Izhora Plants history
Tsarist Russia
1722
By edict of Emperor Peter I, the construction of Izhora Plants begins. The key task of the plants is to produce lumber required for development of St. Petersburg and building of the Russian Navy.
1813
The country's first multi-bucket dredger with an 11 kW engine is manufactured
1817
Steamship "Skory" is built with a length of 18 m and power of 30 hp.
1899
The production of Krupp armour is set up
1908
By edict of Nicholas II, the Izhora Plants gets its own flag for a special contribution to the development of the Russian Empire's Navy
1910
The construction of the world's first minesweepers begins. After commissioning, Minrep, Vzryv, Zapal, Provodnik, and Fugas become a part of the Baltic Sea minesweeping team.
1911
Internal combustion engines are launched into production. The first flight of airship "Golub" takes place.
Soviet period
1918
The plants extensively repair steam locomotives and rail cars, cover trains and road vehicles with armour
1919
By supplying rolled armour plates, Izhora Plants contributes to creation of the first Russian heavy tank.
1931
The first Soviet blooming mill (a rolling mill for making blooms from cast ingots) is manufactured in record-breaking time.
1939
The production of heavy tank hulls is arranged
1942
A pipeline made of pipes and fittings manufactured by Izhora is laid under the Ladoga to pump fuel under pressure to besieged Leningrad
1953
Autoclaves for peat dewatering are manufactured. The production of pairs of wheels and boilers for steam locomotives is set up
1958
The plant starts manufacturing of EKG-8 excavators. Over time, the EKG-10 becomes the most popular excavator
1961
The first water cooled water moderated power reactor in the USSR with a capacity of 210 MW is produced for Novovoronezh NPP Power Unit 1
1970
For the first time in Europe, a 37 t ingot is cast in a vacuum furnace
1971
The first set of equipment for commercial VVER-440 reactor plant is produced
1979
The first set of equipment for 1000 MW NPPs is manufactured
1982
The equipment for the first RBMK-1500 nuclear plant, the strongest power reactor in the world, is delivered to the Ignalina NPP in Lithuania
1988
A huge ingot weighing 420 tons is produced for the first time at the plant
up to 2022
1992
The plants turn into a joint-stock company
1996
A unique hydrocracking reactor is produced for LUKOIL-Permnefteorgsintez
1998
The Izhora Plants become a part of Russian corporation OMZ
1999
As part of the international project, steel plates are delivered to the CERN Laboratory for Nuclear Research (Switzerland)
2000
The first pilot shell for the new generation VVER-1200 reactor pressure vessel is forged
2001
Two VVER-1000 reactor pressure vessels are shipped for the Tianwan NPP (China)
2005
Two VVER-1000 nuclear reactor pressure vessels are shipped for the first stage of the Kudankulam NPP (India)
2008
The first equipment lock is manufactured and shipped for the Kudankulam NPP
2009
A super-powerful steel-smelting facility of the latest generation is put into operation
2010
Two hydrocracking reactors weighing more than 1200 tons are shipped for oil refinery network in Nizhnekamsk
2011
The VVER-1200 reactor pressure vessel, which is the first reactor vessel manufactured during the last 20 years, is shipped for the Novovoronezh NPP
2012
Six heavy vessels for oil reifning and Euro-5 fuel prodcution are shipped to a Russian oil refinery using a roll-on method
2013
The second VVER-1200 reactor pressure vessel is shipped for the Novovoronezh NPP
2014
The first VVER-1000 reactor pressure vessel and other equipment are shipped for the second stage of the Tianwan NPP. The manufacturing cycle of the pilot shell of the new generation VVER-TOI nuclear reactor core is completed.
2015
The hydrotreating unit equipment is shipped from the plant
2016
The second reactor pressure vessel is shipped for the Belene NPP (Bulgaria) from the plant to the Seaport of St. Petersburg
2018
The reactor pressure vessel is manufactured and shipped for Kudankulam NPP power Unit 3 (India)
Since 2022
2022
The Izhora Plants become a part of AEM-Technologies