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sciencedirect.com
article
https://www.sciencedirect.com/science/article/pii/S2211467X19301257
# Potential contribution of fusion power generation to low-carbon development under the Paris Agreement and associated uncertainties. This paper assessed the potential contribution of fusion power generation to low-carbon development, which is prescribed in the Paris Agreement, under the combination of different uncertainties of future socioeconomic development, probability of the 2 °C target, and development of commercial fusion power plants. Global negative CO2 emission in 2100 by drastic decarbonization of energy systems was required to achieve the 2 °C target, and fusion power plants were expected to be installed in the latter half of the 21st century mainly in countries with limited potentials of zero-emission energy sources, such as Japan, Korea, and Turkey, for cost-efficient climate change mitigation. If inexpensive power plants could be developed by enhanced R&D and advanced design in DEMO projects or if the establishment of fission plants in the future is low, fusion power generation will also be deployed in the EU28, India, and China.
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energy.mit.edu
research
https://energy.mit.edu/wp-content/uploads/2024/09/MITEI_FusionReport_091124_f…
Capacity factor The ratio of electricity generated to the generating capacity CAPEX Upfront capital cost to build a power plant or other asset CCS Carbon capture and storage Confinement Physical methods used to bring fusion fuels into close proximity with each other and away from other matter Critical current The maximum current density that can be carried by a superconductor while maintaining its superconducting performance Critical field The magnetic field strength below which superconducting materials have zero resistance to electrical current Critical temperature The temperature below which superconducting materials have zero resistance to electrical current Cryogen The working fluid used to cool to very low temperatures Cryostat The system used to maintain the magnets at the very low temperatures required to ensure superconductivity DD Deuterium-deuterium fusion fuel MIT Study on the Role of Fusion in a Decarbonized Electricity System 158 Deuterium An isotope of hydrogen that has one neutron instead of none as in the most abundant hydrogen isotope.
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engineering.columbia.edu
research
https://www.engineering.columbia.edu/about/news/fusion-energy-powering-soluti…
Fusion energy releases no greenhouse gasses, and a power plant could be built anywhere. The main fuel source, hydrogen, is readily found in
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reddit.com
article
https://www.reddit.com/r/fusion/comments/vqptcb/how_would_fusion_end_fossil_f…
Many say once fusion arrives all our energy problems will be solved and humanity will not longer need to rely on fossil fuels for energy.
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fire.pppl.gov
official
https://fire.pppl.gov/energy_eu_wec01.pdf
Heating Fuel Injection Plasma Divertor Pump Isotope Separation Plant Blanket Steam Generator Turbine Generator Magnets Cryo-System Figure III: Flow chart for a future fusion reactor: fuel (brown), electrical power (yellow), heat (red), neutron (grey), mechanical power (black) and cooled helium (blue). 19 [36] ICRP Publication 60, Recommendations of the International Commission on Radiological Protection, 1990, Pergamon Press [37] FDR Safety Assessment, Cahpter IV in Technical Basis for the ITER Final Design Report, Cost Review and Safety Analysis (FDR), IAEA, Vienna, 1998 [38] Cook et al, The Safety and Environmental Impact of Commercial Fusion Power Stations, to be published by the European Commission [39] Pigou, Wealth and Welfare, 1912 [40] ExternE, Externalities of Energy, Vol. 1, Summary, EUR 16520 EN, 1995 [41] Sáez et al., Externalities of the Fusion Fuel Cycle, CIEMAT, 1999 [42] Grübler, Technology and Global Change, IIASA 1998 [43] Ausubel et al., Carbon Dioxide Emissions in a Methane Economy, Climate Change 12 (1988), 245-263 [44] Nakicenovic et al.
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iter.org
article
https://www.iter.org/fusion-energy/advantages-fusion
**CLICK HERE** to register for the 3rd Public-Private Fusion Workshop at ITER (28-29 April 2026). # Advantages of fusion. **Millions of years**: Fusion in ITER will require two elements: deuterium and tritium. (Terrestrial reserves of lithium would permit the operation of fusion power plants for more than 1,000 years, while sea-based reserves of lithium, used in a fusion reactor in its Li-6 isotope form, would fulfil needs for millions of years.) A critical challenge is how to breed and recover tritium reliably in a fusion device. (Radioactive tritium is neither a fissile nor a fissionable material.) There are no enriched materials in a fusion reactor like ITER that could be exploited to make nuclear weapons. As a new source of carbon-free baseload electricity, producing no long-lived radioactive waste, fusion could make a positive contribution to the challenges of resource availability, reduced carbon emissions, and fission waste disposal and safety issues. ### What is Fusion? ITER is charting new territory in fusion research.
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facebook.com
news
https://www.facebook.com/iaeaorg/posts/-fusion-energy-could-power-the-future-…
The impact is revolutionary: fusion produces no long- lived radioactive waste like fission, and fuel is abundant from seawater. It could power
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pbs.org
article
https://www.pbs.org/wnet/peril-and-promise/2023/04/nuclear-fusion-is-not-the-…
In December of 2022, the National Ignition Facility announced a breakthrough in nuclear fusion technology: for the first time, a nuclear fusion reaction created a net gain of energy. In December, the National Ignition Facility announced a breakthrough in nuclear fusion technology: for the first time, a nuclear fusion reaction created a net gain of energy, and since that reaction doesn’t emit carbon or other pollutants, a lot of people have proclaimed that we are one major step closer to achieving “the holy grail of clean energy.” Guys: this is it. But for nuclear fusion technology, people have suggested the breakthrough opens up the door for these reactors to become more efficient, and one day, supply the world with limitless clean energy. If we copy-paste the timeline of the development of solar panels and wind turbines, we’d be looking over a century into the future before nuclear fusion enters the mainstream, and that whole time, these other clean energy sources would theoretically be improving too.