Bovanenkovo Ukhta Torzhok Gas Transmission System The pipeline route length will exceed 2,400 kilometers including the new Bovanenkovo Ukhta gas transmission corridor (annual projected capacity 140 billion cubic meters of gas) some 1,100 kilometers long, and the Ukhta Torzhok gas pipeline (annual projected capacity 81.5 billion cubic meters of gas) 1,300 kilometers long. 1,420-millimeter pipes are used for the pipeline construction. The pipes are designed to sustain higher operating pressure if compared to the existing gas pipelines. The Bovanenkovo Ukhta gas trunkline system is to be commissioned in the beginning of the third quarter of 2012. 1
Nord Stream The gas pipeline will run under the Baltic Sea from Russia (in the vicinity of Vyborg) to Germany. The annual projected capacity of Nord Stream will amount to 55 billion cubic meters of gas. The pipeline route will stretch for more than 1,200 kilometers. Construction of Nord Stream s first string will be finalized in 2011. Immediately after that the second string will be launched allowing to increase the pipeline s throughput capacity from 27.5 to 55 billion cubic meters. In 2012 the second string of the gas pipeline will reach the German coast near the town of Greifswald. 2
Gryazovets Vyborg Gas Pipeline The Gryazovets Vyborg gas trunkline is designed to convey gas to the Nord Stream gas pipeline and to supply consumers in Northwest Russia. The gas pipeline length is 917 kilometers, diameter 1,400 millimeters, pressure 9.8 MPa. Its annual projected capacity amounts to 55 billion cubic meters of gas per annum. The project stipulates construction of seven compressor stations (CS) including the Portovaya CS to be located on the Russian coast of the Baltic Sea in the Portovaya Bay near the town of Vyborg, Leningrad Oblast. 3
Dzhubga Lazarevskoye Sochi Gas Pipeline The Dzhubga Lazarevskoye Sochi gas pipeline is included in the governmentally-approved Program for the Olympic facilities construction and development of Sochi as a mountain-climatic resort. The gas pipeline will stretch for 177 kilometers including the 159.5-kilometer offshore section. The pipeline route will run on the Black Sea bottom along the coastal line (approximately 4.5 kilometers away from the coast) to the Kudepsta gas distribution station near the city of Sochi. The 530-millimeter gas pipeline will have the annual throughput capacity of some 3.8 billion cubic meters. The gas pipeline construction was launched in September 2009. In March 2010 construction of the pipeline s offshore section was initiated in the Black Sea. It is projected to finalize the gas pipeline construction in the second quarter of 2010. 4
South Stream The offshore section of the gas pipeline will run on the Black Sea bottom to the Bulgarian coast. The Black Sea section will have the total length of some 900 kilometers, maximum depth over two kilometers and projected throughput capacity 63 billion cubic meters, with only 31 billion cubic meters to be supplied at the first stage. There are two possible routes under review for the pipeline s onshore section from Bulgaria: one to the northwest and the other to the southwest. 5
Shtokman Gas and Condensate Field The Shtokman gas and condensate field development is strategically significant for Gazprom. The field will serve as a resource base for Russian natural gas supply to the Atlantic Basin markets, both via pipelines and in the form of LNG. The Shtokman gas and condensate field was discovered in 1988. It is located in the central part of Russia s Barents Sea sector, about 600 kilometers northeast of Murmansk at the sea depth varying from 320 to 340 meters. The field s C1 reserves amount to 3.9 trillion cubic meters of gas and 56 million tons of gas condensate, with 3.8 trillion cubic meters of gas and 53.3 million tons of gas condensate located within Gazprom s licensed area. On February 21, 2008 Gazprom, Total and StatoilHydro (present Statoil) signed the Shareholder Agreement to set up the specialpurpose company Shtokman Development AG. Gazprom holds a 51 per cent stake in the company, while Total and Statoil a 25 and a 24 per cent stakes accordingly. 6
Altai Project In order to supply gas from Western Siberia to China, it is planned to create the new Altai pipeline system along the existing transmission route to be subsequently extended across the mountains to the western section of the Russian-Chinese border. 1,420-millimeter pipes will be used for the gas pipeline construction. The trunkline length will reach 2,622 kilometers. Operating pressure 7.4/9.8 MPa. 10 CS with aggregate capacity of 896 MW. Projected throughput capacity 30 billion cubic meters. 7
Development of Eastern Siberian and Far Eastern Resources The Eastern Gas Program stipulates that gas production centers are established in the Krasnoyarsk Krai, the Irkutsk Oblast, the Republic of Sakha (Yakutia), the Sakhalin Oblast and the Kamchatka Krai. Moreover, simultaneously with the gas production centers and the unified gas transmission system formation, gas processing and gas g chemical industries will be developed including the capacities for f helium and liquefied natural gas (LNG) production. Thus, gas production and processing industries in Eastern Russia will be developed d comprehensively. 8
Gas Supply to Kamchatka Gazprom is pre-developing the Kshukskoye and Nizhne-Kvakchikskoye fields on the west coast of the Kamchatka Peninsula. The Company is also constructing the Sobolevo Petropavlovsk-Kamchatsky gas trunkline planned for commissioning in 2010. Length 392 kilometers. Diameter 530 millimeters. Operating pressure 6.37 MPa. Annual throughput capacity 755 million cubic meters. The project stipulates gas distribution networks construction in Petropavlovsk- Kamchatsky. 9
Sakhalin Khabarovsk Vladivostok Gas Pipeline The system will supply gas to most of the consumers in the Khabarovsk and Primorsky Krais, the Jewish Autonomous Oblast and the Sakhalin Oblast. The Sakhalin I project will be the source of gas in the middle term. The gas pipeline is to secure gas supply to Vladivostok and power generating facilities commissioning in the Primorsky Krai including those to be used for the 2012 APEC summit purposes. Length 1,837 kilometers. Diameter 1,200 millimeters. Operating pressure 9.8 MPa. 14 CS with aggregate capacity of 1,291 MW. The Sakhalin Khabarovsk Vladivostok gas transmission system will be commissioned and gas supply to the Primorsky Krai will be started by Gazprom in 2011. 10