The analysis of a state of PermNIPIneft LLC intellectual capital as formalized and included intellectual rights is fulfilled.
Examples of the most significant objects of intellectual property are given. Principles of joint-stock company intellectual
rights management are considered.

The structure of the core and reservoir fluids research Center, created in PermNIPIneft LLC, is given. The scheme of lithologic-
petrophysical researches of a core is considered. The manufacturing scheme of researches of a core and the
scheme of researches of reservoir fluids are presented.

The resource base structure of hydrocarbons in Perm Region has analyzed. The high perspective, for future oil and gas
development of region has showed.

Multiple use of facies analysis and seismic-facies simulation results for investigations terrigenous Devonian stage of the
Perm Region oil fields are shown. It is noted this approach renders possibility to increase oil field supplementary exploration
and exploitation effectiveness.

The results of petrophysical studies on low-porosity Riphean carbonates from one of the hydrocarbon fields situated in the Yurubcheno-Tokhomskaya oil and gas bearing zone (Siberian Platform) are presented here. Complex studies of mineral composition; pore structure using different laboratory methods (thermogravimetric analysis using a Derivatograph apparatus, X-ray structure analysis, NMR, computer tomography, whole core analysis etc.) allowed to reveal particular features of Riphean carbonates that served as a basis for working out the methodology of well log interpretationscheme of researches of reservoir fluids are presented.

This paper presents regional scale investigation of achim reservoirs in RN-Yuganskneftegaz LLC activity
area. The results show that in spite of complex structure and considerable depths achim reservoirs are perspective
objects for exploration and development works.

The basic kinds of plugging materials and wells cementation technologies, developed in PermNIPIneft LLC laboratory of wells casing, are considered. It is noted, that constant authors support allows to increase quality of works considerably

The basic directions of using of the highly effective muds which have unique properties, allows to solve the various problems of well construction are shown.

The scheme of high-viscosity oil production by the pair of parallel horizontal wells is given. The tolerance zone of an error of the borehole deflection measurements is presented. The technique of realization of technology of drilling of the pair of parallel horizontal wells is offered.

The permeability field of Tashly-Kulskoye oil field stratum is considered. Experimentally received relative phase permea - bilities are given. Results of laboratory researches on an oil displacement from the core sample for oil fields of the South Tatar arch are analyzed.

Results of mathematical modelling of process of pumping of flow deflection technologies, allowed to add earlier offered geologic-physical characteristics on reservoir parameters, favorable for successful application of some technologies
of oil recovery increase are received. Geologic-physical and technological conditions and corresponding them recommended technologies, which application will provide increase of a degree of oil reserves development,
are offered.

The article offers the review of different aspects of hydrofracturing planning and operations which takes into account economic criteria as well as technological and geological risks. The Integrated approach to hydrofracturing planning has allowed increasing efficiency of this technology in areas of Rosneft activity.

On the basis of own researches and investigation on other scientists study it is shown, that traditional core samples extraction results in essential distortion of filtration-capacitive properties and a residual oil saturation at a modeled initial
water saturation. The extraction with use of a cold kerosene is recommended.

The analysis of a technical state of Tatarstan terrigenous Devonian wells with behind-the-casing circulation and wells, placed in operation in 2006 – 2008, is given. Produced output watering dependence on the distance between perforation interval and the nearest water-bearing bed, and also on the proportion of permeabilities of water-bearing bed and perforated oil reservoir is obtained. The complex parameter of natural isolation of the reservoirs, allowing quantitatively
to determine the probability of behind-the-casing flow, is calculated

Well operation profitability dependence on its relative downtime is given. Two ways of change of well readiness factor at use of pulling units are offered.

Features of designing and construction of Varandey oil shipping terminal - the most complicated objects and constructions of an oil-and-gas complex in conditions of permafrost rocks are given. Main principles, which were observed at designing, are considered

Methodical approaches to a substantiation of special mining leases boundarys for sites of the underground nuclear explosions located in different levels of productive part of a Paleozoic section, having geol-hydrogeological structure and conditions of development of hydrocarbon deposits are offered on example of Osinskoye and Gezhskoye
oil deposits.

Results of determination of background (initial) water bodies pollution in a corridor of six extended traces of oil
pipelines and highways, and also in the territory of two oil-and-gas fields in Uvat district, Tyumen Region are presented. The analysis of polluting substances distribution in water bodies is carried out.

Information about 8 Congress of the Union of oil and gas industry in Russia

The state of geophysical service during the periods of economic crisises is considered. Antirecessionary measures, which can be undertaken in the current period, are recommended.

The analysis of a technical state of Tatarstan terrigenous Devonian wells with behind-the-casing circulation and wells, placed in operation in 2006 – 2008, is given. Produced output watering dependence on the distance between perforation interval and the nearest water-bearing bed, and also on the proportion of permeabilities of water-bearing bed and perforated oil reservoir is obtained. The complex parameter of natural isolation of the reservoirs, allowing quantitatively
to determine the probability of behind-the-casing flow, is calculated.

Well operation profitability dependence on its relative downtime is given. Two ways of change of well readiness factor at use of pulling units are offered.

It is shown, that the acting loads value in pulley-block system of pulling units is influenced with kinds of carried out wellworkover operations. The concept of works complexity factor, which characterizes relative number of the executed
well-workover operations, is entered. Failure intervals of components and elements of pulling unit A 50 depending on wells repair complexity factor are analysed. It is shown, that with increase in number of carried out complex repairs the failure interval of the basic components decreases, that is interpreted by increment of loads, acting in components and mechanisms of units. The mathematical model of this dependence is obtained.

The suitability and capability of interchangeability of the most widespread physical methods of nondestructive control for an estimation of efficiency of pumping rods secondary use is analysed. For the first time the accelerated compa -
rative complex tests of technical diagnostic tools and pumping rods are founded, planned, methodically provided
and successfully carried out. Diagnostic characters of pumping rods fatigue failure are confirmed by results of complex tests. Additional requirements to the pumping rods diagnostic assurance are founded and formulated.

It is shown, that application of glass-fiber pipes as pipelines at well casing allows to receive essential economic effect due to increase of durability and chemical resistance in hostile environments.

The reasons of loss of electric voltage quality in electric networks of Middle Priobye oilfields are analysed. The basic lines of work for its improvement are determined.

The scheme of interaction of the basic subsystems of the automated system of a technical and economic estimation
of oil and gas fields with the system of automation of fields development design works is given. The mode of interpretation of a semantic network, which is understood as application of matching algorithm and depth-first search algorithm, is considered.