That would be great, but...exactly which robots, where would they come from, and how would they get there?:facepalm:It would be time to put robots into action, no ? After all, Japan is the leading country in robotics... If we can operate rovers in Mars, we should be able to get a robot to bring a fire hose in the pool...
Just unbelievable report about a highly qualified rescue team from the UK who were actually sent back home when they arrived in Japan because the paperwork was not correct.
http://www.bbc.co.uk/news/uk-12756366
Note: these were not a SAR team, had no relationship whatsoever to British government and I would say the British embassy did the right thing in the circumstances. Atomic battleground is no place for amateurs.
We are the only UK search and rescue team to be classed as an educational institution via the National Open College Network. This means that we are robustly audited and our teaching methods and assessments verified at several points throughout the year.
All Operational members, whatever their previous skills or knowledge, must complete and pass the NOCN course and a series of challenging tests and exercises before being considered ‘operational’. Due to the wide variety of missions that the Corps may find itself deployed upon and Health & Safety legislation, the training for Operational members must include all the skills needed to carry out the mission safely and successfully in each of these environments.
It would be time to put robots into action, no ? After all, Japan is the leading country in robotics... If we can operate rovers in Mars, we should be able to get a robot to bring a fire hose in the pool...
For works in the area surrounding Chernobyl power plant, armoured units with hardening against radiation were used. Much hope were put into remote controlled robots. First remote controlled units were tractors from Chelyabinsk. The first experience wasn't great, impact of temperatures and radiation wasn't accounted for. Once we tried a Japanese robot. It was a man-like robot. However, "the Japanese" stopped short of a small pile of radioactive waste. Chernobyl human personnel turned out to be tougher than the Japanese robot, because on the day of the disaster they just stepped over such heaps of debris.
Modern and advanced robot for Chernobyl zone were made in just 2 months. There were varieties: the "tiny guys" scouts weighing 38 kilograms. The task of these was to move across the "moonscape", inspect debris, measure radioactivity. Two such scouts were lost. One fell on its side of the roof and could not lift itself. Another one descended into a well in one of the plant's corridors. The radiation level was too high there. It "lived" for one day more, and was reporting back data. On another day, TV equipment malfuctioned.
In addition to scouts, there was a bulldozer robot, picker robot equipped with a number of tools, truck robot and rescue robot.
Maybe this post is evil or politically not correct but current actions of Japan government are just like this video (this little russian song is from 1936)http://www.youtube.com/watch?v=nSIUBCrOi5U
Prime Minister David Cameron told the House of Commons on Wednesday that the IRC did not have the right documentation to join the aid effort... Mr Cameron also said that steps were now being taken to get the Scots aid workers back into Japan to join the effort.
2230hrs (1730hrs get) with no further contacts the search has been
closed down. The transport has not returned and the weather has turned
cold. The team decide to light a fire whilst they consider what to do
next. They had been abandoned in an unknown area with no real
knowledge of how to return to base. After some time collecting wood
and with little luck in setting the fire a local stepped forward and
takes over. With the help of a candle he has the fire going in less than 5 minutes
0005hrs (1905hrs GMT 9th Oct) the car has returned and all the team
are safely back at the base camp. A meeting is held with Rob Holden,
UN Coordinator at which the rescue operation is discussed. As a non rescue person he asks for general advice and guidance on technical
matters. He is hopeful to deploy this section again prior to 0600hrs
(0100hrs GMT). Having travelled light the section are living out of
day bags.
Section 1.
They try to get transport to the next site. 0930hrs (0430hrs GMT) One
small vehicle arrives and 3 are sent back with the gear. Ray and
Willie stay at the location whilst a return trip to base camp is made.
0940hrs (0440hrs GMT) a local comes and asked the 2 members to go with
him to a near by building where live sounds are reported. Ray and
Willie go on foot and by 0945hrs (0445hrs GMT) are on scene and have a
confirmed sounding. Whilst Ray contacts base by radio and requests the
sections return a small hole is cut into the floor slab and Willie
puts his head under. A hand almost immediately touches him. Due to the
lack of equipment it may not be possible to cut the reinforcing bars
and so whilst the locals enlarge the hole and with Ray▒EUR(TM)s help
knock out the bars, Willie starts a tunnel under the slab from the
side. Progress is rapid and by approx 0952hrs (0452hrs GMT) the
casualty has been reached and he was removed. After a short medical
inspection by Ray and Willie it was confirmed that the boy of approx
13 years of age has only a bruised left hip/thigh and he was carried
from the site by a relative. A search of the site was carried out and
with no equipment available, other than day bags, no further
casualties are located.
I retract my statement, their work looks legit. I'm not convinced their experience covers contaminated zones.
There is still some water in the pool, but the level is quite low, which explains that the radiations can easily get through.
It seems that we have 24 to 48 hours before the pool gets dry. If it is the case, there would be horrible consequencies :
- The fuel itself would melt, and possibly melt into the ground and all around the pool.
- The protective layer of the fuel rods would oxyde very fast in contact of the air. They could act like giant radioactive matches (!).
- If that happens, there would be a terrible fire in open air, and we would be in a Tchernobyl-like situation, with comparable fallouts.
So the japanese safety authorities are trying to find a way to get water in that pool. It is impossible with helicopters because of the radiation.
Update : water guns could be used to fill the pool from a distance.
(Local news)
It would be time to put robots into action, no ? After all, Japan is the leading country in robotics... If we can operate rovers in Mars, we should be able to get a robot to bring a fire hose in the pool...
Pardon my ignorance, but could high levels of radiation zap the delicate circuitry of a robot with EMP type bursts?