨121£©
3.4Lignin for fuels and chemicals£¨133£©
3.5Platform intermediates for chemicals£¨152£©
3.6Fuels and chemicals from ocean biomass£¨167£©
3.7Global movement for biodegradable plastics£¨167£©
¡öChapter 4Fuel Cells: Fundamentals and Technologies£¨173£©
4.1Introduction£¨173£©
4.2History and principles£¨173£©
4.3Fuel cell units£¨176£©
4.4Fundamentals for fuel cells£¨186£©
4.5PEFC£¨204£©
4.6AFC£¨215£©
4.7PAFC£¨219£©
4.8MCFC£¨222£©
4.9SOFC£¨227£©
4.10Development of modern electrochemistry£¨233£©
4.11H2 as important energy carrier£¨238£©
¡öReferences and Notes£¨248£©