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Posts
- Category: Carbon-Free Energy Supply (continued)
- Nuclei, isotopes and radioactive decay
- Fuels used and decay reactions inside a nuclear power reactor
- Sustaining and stabilizing the nuclear decay reactions
- Thermal reactors, fast reactors and fast breeder reactors
- Measures of radioactivity
- Variation of nuclear radioactivity over time
- Nuclear fusion
- Nuclear powerplant reactor technologies
- Gas-cooled reactors
- Reactor generations
- Generation IV reactors
- Fusion reactors
- Mining and milling of primary uranium
- Enrichment of primary uranium
- Use of nuclear fuel
- Reprocessing of spent fuel
- Recycling for use in LWRs
- Recycling in HWRs
- Current status of reprocessing
- Decommissioning of nuclear powerplants
- Isolation ('disposal') of nuclear wastes
- Reprocessing
- Summary of waste generated during normal operation
- Alternative long-term nuclear fuel chains
- 8.5 Safety
- Risks associated with terrorist attacks
- Nuclear weapons, arms proliferation and terrorism risks
- Risks associated with the recycling of spent fuel
- Reducing the proliferation risk associated with reprocessing
- Use of excess nuclear weapons Pu or HEU and depleted U from enrichment activities
- Capital cost
- Capacity factor
- Operating costs
- Decommissioning and longterm isolation of wastes
- Financing costs
- Cost of nuclear electricity
- Lifecycle energy balance and GHG emissions from nuclear powerplants
- Mining and milling
- Land reclamation
- Conversion, enrichment and reconversion
- Fuel fabrication
- Operation, maintenance and refurbishment of the nuclear powerplant
- Packaging and isolation of nuclear wastes
- Net energy gain and EROEI of nuclear powerplants
- Efficiency in using fossil fuels to generate electricity
- Operational Constraints
- Current nuclear capacity
- Potential contribution of nuclear energy to future world energy needs
- Constraints on the rate at which the nuclear fleet can be expanded
- Constraints on the development of repositories for long-term storage of wastes
- Constraints based on the size of the recoverable uranium resource
- Carbon Capture and Storage
- Sources of CO2 for capture and storage
- . Capture of CO2
- Post-combustion CO2 separation processes
- Absorption systems
- Capturing CO2 from flue gases after combustion in oxygen
- Capturing CO2 from coal IGCC powerplants
- Capturing CO2 from the operation of pressurized fossil fuel-powered fuel cells
- Comparison of the cost and performance of alternative methods of CO2 capture from fossil fuel powerplants
- Capturing CO2 from standalone biomass powerplants
- Capturing CO2 from pulp mills and from integrated pulp and paper mills with cogeneration of heat and power
- Capturing CO2 during the production of hydrogen and other fuels from coal and natural gas
- Capturing CO2 produced during the production of nitrogen fertilizer
- Capturing CO2 from ambient air
- Compression or liquefaction and transport
- Compounded energy penalties for production of electricity and hydrogen
- Methods for and costs of long-term storage of CO2
- Storage in deep saline aquifers on land and below the ocean bed
- Storage in depleted oil and gas fields for enhanced recovery of oil and natural gas
- Storage in coal beds
- Storage in the deep ocean
- Storage in chemical products
- Use of non-energy resources and emission of atmospheric pollutants
- Potential slow leakage from geological reservoirs
- Well failures during injection
- Interaction with compressed air energy storage and geothermal energy
- Impact on atmospheric CO2 of sequestration in deep ocean water
- Impact on oceanic chemistry of sequestration in deep ocean water
- Neutralization of CO2 acidity prior to injection into the ocean
- Regional and global storage potential
- Current status and scenarios
- The Hydrogen Economy
- Properties of hydrogen as an energy carrier
- Production of hydrogen
- Gasification of biomass or coal
- Electrolysis of water
- Use of byproduct oxygen and heat
- Direct coupling to PV modules
- High-temperature water vapour electrolysis
- Thermo-chemical splitting of water
- Photobiological production
- Photoelectrochemical splitting of water
- Photochemical splitting of water
- Large-scale underground storage
- Storage in ground - transportation vehicles
- Large-scale distribution
- Local distribution
- Hydrogen embrittlement
- Direct use of hydrogen for surface transportation
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