Difference between revisions of "Chernobyl Disaster in the Soviet Union"

From Nuclear Heritage
Jump to navigationJump to search
(background)
(background updated)
Line 18: Line 18:
 
On April 26, 1986 Chernobyl [[NPP]] unit 4 exploded. 500,000 people and 485 villages have been relocated, more than 500,000 victims suffered from this up to then biggest atomic catastrophe in human history.  
 
On April 26, 1986 Chernobyl [[NPP]] unit 4 exploded. 500,000 people and 485 villages have been relocated, more than 500,000 victims suffered from this up to then biggest atomic catastrophe in human history.  
  
Situated in the Ukraine, close to Belarusian border, Chernobyl was constructed as a Soviet reactor. Although far from that water body, the disaster is until today the '''biggest [[Atomic Threats In The Baltic Sea Region|Baltic Sea]] polluter'''. At the same time the Baltic Sea is also the marine area most affected by this accident classified as [[International Nuclear Event Scale|INES 7]]. The reason is the route the radioactive cloud traveled after the explosions in Chernobyl. It went to the north and caused a strong deposition of radioactive nuclides in the [[Preliminary Nuclear Baltic Map|watershed of the Baltic Sea]].
+
Situated in the Ukraine, close to Belarusian border, Chernobyl was constructed as a Soviet reactor. Although far from that water body, the disaster is until today the '''biggest [[Atomic Threats In The Baltic Sea Region|Baltic Sea]] polluter'''. At the same time the Baltic Sea is also the marine area most affected by this accident classified as [[International Nuclear Event Scale|INES 7]]. The reason is the route the radioactive cloud traveled after the explosions in Chernobyl. It went to the north and caused a strong deposition of radioactive nuclides in the [[Preliminary Nuclear Baltic Map|watershed of the Baltic Sea]]. [[Cesium]]-137 first dispersed directly onto sea surface. Radionuclides came from the entire drainage area and from surrounding terrestrial as well as coastal areas due to runoff, river discharges and coastal currents. The total input from Chernobyl to Baltic Sea accounts for about 4,100-5,100 TBq Cs-137 and 80 TBq [[Strontium]]-90 calculated on the basis of the year 1991. Half of the Chernobyl Cs-137 settled in the seabed. The strongest accumulation took place during the first 5-6 years. It is still an ongoing process. The majority of radioactivity is deposited in the Baltic Sea- sediments.
  
  

Revision as of 12:53, 28 September 2019

UNDER CONSTRUCTION

Picture of the exploded Chernobyl reactor unit 4 after the accident of INES level 7 on April 26, 1986
Action in front of a market hall in Minsk for Chernobyl Day 2011
The protests in Minsk reminded that constructing an NPP in the most Chernobyl affected country is no good idea
Action on April 27, 2010 in front of the Parliament building in Helsinki
Poster announcing the Chernobyl theatre piece in Belarus 2014
Demonstration outside Ålands Lagting on Chernobyl Day 2009
Chalk slogans on the road connecting French EPR project and Chernobyl experiences (Network meeting in Bure, 2008)

On April 26, 1986 Chernobyl NPP unit 4 exploded. 500,000 people and 485 villages have been relocated, more than 500,000 victims suffered from this up to then biggest atomic catastrophe in human history.

Situated in the Ukraine, close to Belarusian border, Chernobyl was constructed as a Soviet reactor. Although far from that water body, the disaster is until today the biggest Baltic Sea polluter. At the same time the Baltic Sea is also the marine area most affected by this accident classified as INES 7. The reason is the route the radioactive cloud traveled after the explosions in Chernobyl. It went to the north and caused a strong deposition of radioactive nuclides in the watershed of the Baltic Sea. Cesium-137 first dispersed directly onto sea surface. Radionuclides came from the entire drainage area and from surrounding terrestrial as well as coastal areas due to runoff, river discharges and coastal currents. The total input from Chernobyl to Baltic Sea accounts for about 4,100-5,100 TBq Cs-137 and 80 TBq Strontium-90 calculated on the basis of the year 1991. Half of the Chernobyl Cs-137 settled in the seabed. The strongest accumulation took place during the first 5-6 years. It is still an ongoing process. The majority of radioactivity is deposited in the Baltic Sea- sediments.


Actions and events


Materials

  • lecture "The Reactor Catastrophe in Chernobyl"
    • Information about the Chernobyl site, basic facts of the accidents, rescue measurements, radiation doses, consequences of the catastrophe, lies of authorities and politicians, Chernobyl as a political symbol and conclusions. 62 slides with images of the accident and from Belarus (victims of the accident, liquidators, "empty villages", actions).
    • The slides are currently provided in German (smaller file)only, but the presentation can be held in English, too.
    • duration: some 2 hours
    • technical requirements: digital projector & screen, computer/laptop
    • contact: Falk Beyer, Falk AT nuclear-heritage DOT net[1]
  • theater group: Theatre Kryly Halopa
    • Since 2013 the theatre “Kryly Halopa” has started work on a documentary theatre project “Stories of Belarus”. The documentary theatre Chernobyl based on the authentic texts and documents, interviews and the fates of real people, technology verbatim and the most actual and contemporary topics of reality, is a genre that exists on the border of art and social analysis.


Irresponsible

Guided tours to the nuclear exclusion zone of the catastrophe - caution! This article downplays the risks of radiation while scientific sounding data is mentioned without telling that any additional radiation dose is to be avoided. They don't speak about the alpha and beta radiation regular Geiger counters can't detect. Don't trust travel agencies promoting adventure trips to atomic disaster zones - there safety measures and advice will probably again underestimate the actual threats.


Media releases


Tools


Further information


  1. For protection against automatic email address robots searching for addresses to send spam to them this email address has been made unreadable for them. To get a correct mail address you have to displace "AT" by the @-symbol and "DOT" by the dot-character (".").