To install click the Add extension button. That's it.

The source code for the WIKI 2 extension is being checked by specialists of the Mozilla Foundation, Google, and Apple. You could also do it yourself at any point in time.

4,5
Kelly Slayton
Congratulations on this excellent venture… what a great idea!
Alexander Grigorievskiy
I use WIKI 2 every day and almost forgot how the original Wikipedia looks like.
Live Statistics
English Articles
Improved in 24 Hours
Added in 24 Hours
Languages
Recent
Show all languages
What we do. Every page goes through several hundred of perfecting techniques; in live mode. Quite the same Wikipedia. Just better.
.
Leo
Newton
Brights
Milds

List of power stations in Syria

From Wikipedia, the free encyclopedia

This article lists all power stations in Syria.

YouTube Encyclopedic

  • 1/3
    Views:
    2 249 217
    4 323 567
    1 061
  • 3 Reasons Why Nuclear Energy Is Awesome! 3/3
  • RUSSIA ATTACKING ISIS IN SYRIA, WITHOUT MERCY. 2015.
  • The US Is Furious Turkey Published Location Of US Troops In Syria

Transcription

Three reasons why we should continue using nuclear energy. One: nuclear energy saves lives. In 2013, a study conducted by NASA found that nuclear energy has prevented around 1.8 million deaths. Even if you include the death tolls from Chernobyl and Fukushima, nuclear energy ranks last in death per energy unit produced. While nuclear waste is really toxic, it’s usually stored somewhere, while the toxic byproducts of fossil fuels are pumped into the air we breathe every day. So, just by reducing the amount of fossil fuels burned, countless cases of cancer or lung disease and accidents in coal mines have been avoided. If we can choose between lots of dangerous stuff being put into a deep hole and lots and lots and lots of dangerous stuff being pumped into the atmosphere, the former seems more logical. Nuclear energy feels way more dangerous, though. Single catastrophic events burn into our memory, while coal and oil kill silently. It’s like the death rate of flying versus driving. Even in the best-case scenario, it would take at least forty years to switch to 100%-renewable energy. So, for as long as we continue using fossil fuels, nuclear energy will save way more lives than it destroys. Two: nuclear energy reduces CO₂ emissions. Nuclear energy is arguably way less harmful to the environment in terms of climate change than fossil fuels, our main source of energy. Since 1976, about 64 gigatons of greenhouse gas emissions have not been pumped out thanks to nuclear energy. And by the mid-21st century, that could amount to an additional 80–240 gigatons. Humanity’s energy consumption is rising steadily. According to US government projections, China alone will add the equivalent of a new 600-MW coal plant every 10 days for the next 10 years. China already burns 4 billion tons of coal each year. Coal is cheap, relatively abundant, and easy to get to. So it’s not likely that humanity will stop using it soon. Nuclear energy might be the only way of dampening the effects of climate change and preventing a catastrophic man-made global warming. Compared to the other things we do, nuclear energy is relatively clean. So, even if it is a good idea to quit nuclear energy long-term, it might be a good solution for the next hundred years or so, compared to the alternatives. Three: new technologies. Maybe technology will solve the problem of nuclear waste and dangerous power plants. The nuclear reactors we’ve used so far are mostly outdated technology, because nuclear innovation stopped in the 1970s. There are models, like the thorium reactor, that could solve the problem altogether. Thorium is abundant, really hard to turn into nuclear weapons, and up to two orders of magnitude less wasteful than current nuclear reactors. The waste material might also be only dangerous for a few hundred years, in contrast to a couple of thousand years. 1 ton of thorium is estimated to provide the same amount of energy as 200 tons of uranium or 3.5 million tons of coal. So while we cannot know for sure if alternative nuclear technology will keep its promises, shouldn’t we at least do more research before we forego an opportunity to solve lots of humanity’s current problems? It may not be an easy challenge, but that hasn’t stopped us before. So, should we use nuclear energy? There are risks involved in any great human endeavor, and we have to make an informed decision, rather than rely on gut feeling. If you want to hear the other side of the argument, or a short introduction to nuclear energy, click here. Our channel has a new sponsor: Audible.com. If you use the URL <http://audible.com/nutshell>, you can get a free audiobook and support our channel. Producing our videos takes a lot of time, and we fill a lot of it by listening to audiobooks. For a really entertaining book, we recommend “Into Thin Air” by Jon Krakauer. He’s a great writer, and the story is really absorbing and true. Go to <http://audible.com/nutshell> to get the book for free. Thanks a lot to Audible for supporting our channel and to you for watching! Subtitles by the Amara.org community

Renewable

Hydroelectric

Station Community Coordinates Capacity (MW)
Baath Dam Raqqa 35°53′07″N 38°44′50″E / 35.88528°N 38.74722°E / 35.88528; 38.74722 (Baath Dam) 81
Tabqa Dam Al-Thawrah 35°52′20″N 38°34′00″E / 35.87222°N 38.56667°E / 35.87222; 38.56667 (Tabqa Dam) 800
Tishrin Dam Abu Qalqal 36°22′53″N 38°11′00″E / 36.38139°N 38.18333°E / 36.38139; 38.18333 (Tishrin Dam) 630

