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 by AFP Staff Writers Oslo (AFP) April 25, 2022
Greenpeace activists in Norway blocked a Russian oil tanker from unloading its cargo near Oslo for several hours Monday, saying the shipment was helping to finance Russian President Vladimir Putin's "warfare". The Hong Kong-registered Ust Luga, leased by Russian oil company Novatek, was carrying 95,000 tonnes of fuel bound for Esso's terminal in southeast Norway, Greenpeace said in a statement. The tanker was coming from its namesake Russian city, near Saint Petersburg, according to the Marine Traffic website. Greenpeace activists in a small boat chained themselves to the ship, while others in kayaks unfurled banners reading "oil fuels war," the group said. Some activists were stopped by police before they could take part in the action. After several hours, police removed 20 activists who had chained themselves to the ship, police said in a statement. "20 people have been brought in for not complying with orders from the police," the statement said. The head of Greenpeace Norway, Frode Pleym, had earlier said he was "shocked that Norway is operating as a free port for Russian oil, which we know is financing Putin's warfare". According to a spokeswoman for Esso Norway, the shipment in question was not affected by Western sanctions against Russia imposed over its invasion of Ukraine. "The contracts were entered into before Russia invaded Ukraine," Anne Fougner told newspaper Dagbladet. "Esso Norway has no other contracts for products from Russia," she added. Although it is not a member of the European Union, Norway has matched almost all sanctions imposed by the EU on Moscow since March 18. phy-po/jv
Development of magnetic cooling materials that enable efficient hydrogen liquefaction Tokyo, Japan (SPX) Apr 25, 2022 National Institute for Materials Science (NIMS), Tohoku University and Japan Synchrotron Radiation Research Institute (JASRI) have developed a series of Er(Ho)Co2-based magnetic cooling alloys that can be used to efficiently cool hydrogen from 77 K to 20 K: its liquefaction temperature. These alloys show excellent cyclic durability and can be used to develop a high performance magnetic refrigeration system capable of low-cost hydrogen liquefaction-a key technology in achieving widespread use of green fu ... read more
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