Active Volcanoes Endanger Japan’s Operating Nuclear Power Stations: Mount Aso Awakened Explosively; Sakurajima Already Awake
Japan’s Mount Aso volcano erupted explosively on Saturday, 8 Oct., 2016, and volcanic “ash was falling as far as 320 km (200 miles) away, … Kyushu Electric Power Co said the eruption had no impact on its Sendai nuclear plant, which is about 160 km (100 miles) south of Mount Aso“(Reuters, 8 Oct. 2016). Sendai nuclear power station has two reactors online. The other nuclear power station online is Ikata, with one reactor operating. https://en.wikipedia.org/wiki/Nuclear_power_in_Japan
Volcano locations exported from: https://en.wikipedia.org/wiki/List_of_volcanoes_in_Japan
With a change in wind direction ashfall from Mount Aso and/or Sakurajima could endanger Japan’s operating reactors. As can be seen on the map, Ikata Nuclear Power Station is closer to Mount Aso, and Sakurajima to Sendai Nuclear Power Station. Ash plume forecasts for both appear at the bottom of this post.
Disruptions due to a major volcanic eruption, as well as ashfall could lead to nuclear meltdown: https://miningawareness.wordpress.com/2015/08/15/official-volcano-evacuation-warning-near-re-opened-nuclear-reactors-in-japan-volcanic-ashfall-could-lead-to-meltdown-spent-fuel-pool-collapse/
“Japan’s Mount Aso volcano erupts, no injuries reported
Posted:Sat, 08 Oct 2016 07:41:33 -0400
TOKYO (Reuters) – Mount Aso, a volcano on Japan’s main southern island of Kyushu, erupted early on Saturday, Japan’s Meteorological Agency said, spewing volcanic ash 11,000 meters (7 miles) into the sky. http://feeds.reuters.com/~r/reuters/environment/~3/DLFdmJfALl4/us-japan-volcano-idUSKCN12804E
“Mount Aso, a volcano on Japan’s Kyushu island, has been erupting sporadically for decades. Smithsonian’s Global Volcanism Program lists 38 separate eruptions since 1950, with the most recent beginning on December 8, 2014. All of these eruptions have occurred at Naka-dake, a cinder cone located within Aso’s massive caldera.”
ERUPTION AT MOUNT ASO Credit: NASA Earth Observatory by Jesse Allen, using Landsat data from USGS. Caption by Adam Voiland. Date: January 13, 2015 Visualization Date: January 15, 2015
http://visibleearth.nasa.gov/view.php?id=85090
http://www.jma.go.jp/en/volcano/
Asosan
Volcanic Ash Fall Forecast (Scheduled)
Issued at 05:00 JST, 09 October 2016 Japan Meteorological Agency: http://www.jma.go.jp/en/ashfall/scheduled_503.html
Sakurajima Aug 19 2010 NASA
Sakurajima
Volcanic Ash Fall Forecast (Scheduled)
Issued at 05:00 JST, 09 October 2016 Japan Meteorological Agency
http://www.jma.go.jp/en/ashfall/scheduled_506.html
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1.This Month
PETITION
Free Julian Assange, before it’s too late. Sign to STOP the USA Extradition
United Nations: demasking the Torture of Julian Assange. Rico Brouwer and Nils Melzer
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Energy efficiency – theme for July 2019
Energy efficiency represents the single largest potential contributor to global emissions reduction, according to the International Energy Agency (IEA 2017). It should be a key part of the global energy strategy, for several reasons:
- It could reduce global electric demand by more than 20 per cent, based on current rates in the U.S. power sector, while maintaining high levels of services such as heating and lighting.
- It avoids the need for increased energy, capacity and grid services, making it the least expensive way to decarbonise at scale.
- It can reduce carbon dioxide emissions by billions of tonnes.
A dramatic example of the power of energy efficiency is lighting. In 2017 the United States passed the milestone of 1 billion LED and CFL lights installed, avoiding 142 million tonnes a year of carbon dioxide emissions, at a cost of about $7 per ton of avoided carbon dioxide. In contrast, the cumulative installed capacity of rooftop solar reached 8,000 MW in 2017, saving 8 million tonnes a year of carbon dioxide, at a cost of $360 per ton. Lighting efficiency thus yielded almost 18 times the avoided carbon dioxide, at about 2 per cent the cost per ton of rooftop solar.
Google provides another example of the power of energy efficiency. Its data centers now use 50 per cent less energy than the average data center, according to the company. Google also developed an improved chip, the TPU, which performs 83 times better than standard CPUs. The new chip allowed Google to reduce power consumption at its data centers by a factor of 30—far exceeding the effect on Google’s carbon footprint of all of the company’s renewable energy purchases. ” – John Woolard, Eco Business, 10 June 2019
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