U.S. FUSION DEVELOPMENT
РЕЙТЕР -
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Раньше:
2018, March, 14, 11:45:00
REUTERS - U.S. West Texas Intermediate (WTI) crude futures CLc1 were at $60.77 a barrel at 0753 GMT, up 6 cents, or 0.1 percent, from their previous settlement. Brent crude futures LCOc1 were at $64.62 per barrel, down just 2 cents from their last close.
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2018, March, 7, 15:00:00
РЕЙТЕР - К 9.17 МСК фьючерсы на североморскую смесь Brent опустились на 0,85 процента до $65,23 за баррель. Фьючерсные контракты на американскую лёгкую нефть WTI к этому времени торговались у отметки $62,07 за баррель, что на 0,85 процента ниже предыдущего закрытия.
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2018, March, 7, 14:00:00
EIA - North Sea Brent crude oil spot prices averaged $65 per barrel (b) in February, a decrease of $4/b from the January level and the first month-over-month average decrease since June 2017. EIA forecasts Brent spot prices will average about $62/b in both 2018 and 2019 compared with an average of $54/b in 2017.
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2018, March, 5, 11:35:00
РЕЙТЕР - К 9.28 МСК фьючерсы на североморскую смесь Brent поднялись на 0,33 процента до $64,58 за баррель. Фьючерсные контракты на американскую лёгкую нефть WTI к этому времени торговались у отметки $61,44 за баррель, что на 0,31 процента выше предыдущего закрытия.
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2018, March, 4, 11:30:00
МИНФИН РОССИИ - Средняя цена нефти марки Urals по итогам января – февраля 2018 года составила $ 65,99 за баррель.
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2018, February, 27, 14:15:00
РЕЙТЕР - К 9.18 МСК фьючерсы на североморскую смесь Brent опустились на 0,15 процента до $67,40 за баррель. Фьючерсные контракты на американскую лёгкую нефть WTI к этому времени торговались у отметки $63,80 за баррель, что на 0,17 процента ниже предыдущего закрытия.
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2018, February, 27, 14:05:00
МИНФИН РОССИИ - Средняя цена на нефть Urals за период мониторинга с 15 января по 14 февраля 2018 года составила $66,26457 за баррель, или $483,7 за тонну.
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U.S. FUSION DEVELOPMENT
U.S. DOE - JANUARY 17, 2023 - WASHINGTON, D.C.—The U.S. Department of Energy (DOE) today announced $2.3 million in funding for 10 projects that will pair private industry with DOE’s National Laboratories to overcome challenges in fusion energy development, an area of research that captivated global attention in December when the Department announced that a team at Lawrence Livermore National Laboratory had achieved fusion ignition. Ignition, in which more energy was derived from fusion than was put into it, had never been accomplished before in a laboratory setting and raised hopes that fusion energy could play a major role in the transition to clean energy.
“We were elated when the team at Livermore delivered the news that they had achieved fusion ignition, and we knew that was just the beginning,” said U.S. Secretary of Energy Jennifer M. Granholm. “The companies and DOE scientists will build on advances from the National Labs with the entrepreneurial spirit of the private sector to advance our understanding of fusion.”
The awards announced today are provided through the DOE Office of Science’s Innovation Network for Fusion Energy (INFUSE) program, which was established in 2019 to accelerate fusion energy development through public-private research partnerships.
The projects will be led by researchers at seven private companies:
- Commonwealth Fusion Systems (Cambridge, Massachusetts)
- Energy Driven Technologies LLC (Champaign, Illinois)
- Focused Energy (Austin, Texas)
- General Atomics (San Diego, California)
- Princeton Stellarators Inc. (Princeton, New Jersey)
- Tokamak Energy Inc. (Bruceton Mills, West Virginia)
- Type One Energy Group (Madison, Wisconsin)
The awards will provide companies with access to the leading expertise and capabilities available at DOE National Laboratories to address critical scientific and technological challenges in pursuing fusion energy systems.
INFUSE solicited proposals from the fusion industry and selected projects for one- or two-year awards between $50,000 and $500,000 each, with a 20% cost share for industry partners. Outyear funding is contingent on congressional appropriations. The full list of planned awards can be found on the Office of Science’s Fusion Energy Sciences website. Full abstracts for each project are available on the INFUSE website.
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Earlier:
2022, December, 14, 12:45:00
U.S. NUCLEAR FUSION REACTION
NIF scientists readily acknowledge that the facility was not designed with commercial fusion energy in mind—and many researchers doubt that laser-driven fusion will be the approach that ultimately yields fusion energy.
2022, December, 5, 11:35:00
U.S. TWIN ENERGY CRISIS
The sweeping push to replace fossil fuel plants with clean energy is forcing US power grids to the brink of a twin crisis, making electricity unaffordable while raising the specter of more frequent blackouts, a member of the Federal Energy Regulatory Commission said.
2022, November, 23, 10:15:00
U.S. CLEAN NUCLEAR INVESTMENT $6 BLN
As the nation’s largest source of carbon-free power, America’s current fleet of nuclear reactors is a vital resource for achieving the President’s goal of 100% clean electricity by 2035 and a net-zero emissions economy by 2050.
2022, November, 21, 10:45:00
U.S. ENERGY TRANSMISSION HAVE TO DOUBLE
Historically in the U.S., transmission infrastructure has expanded annually by about 1%. The study explains the country's transmission infrastructure must expand at a pace of 2.3% annually — more than double its current pace.
2022, November, 16, 10:10:00
U.S. NUCLEAR HYDROGEN
Most of the hydrogen currently produced in the US is made through steam-methane reforming whereby methane reacts with high-temperature steam to produce carbon monoxide, carbon dioxide, and hydrogen.
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