Non-renewable

Thermal

Station Community Coordinates Capacity (MW) Year built Fuel Ref
Aleppo Thermal Power Plant Aleppo 36°10′30″N 37°26′22″E / 36.17500°N 37.43944°E / 36.17500; 37.43944 (Aleppo Thermal Power Plant) 1065 (426 in 2023) 1997 Fuel oil [1]
Al Nasryeh (Nasserieh) OCGT Power Plant Al-Naseriyah 33°48′4.32″N 36°40′58.08″E / 33.8012000°N 36.6828000°E / 33.8012000; 36.6828000 (Al Nasryeh Power Plant) 384 1995 Natural gas [2]
Al-Zara Thermal Power Plant Al-Zara 34°57′30″N 36°39′44″E / 34.95833°N 36.66222°E / 34.95833; 36.66222 (Al-Zara Thermal Power Plant) 660 2001 Fuel oil [3]
Latakia (Ar Rastin) Power Plant Latakia 35°31′N 35°47′E / 35.517°N 35.783°E / 35.517; 35.783 (Latakia Power Plant) 526 2023 (planned) CHP [4]
Banias Thermal Power Plant Baniyas 35°10′17.4″N 35°55′37.2″E / 35.171500°N 35.927000°E / 35.171500; 35.927000 (Banias Thermal Power Plant) 680 1981 Fuel oil [5]
Dier Ali CCGT Power Plant Deir Ali 33°16′11.28″N 36°19′40.08″E / 33.2698000°N 36.3278000°E / 33.2698000; 36.3278000 (Dier Ali Power Plant) 750 2010 CCGT [6]
Homs Refinery Cogen Power Plant Homs 34°43′6.24″N 36°37′57.22″E / 34.7184000°N 36.6325611°E / 34.7184000; 36.6325611 (Homs Refinery Cogen Power Plant) 64 1984 Fuel oil [7]
Jandar CCGT Power Plant Jandar 34°27′58.32″N 36°47′0.24″E / 34.4662000°N 36.7834000°E / 34.4662000; 36.7834000 (Jandar Power Plant) 700 1997 CCGT [8]
Mehardeh Thermal Power Plant Mahardah 35°15′46.8″N 36°35′6″E / 35.263000°N 36.58500°E / 35.263000; 36.58500 (Mehardeh Thermal Power Plant) 630 1979 Fuel oil [9]
Swedieh (Suwaidiyah) OCGT Power Plant Al-Suwaydiyah 37°0′9″N 42°4′11.28″E / 37.00250°N 42.0698000°E / 37.00250; 42.0698000 (Swedieh (Suwaidiyah) Power Plant) 150 1981 Natural gas [10]
Teshreen (Tishrin) Power Project (Thermal+OCGT) Rif Dimashq 33°25′6.96″N 36°41′9.96″E / 33.4186000°N 36.6861000°E / 33.4186000; 36.6861000 (Teshreen (Tishrin) Power Project) 656 (400+256) 1993/1995 Natural gas+Fuel oil [11][12]
Thayyem Power Plant Deir ez-Zor 35°12′8″N 40°5′4″E / 35.20222°N 40.08444°E / 35.20222; 40.08444 (Taym Power Plant) 96 1991 Natural gas+Fuel oil
Zayzoun (Zayzun) CCGT Power Plant Zayzun 35°44′13.2″N 36°21′43.2″E / 35.737000°N 36.362000°E / 35.737000; 36.362000 (Zayzoun (Zayzun) Power Plant) 544 1997 CCGT [13]

See also

References

  1. ^ "Aleppo Thermal Power Plant Syria - GEO". Global Energy Observatory.
  2. ^ "Al Nasryeh (Nasserieh) OCGT Power Plant Syria - GEO". Global Energy Observatory.
  3. ^ "Al-Zara Thermal Power Plant Syria - GEO". Global Energy Observatory.
  4. ^ "Latakia Power Plant Syria - GEO". Prime Ministry of Syria.
  5. ^ "Banias Thermal Power Plant Syria - GEO". Global Energy Observatory.
  6. ^ "Dier Ali CCGT Power Plant Syria - GEO". Global Energy Observatory.
  7. ^ "Homs Refinery Cogen Power Plant Syria - GEO". Global Energy Observatory.
  8. ^ "Jandar CCGT Power Plant Syria - GEO". Global Energy Observatory.
  9. ^ "Mehardeh Thermal Power Plant Syria - GEO". Global Energy Observatory.
  10. ^ "Swedieh (Suwaidiyah) OCGT Power Plant Syria - GEO". Global Energy Observatory.
  11. ^ "Teshreen (Tishrin) OCGT Power Project Syria - GEO". Global Energy Observatory.
  12. ^ "Teshreen (Tishrin) Thermal Power Project Syria - GEO". Global Energy Observatory.
  13. ^ "Zayzoun (Zayzun) CCGT Power Plant Syria - GEO". Global Energy Observatory.
This page was last edited on 5 October 2023, at 08:39
Basis of this page is in Wikipedia. Text is available under the CC BY-SA 3.0 Unported License. Non-text media are available under their specified licenses. Wikipedia® is a registered trademark of the Wikimedia Foundation, Inc. WIKI 2 is an independent company and has no affiliation with Wikimedia Foundation.