CLEAN ENERGY TIMING
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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CLEAN ENERGY TIMING
ENERGYCENTRAL - What will it take for the electricity sector worldwide to rapidly transition to zero carbon primary energy sources?
Academics and concerned citizens often ask "how long" will it take for the global economy to transition to zero carbon energy systems in the transportation, electric generation and heavy industry sectors. Many people also think politicians can and must "take action" on climate change, implying (mistakenly) they have direct control over these energy sectors, and sufficient practical knowledge to quickly and effectively re-engineer key components of those sectors.
Few have asked the people who actually own or run electric utilities "what it will take" for all electricity utilities worldwide to rapidly switch to solar, wind, geothermal, tidal or nuclear primary energy sources to power electric generation. It would of course require unprecedented inter jurisdictional cooperation and technical transfer – and of course investment. It would require thinking outside the proverbial box, such as fast tracking the development and deployment of small modular nuclear reactors to replace coal or gas-fired thermal units while maintaining the steam turbine and other components of a generation plant.
So, what will it take? Many of you have thought about it, no doubt.
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This is a question posed to the Energy Central Clean Power Professionals Group. If you would like to engage in the conversation and help this community member with his question, please follow this link.
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RENEWABLE,
ENERGY,
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