
CIS. And what have been the biggest events or developments in 2005 in the Russian oil and gas industry?
VS. I think that would have to be the rapid growth of Gazprom’s capitalisation and its fast transformation to being the leading international energy company.
CIS. What do you think of the business environment in Russia today for foreign business? Is it easy for companies from outside of the country to invest and does the industry welcome partnerships with foreign companies?
VS. The environment for foreign business in Russia today is becoming increasingly predictable.
The Russian oil and gas industry certainly welcomes partnerships with foreign companies. This can be seen, for example, in the participation of German companies in the forthcoming project of North European Gas Pipeline. Besides, as we know, Gazprom formed the short list of five foreign companies for the future development of Shtockman gas field in Barents Sea.
Foreign investment is very important for the industry. However, I think that, today, the Russian government generates very large financial resources through the high prices on oil and gas and, as such, it should be the main investor in scaled programmes and projects in the Russia’s energy sector.
CIS. Where you see the most potential for Russia to increase its oil
producing capacity? How can this be effectively realised?
VS. The biggest potential for increasing Russia’s oil producing
capacities lies in Western and Eastern Siberia and in the shelves of the Far
East’s seas. Meanwhile, the most potential for increasing Russia’s
natural gas producing capacities is Yamal peninsula and the shelves of Barents
and Cara seas.
However, in order that we can effectively realise these potential resources, the Russian state needs to play an increasing role in the development and implementation of such scaled projects.
CIS. What kind of technologies are being used today to better locate
and exploit the reserves out there?
VS. I think that the traditional geophysics and seismic technologies
are still very much in use. However, at the same time, I would highlight as
important the so called ‘Microlepton GeoVision Technology’ of oil
and gas resources’ location, which has been developed in Russia (see boxout).
While many people do not believe in it, so far nobody has proved that it doesn’t
work. This technology still needs verification, but this type of advanced technologies
could be of interest to oil and gas companies.
CIS. Russia’s distribution system within the CIS region is extensive.
How important do you think it is to look beyond those borders, towards Asia
Pacific for example?
VS. You are right – it is very important for Russia to pay more
attention to the Asia Pacific energy market. We hope that the construction of
the Eastern Siberia–Pacific ocean oil trunk pipeline system will be the
first step towards linking with China and other countries in the region with
fast growing demand for energy.
Russia can play the key role in the supply of energy to various regions of the world, of which the East is especially vital for us. It is for this reason that the Russian Oil and Gas Contractors Union looks forward to the acceleration of Eastern Siberia’s oil and gas reserves’ development.
CIS. What particular projects or developments over the next 10 years
or so do you predict will improve those global links?
VS. For gas, I’d say these would be the development of the gas
reserves of the Yamal peninsula, the northern shelves, gas reserves in Eastern
Siberia and construction of trunk gas pipelines to the East, and finally the
rapid development of scaled gas processing facilities.
When it comes to oil, important will be the construction of the Eastern Siberia–Pacific ocean trunk oil pipeline system, development of oil reserves in Eastern Siberia and Yakutia, the scaled reconstruction and modernization of oil refineries, and scaled development of chemical industries.
What is Microlepton GeoVision Technology?
Traditional methods of exploration have been demonstrated to be both labour-intensive
and expensive.
There has been a reduction in the efficiency of geological research works as
it has become necessary to cultivate increasingly difficult regions in geological
and geographical aspect.
As a result, companies dealing with minerals mining and exploration are looking more and more to find new methods and technologies to increase efficiency and reduce costs.
The method with the most potential appears to be Microlepton GeoVision Technology, which is based on the physics of weak force microlepton interactions. Research into lepton physics have been going on in a number of countries for many years now, including Russia, where Microlepton Geo Vision Technology was developed.
The technology is basically a new geophysical method of researching mineral deposits such as oil, gas, non ferrous metals, diamonds, water, etc. and is based on the important characteristic is that all physical objects have their own microlepton field. By analysing the microlepton emissions of the Earth, it is therefore possible to make accurate forecasts on the existence of various minerals, using photographs from Space and field expedition's results.
The use of this technology in Russia, Kazakhstan, Australia, North Korea and Cyprus has already given positive results. It allows users to cut the expenditures and time in oil deposits' research.