The authors of the article have studied structural features of the reservoirs by using microsections descriptions, XRF, SEM photos, particle size distribution, determination of the mass fraction of carbo-nates by thermo gravimetric method, refinement of mineral density by pycnometric method, study of reservoir properties in the temperature and pressure conditions at saturation as kerosene and water and etc. It has been found that due to its physical and chemical characteristics zeolites have significant impacts on the increase in the degree of hydration and the presence of zeolite water; low density and a large fractional free volume of the dehydrated samples; the existence of similar channels with diameters of molecular dimensions in dehydrated crystals. It is shown that for zeolite-containing rocks the most reliable result can be obtained by using in the calculation of the reduced density of the skeleton and transition to thermobaric conditions in the evaluation of reservoir properties and resistivity.

Based on detailed seismic and well data interpretation, a Berriasian-Early Hauterivian voskhodnaya sequence of shale was distinguished as a part of Akhskaya suite in the south-west of the Yamal Peninsula. Subsequent conventional west dipping clinoforms are pinching-out on the top of the sequence, forming stratigraphic traps, characterized by seismic anomalies. Hydrocarbon prospectivity of the traps is proved by well tests.

The minimization of unwanted technogenic impact is one of the important problems in oil and gas industry. Wastewater burial in deep aquifers is effective, widespread and the least polluting way to dispose of industrial wastes. The article presents methods of scientific knowledge (analysis, synthesis) data about hydrogeological conditions of wastewater burial in Cenomanian absorbing horizon in the territory of the Beregovoye field.

An alternative approach is proposed to justify the boundary criteria for the allocation of reservoirs based on the use of multiscale information. Its feature is the integration of the results of petrographic analyzes of thin sections and petrophysical studies of the core, which made it possible to increase the reliability of determining the effective thicknesses.

The article presents the study results of hydrodynamic zoning of hydrocarbon reservoirs of the Yamal-Kara depression located in the north West Siberian megabasin. The study area has two types of natural water-driven systems: expelled system (geostatic and geodynamic) in the basin centre and infiltration system in the basin margins. Piezominimum zones extending along the main oil and gas seeps (Bolshayakheta and Kara megasyneclises) have been found that correspond to the largest petroleum plays (Vankor-Suzunskaya, Bovanenkovskaya, Urengoiskaya and others).

The authors of the article propose a model for determining the stability of the permafrost zone slopes, which includes mechanical and thermophysical components. The developed model for determining the stability of slopes in the process of thawing permafrost allows assess slope stability factor depending on the time and the set of parameters: thermal and mechanical properties of soil making up the slope, the components of the radiation balance, the exposure, and the angle of slope, etc.

The article contains general information about Underground Gas Storages (UGS). The classification of Underground Gas Storage facilities is suggested, according to the operating regime and their purpose, as well as general classification of UGS.

The most vulnerable places of infield pipelines in operating are the welded joints of the pipeline. In order to study the protective effect authors of the article carried out tests on ability of the sleeve to protect welding sewing from corrosion of the welded joint in a corrosive medium.

The article presents the experience in the stage of experimental industrial exploitation and industrial exploitation of the field with a system for the development of horizontal wells with non-standard oil properties (high oil viscosity) and complex geological structure (gas cap and aquifer). The focus of the article is on the estimation of aquifer activity by using well tests.

The article presents the analysis of well construction at fields of Eastern Siberia. It contents the characteristics of geological profile, affecting qualities of well construction, especially drilling hazards during wellbore passage through casing string. On the basis of theoretical studies, lab researches and experience of well construction the new drilling mud providing natural permeability of productive formation B10 on theAlinskoe field was developed.

The article presents the results of the variable or non-uniform conductivity (width, permeability or both profiles) in the fracture. This allows predict performance of damaged fracture, and so on. Usage the average conductivity of fractures to represent an equivalent constant value has shown that it works well for high conductivity, reduces conduction (i.e ellipsoidal or wedge-shaped fractures) with maximum conductivity in the wellbore. For inverted wedge cracks (conductivity in the well is less than an average) the fracture efficiency will be significantly reduced, and the average conductivity will greatly overestimate the effective value. Moreover, for low-conductivity fractures in the well the equivalent conductivity is weighed more relative to the value of the well than the average. Also the article presents the optimal conductivity of fractures (and fracture sizes) for a given amount of proppant to maximize productivity.

The process of location error the bit in the chuck was verified experimentally and put into production by measuring the gap between the working surface of the limiting ring and the calibrating surface of the cutter to improve the accuracy of the bit production. Bits having a diameter close to the lower limit value can be processed in a cartridge with a restrictive ring of reduced diameter. The height of cutters is reduced as a result of introduction into production of the method of group interchangeability of sections in height, measured in a direction parallel to the axis of the bit.

The article examines the possibility of applying the Mohr - Coulomb short-term strength criterion to the calculations of long-term stability of open oil wells. The results of calculation of long-term and short-term strength on the basis of the polygon of stability are analyzed.

The article deals with the results of numerical experiments simulating various ways of reaching the steadystate regime of an ascending swirling air flow in an artificially created tornado. The values of the total kinetic energy and kinetic energy of the rotational motion of the flow are calculated, and the functional dependences of its energy characteristics on time are found. In addition, the acceleration time is determined for various methods of outputting a swirling flow to a stationary mode of operation.

The article considers the management of an atmospheric column by using of dynamic rectification model. The criteria of management are defined. The method the optimization is chosen. Management of temperatures provides the set quality of oil products at light fractions selection corresponding selection from potential.

Processes occurring at the metal-electrolyte interface in chrome plating of parts with an inhomogeneous structure have been considered from the standpoint of the band theory of semiconductors. Similarity of processes in the systems metal - semiconductor and metal - electrolyte has been established. A technique for estimating the quality of surface preparation of worn parts for electrolytic chromium plating based on the results of measuring the spread of thermal EMF values has been validated.

The article shows the raster electron microphotography of the microstructure of the surface of coatings made of titanium and zirconium nitrides on cutting inserts and the formation of their structure. The increase in wear resistance of carbide cutting inserts due to the application of vacuum plasma nitride coatings is explained by the change in a number of properties of the contact surfaces of the tool.

The article deals with the technique of transferring of blower’s characteristics from the graphic type to the analytical. This representation of the characteristics allows correct them automatically by the results of parametric diagnostics of blowers and use them for automatic control of the gas-pumping unit operation modes. Usage of these characteristics furnishes the gas-pumping units with the properties of self-regulating systems.

The article deals with an analysis of non-motor methods for measuring the octane number of gasoline. The authors report a device for measuring the octane number and the results of controlling the composition of the effluents of production.

The article deals with the development of reverse sewage purification of the shift camp as a result of a combination of magnetic and physical treatment without usage of active chlorine.

The article deals with studies diesel fuel from the remainder of gas condensate by using the adsorption method.

The article presents the results of investigations of oil samples from various deposits. The samples contain asphaltenes, resins and paraffins in different concentrations. It is established that all oil samples are non-Newtonian fluids and they have pseudoplastic properties. Due to the results of experiments, which were carried out by the method of rotational viscosimetry, size of complex structural units of oils at various sliding velocities was calculated.