By results of the conducted complex analysis geological-geophysical information paleofacies model of the reservoir J2 refined within the Urnenskoye and Ust-Tegusskoye license areas. These sediments accumulated in tidal coast, complicated deltaic complex.

Brief description of the hydrodynamic and hydrogeothermal conditions of Polar Urals is contained in thе article. These conditions are largely determined by the presence of a large number of tectonic faults, fracture zones and permafrost. The issues discussed are of great practical importance for drinking and technical water supply of the facilities of the Polar Urals.

The six hydrodynamic polygons were made for ensuring industrial security in Uvat group of fields: Kalchinskoye, Ust-Tegusskoye, Tyamkinskoye, Uuzhno-Petegskoye, Radonezhsckoye, Protozanovskoye. As part of mining and geological substantiation of necessity their of creation the analysis and interpretation of the specificity of the natural geological and tectonic situation and the development pressure on the bowels, a comparison of forecast estimates of the deformation process to the data obtained by instrumental geodetic measurements. Recommendations on optimization of geodynamic monitoring system are written.

The article esummarizes the firststages of development of oil exploration and oil field hydrogeology in the West Siberian megabasin from 60s of the last century to the present day сonducted paleohydrogeological, hydrogeochemical and oil countryhydrogeological studies.

The article considers the prospects of the Transbaikal energy industry and through development of bitumen seeps genetically connected with sediment-filled rifts. The analysis revealed the most promising sites for appraisal drilling, including Ononsky, Chitino-Ingodinsky, Eravninsky and Ust-Selenginsky districts. Ononsky district is discussed in terms of the typical geological structure of such objects, and their approximate resourses are evaluated.

On the basis of flow modeling the impact of injectioninduced fracturing on the cumulative oil production value is examined in dependence of the oil and water mobility ratio under conditions of homogeneous and heterogeneous permeability of reservoir. It is established that the presence of injection-induced fracture in the near-wellbore area of the injection well can have a positive influenceon the dynamics of production fluid. Complex approach to estimation of probability of injection-induced fractures presence and algorithm of determination of their geometric parameters areal so proposed.

Operation time of the well before stopping for investigating the pressure recovery curve in hydrodynamic studies is an important parameter affecting the quality and accuracy of results of research processing. Comparing the actual and theoretical pressure curves and the derivative, it’s possible to eliminate the uncertainty in the choice of previous history of the well operation.

The results of analysis of effect of thermal properties of rocks to steam stimulation by numerical simulation are considered. Several hydrodynamic models of oil pool of Yarega field with different thermal properties: thermal conductivity and heat capacity of rocks - are created. It concluded that the uncertainty of initial information about thermal properties of rocks can significantly affect on development indicators.

Analysis of osmotic and ion exchange processes between injected agent and clay-containing rock has been carried out. The analysis allowed to obtain reservoir properties depending on ionic composition and salinity of the injected water and ratio of clay-content of reservoir. It’s been shown that change of hydrochemicalmode of formation development leads to transformation of structure of porous medium, and as a result to changes in reservoir porosity and permeability properties. Analytical dependencies of porosity and relative phase permeability on the salt concentration and ion composition of injected fluid have been obtained on the basis of micromechanical description of fluid flow process in porous medium. The modeling of two-phase Newtonian fluids flow in clay-containing porous medium has been carried out. Influence of parameters of porous medium and injected saline liquid on oil production has been researched. Efficiency of low salinity solutions and highactive metals solutions injection in clay containing reservoir has been shown.

At cementing of casing of oil and gas wells during the process of injecting of cement slurry in the casing column the slurry can move with a higher speed than it’s linear injection speed. A break of continuity of fluid flow occurs, what can lead to poor quality isolation of producing formations and shorten the effective life of the well. We need to find some technical solution to stabilize the linear velocity of the cement slurry in the column. This task can be resolved with an automated control system.

