Clean Energy & Clean Transportation 2026
Description
Electric power generation and transportation account for over one-half of greenhousegas emissions and pollution in the United States. Clean Energy & Clean Transportation2026 assesses technologies and solutions in the two sectors.
Clean Energy & Clean Transportation 2026 assesses established renewable resourcesfor utility scale power generation including hydro power, solar, and wind, as well asnuclear power. The assessment provides current electric power generation data,identifies market leaders, and looks at the engineering & construction market. Cleanenergy technologies in the development stage are also assessed, including geothermal,hydrogen, nuclear fusion, ocean energy, and small modular reactors.
The assessment of clean transportation includes air transport, electric vehicles, heavy-duty trucks, high-speed rail, hydrogen vehicles, maritime transport, publictransportation, and rail transport.
Richard Miller, the author, is a certified energy engineer and is recognized as a Legendin Energy by the Association of Energy Engineers.
Clean Energy & Clean Transportation 2026 assesses established renewable resourcesfor utility scale power generation including hydro power, solar, and wind, as well asnuclear power. The assessment provides current electric power generation data,identifies market leaders, and looks at the engineering & construction market. Cleanenergy technologies in the development stage are also assessed, including geothermal,hydrogen, nuclear fusion, ocean energy, and small modular reactors.
The assessment of clean transportation includes air transport, electric vehicles, heavy-duty trucks, high-speed rail, hydrogen vehicles, maritime transport, publictransportation, and rail transport.
Richard Miller, the author, is a certified energy engineer and is recognized as a Legendin Energy by the Association of Energy Engineers.
Table of Contents
96 Pages
- PART I: OVERVIEW
- 1 GREENHOUSE GAS EMISSIONS
- 1.1 Overview
- 1.2 Total Emissions
- 1.3 Resources
- 2 AIR POLLUTION EMISSIONS
- 2.1 Nitrogen Oxides
- 2.2 Transportation and Power Generation Emissions
- 2.3 Resources
- 3 ELECTRIC POWER GENERATION
- 3.1 U.S. Electric Power Generation
- 3.2 World Electric Power Generation
- 3.3 Electric Power Generation in Major Countries
- 3.4 Resources
- 4 TRANSPORTATION
- 4.1 Transportation Emissions
- 4.2 National Blueprint for Transportation Decarbonization
- 4.3 Corporate Initiatives
- 4.4 Resources
- PART II: UTILITY SCALE POWER GENERATION
- 5 HYDROPOWER
- 5.1 Hydropower Generation
- 5.2 Largest Hydropower Plants
- 5.3 Maintaining and Enhancing Hydroelectricity
- 5.4 Pumped Storage Hydropower
- 5.5 Engineering Companies
- 5.6 Current Hydropower Projects
- 5.7 Resources
- 6 NUCLEAR POWER
- 6.1 Nuclear Power Generation
- 6.2 Global Nuclear Power Generation
- 6.3 Power Reactor Units
- 6.4 Recent Commissions
- 6.5 Current Nuclear Power Projects
- 6.6 Licensing and Extensions
- 6.7 Engineering and Construction Services
- 6.8 Resources
- 7 SOLAR
- 7.1 Solar Power Generation
- 7.2 Solar Power by State
- 7.3 Largest Solar Farms
- 7.4 Largest Publically Traded Solar Companies
- 7.5 Largest Solar Panel Manufacturers
- 7.6 Largest Engineering and Construction Companies
- 7.7 Resources
- 8 WIND
- 8.1 Wind Power Generation
- 8.2 Largest Wind Farms
- 8.3 Generation by State
- 8.4 Offshore Wind Power
- 8.5 Distributed Wind Systems
- 8.6 Engineering Companies
- 8.7 Market Resources
- PART III: EMERGING TECHNOLOGIES
- 9 GEOTHERMAL
- 9.1 Geothermal Power Generation
- 9.2 Market Potential
- 9.3 Commercialization
- 9.4 Federal Initiatives
- 9.5 Resources
- 10 HYDROGEN
- 10.1 Hydrogen Economy
- 10.2 Fuel Cells
- 10.3 Research Projects To Watch
- 10.4 Hydrogen Hubs
- 10.5 Natural Hydrogen
- 10.6 Hydrogen Storage
- 10.7 Key Players
- 10.8 Resources
- 11 NUCLEAR FUSION
- 11.1 Technology Overview
- 11.2 Fusion Reactor Technology
- 11.3 Research to Watch
- 11.4 Commercialization
- 11.5 Resources
- 12 OCEAN ENERGY
- 12.1 Technology Overview
- 12.2 Market Potential
- 12.3 Research to Watch
- 12.4 Commercialization
- 12.5 Resources
- 13 SMALL MODULAR REACTORS
- 13.1 Technology Overview
- 13.2 SMR Companies
- 13.3 Federal Support
- 13.4 Resources
- PART IV: CLEAN TRANSPORTATION
- 14 AIR TRANSPORT
- 14.1 IATA Committment to Net Zero
- 14.2 Airline Initiatives
- 14.3 Sustainable Aviation Fuel
- 14.4 SAF Grand Challenge
- 14.5 Research to Watch
- 14.6 Resources
- 15 ELECTRIC VEHICLES
- 15.1 Overview
- 15.2 Marketshare
- 15.3 U.S. Sales Volume
- 15.3 EV Registrations by State
- 15.4 Marketshare
- 15.3 Charging Infrastructure
- 15.5 Global EV Sales
- 15.6 Lithium-Ion Batteries
- 15.7 Solid State Batteries
- 15.8 Semi-Solid Electrolyte Batteries
- 15.9 Market Resources
- 16 HEAVY-DUTY TRUCKS
- 16.1 Sector Profile
- 16.2 Battery-Electric Class 8 Trucks
- 16.3 Hydrogen Fuel Cell Class 8 Trucks
- 16.4 SuperTruck Program
- 16.5 Resources
- 17 HIGH-SPEED RAIL
- 17.1 Sector Overview
- 17.2 Acela
- 17.3 Brightline
- 17.4 Brightline West
- 17.5 California High-Speed Rail
- 17.6 Resources
- 18 HYDROGEN VEHICLES
- 18.1 Overview
- 18.2 Recent Developments
- 18.3 Hydrogen Fueling Stations
- 18.4 Hydrogen Fuel Infrastructure
- 18.5 Resources
- 19 MARITIME TRANSPORT
- 19.1 Sector Overview
- 19.2 Electric Container Ships
- 19.3 Nuclear-Powered Ships
- 19.4 Resources
- 20 PUBLIC TRANSPORTATION
- 20.1 Mass Transit Systems and Utilization
- 20.2 Environmental Impact
- 20.3 Amtrak
- 20.4 Buses
- 20.5 Rail
- 20.6 Resources
- 21 RAIL TRANSPORT
- 21.1 Sector Overview
- 21.2 Battery-Electric Locomotives
- 21.3 Hydrogen Fuel Cell Locomotives
- 21.4 Resources
- APPENDIX - ONLINE RESOURCES
- REFERENCES
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