MOSCOW, Jan 13 (Reuters) - Russia said on Monday it had
downed nine Ukrainian drones that tried to attack part of the
infrastructure of the TurkStream gas pipeline, through which
Russian gas flows to Turkey and Europe, and called the attack an
"act of energy terrorism".
The Russian defence ministry said the attack was aimed
against a compressor station in the Krasnodar region of southern
Russia, but the facility was working normally and there were no
casualties.
Kremlin spokesman Dmitry Peskov was quoted by Russia's TASS
news agency later on Monday as calling the attack an act of
energy terrorism. He said Russian Foreign Minister Sergei Lavrov
and Gazprom CEO Alexei Miller had discussed the
alleged incident with their Turkish counterparts.
Peskov called it a new link in a chain of actions that he
said were dangerous for consumers and included explosions, the
preparation of explosions, and sabotage of the Nord Stream
pipeline between Russia and Europe.
Reuters could not confirm Ukrainian drones had on Monday
tried to attack pipeline infrastructure in Russia, which sent
tens of thousands of troops into Ukraine almost three years ago.
Ukraine's Foreign Ministry did not immediately respond to a
request for comment. Ukrainian officials have previously denied
their country's involvement in explosions which damaged the Nord
Stream pipeline.
TurkStream and Blue Stream, which run under the Black Sea to
Turkey, are Russia's last routes for supplying pipeline gas to
Europe, after Ukraine at the start of the year refused to renew
a five-year transit deal that had allowed Russia to keep pumping
gas across its territory despite the war between the two
neighbours.
The Russian statement said falling fragments from one drone
had caused minor damage to the building and equipment of a gas
metering station at the compressor, but emergency teams had
quickly repaired it.
The gas pipeline begins at the Russkaya compressor station
outside the city of Anapa and runs to Kıyıköy in Turkey, and
then on to Europe. Compressor stations are used to stabilise the
pressure and flow rate of gas.