The paper describes the method of isolation of bottom water inflow in oil wells. The method of isolation of inflow of formation water in the well, watered by water cone flowing into the near-wellbore area, is drilling is carried out from the main borehole of the stopped well into the productive formation with water intrusion into radial offshoots along the radiusbelow of the well perforation interval. They pump the waterproofing composition into referred radial offshoots with the creation of the waterproofing screen along the radius of the main wellbore. They leave the well for a period of reaction of composition injected under pressure and perform a subsequent well completion through existing perforations of the perforated interval.

The paper presents a method for calculating the gas stream flow rate during well tests of gas and gas condensate wells using a diaphragm gauge of critical flow. The above method compensates the disadvantages of the described in the scientific and technical literature gas stream flow rate calculation methods during its flow through the diaphragm in the critical regime. For the proposed method are presented the testing results on gas and gas condensate wells of the north of the Tyumen region.

The paper discusses the technology of application of inflatable packers, also companies, which are developing the design for this type of packers, as well as the main directions of their development. Currently, the authors developed an inflatable packer, creating a hermetic separation of cased borehole cavities at a wide range of temperatures and pressures, with the possibility of multiple quick installation and removal in a single or series of downhole operations.

The paper reviews the possibilities of using of silicon opal-cristobalite rocks (diatomite and opokas) in Western Siberiain industries associated with the production and transportation of hydrocarbons, oil field construction, environmental protection in the areas of intensive technogenic influence. Also the data is summarized on the possibility of their use for the production of proppants, adsorbents, additives in cement slurries.

IR spectroscopy investigated structural and group composition of base mineral oils isolated from the vacuum distillate by selective purification of N-methylpyrrolidone and the low temperature dewaxing in the presence of a solvent. The role of the latter was carried out by the systems acetone - toluene, acetone - methyl tertiary butyl ether, methyl ethyl ketone - toluene, acetone - toluene - modifying additive. It was shown that the chemical composition of the group of base oils and slack waxes is defined as the nature of the solvent to the dewaxing, and oils sequence of purification steps.

The experimental laboratory-scale plant for the fatigue testing of samples with electrolytic coating were designed and constructed. Shows the kinematic scheme and considered the principle of the plant. The dependences for determination of test parameters and the method of testing samples with coatings under variable loads were obtained.

The article deals with peculiarities of restoration of steel parts by electrolytic chromium-plating depending on structural heterogeneity of worn surfaces. The possibility of assessing the quality of surface preparation for the process of chromium-plating by the results of measuring the thermal EMF in local areas of the restored surface is shown. A technological route of quality control in restoration of heavily loaded parts of gas turbine engines implemented in working environment is proposed.

The article includes relations, allowing to calculate the flow rate of combustion products through the airgas channel of the gas turbine engine (GTE) gas pumping units (GPU). Usina of this dependence allows parametric diagnostics of GTE gas pumping units at a sufficient physical basis and with greater accuracy.

Sophisticated viscous compressible heat-conducting gases arising during heating the vertical field, have a pronounced axial symmetry. Therefore, for the numerical solution of the full Navier-Stokes equations to describe such gas flows is advisable to use a cylindrical coordinate system. This paper describes the transformation of the third projection of the equation of motion of the full Navier-Stokes equations. The result of the transformation is to record the third projection of the equation of motion of a continuous medium in a cylindrical coordinate system.

For definition of stresses and loads through measured displacements of pipeline axis it is necessary to calculate derivatives of approximate function. The error of defined stresses is in direct dependence on order of derivatives, necessary for their definition. Application of Timoshenko beam theory allows to reduce the order of derivatives. It is possible to improve the accuracy of stress and loads definition.

The main results of the calculations of damped oscillations ofmanometric tubular springs (MTS) considering the hard tip are presented. The calculations are based on previously developed mathematical model. An assessment of the impact of the MTS mass on damped oscillation parameters (frequency and oscillation damping parameter) was made, the change of the limit value of viscosity of the damping fluid at which the aperiodic motion begins, as well as the value of the tip mass at which the system ceases to oscillate.

The article considers comparative data on the cost of utilities in area of heat and power supplies. The balanced strategy of production of thermal and electrical energy is setted.