Gazprom-AR2014
Gazprom-AR2014
Gazprom-AR2014
Create successful ePaper yourself
Turn your PDF publications into a flip-book with our unique Google optimized e-Paper software.
Performance Results<br />
65<br />
Inflow and distribution of gas transported via <strong>Gazprom</strong>’s GTS in Russia in 2014, bcm<br />
Total Including Far<br />
East GTS<br />
System inflow<br />
588.7 3.3<br />
including<br />
Central Asian gas 26.4<br />
Total<br />
Including Far<br />
East GTS<br />
Deliveries to customers<br />
in Russia 356.5 3.2<br />
including<br />
Central Asian gas 0.03<br />
Azerbaijanian gas 0.2 Deliveries outside Russia 196.2<br />
Gas withdrawals<br />
from Russian UGSFs 32.7<br />
including<br />
Central Asian gas 26.4<br />
Decrease in GTS reserves 6.1 Azerbaijanian gas 0.2<br />
Gas pumping to Russian<br />
UGSFs 35.1<br />
Own process needs<br />
of the GTS and UGSFs 33.2 0.04<br />
Increase in GTS reserves 6.5 0.07<br />
Total 627.5 3.3 Total 627.5 3.3<br />
The highest daily<br />
capacity of Russian<br />
UGSFs was registered<br />
at 725,2 mmcm<br />
on 31 January 2014.<br />
The increment of daily<br />
capacity of <strong>Gazprom</strong>’s<br />
UGSFs in 2014 is<br />
comparable to daily<br />
winter consumption<br />
in a large Russian<br />
region.<br />
UGSFs are a very important tool used by <strong>Gazprom</strong> Group for dealing with peak consumption<br />
and controlling the seasonal inequality of consumption, as well as for keeping supplies flexible<br />
and reliable.<br />
During the heating season, the UGSF network covers over 20% of domestic and export gas<br />
supplies.<br />
In Russia, <strong>Gazprom</strong> Group operates 22 UGSFs at 26 storage sites: 17 in depleted gas fields,<br />
8 in water-bearing structures and 1 in salt caverns. As of 31 December 2014, the total active capacity<br />
of the Group’s Russian UGSFs reached 71.1 bcm.<br />
UGSFs operate 18 compressor stations comprising 37 compressor shops, 233 gas pumping<br />
units (GPUs) with an aggregate installed capacity of 913.6 MW, and 2,685 production wells.<br />
In 2014, 32.7 bcm of gas were withdrawn from, and 35.1 bcm of gas were added to, Russian<br />
UGSFs, including 250 mmcm of buffer gas (Nevskoye UGSF, Karashurskoye UGSF). The highest<br />
daily capacity of 725.2 mmcm was registered on 31 January 2014.<br />
As compared to 2013, daily capacity grew by 42.6 mmcm. By the 2014/2015 withdrawal season,<br />
the operating gas reserve in Russian UGSFs had increased to 72 bcm, by 3 bcm y-o-y. It is<br />
the highest UGSF operating gas reserve in the history of the Russian gas sector.<br />
<strong>Gazprom</strong> carries out prospecting and exploration to build underground storage facilities for<br />
natural gas and helium. RUB 554.6 mm were spent for this purpose in the reporting year (inclusive<br />
of VAT). Five exploration wells were completed in the saline deposits of the Kireyevskaya area (the<br />
Tula Region) for the purpose of UGSF construction. 3D seismic survey covering 50 sq. km was<br />
completed at the Blagoveshchenskaya area (the Far East).<br />
33.2 bcm of natural gas were used for own process needs of the GTS and UGSFs in 2014<br />
(40.6 bcm in 2013).<br />
Overhauls and scheduled preventive maintenance of GTS facilities carried out by <strong>Gazprom</strong><br />
on an annual basis aim to make gas supply and transportation more reliable and efficient, and<br />
safer from engineering and environmental standpoints. The upgrade and overhaul of these facilities<br />
used a priority ranking method based on process flow forecasts, enabling cost reduction and<br />
flexible planning.<br />
OAO <strong>Gazprom</strong> Annual Report 2014