The article is devoted to researches in assessment of the possibility to separate thin reservoirs and thin clay interlayers in deposits using in-line profiling methods performed on the core collection of the achimov bundle in one of the fields in Western Siberia.

At the design stage of wastewater injection in oil/gas-condensate Yamal and Nadym-Purovskoye inter-fluve fields, one of the most important tasks is to forecast the absorption capacity of the aquifer. In connection with this a very important task is to estimate the permeability and porosity parameters of this horizon. In this paper an assessment of permeability and porosity parameters of absorption by three methods is proposed: pres-sure buildup curve, by the experimental cluster injections databy well logs.

In the work the assumption is made that a geosoliton formation mechanism of oil and natural gas generation and accumulation foci is capable of creating radioactive and rare-earth elements, diamonds, various metals and other strategic raw materials in the same geosoliton tubes. It is proposed to begin the design of technologies to develop such complex deposits.

Results of the study samples of offshore deposits of the Kara Sea, taken during VNII Okeangeologia expedition in 2007 are considered in this article. Particle size analysis of samples performed by laser diffraction. Mineralogical analysis was performed by X-ray. The triangular diagram of particle size distribution composition, diagram of the dynamogenetic and diagram of genetic facies for determine the transportation routes of clastic particles have been built by the interpretation of the data, on which lithogenetic types of deposits were identified.

Hydrogeochemical conditions of the West and East Messoyakhsk fields are discussed in the article. These conditions of the complex hydrogeological Mesozoic basin are important in the formation and preservation of oil and gas deposits. The geological structure is characterized by the presence of a large number of disjunctive dislocations. The fields belong to the Elysion geodynamic water drive system - the Omsk-Gydansk structural zone. This determined the conditions and intensity of oil and gas generation.

This paper presents the major results of the research study, including the depositional environments evaluation, lithofacies and petrophysical simulation, and the application of a complex approach to the reservoir properties distribution prediction, reservoir geometry and boundaries estimation in undrilled zones of the Lower Miocene reservoirs of the Central Dragon oilfield (Cuulong basin, Vietnam offshore). These data are actual for further exploration drilling objectives, reservoir stimulation and EOR design.

The paper demonstrates that the hydrophilic behavior of productive formations is primarily determined by the water retaining capacity. Especially it concerns carbonaceous reservoirs characterized by a lack of or low gel cement content. In terrigenous reservoirs the water retaining capacity is greatly affected by the variability of gel cement mineral composition. At a permanent mineral composition of interstitial clay there may be present a correlational relationship between the hydrophilic behavior and water retaining capacity of a productive reservoir.

Currently, metrology is an important element of any industry. Under these conditions, the accuracy of testing and calibration of measuring devices becomes critical. Due to the high accuracy of modern measuring instruments, human factor can play a significant negative role in the calibration process. Therefore, the use of modern tools, such as a data logger, can significantly improve the quality of the process, reducing staff functions to process control.

The analysis of a temperature profile in the trunk of a vertical well when pumping liquid was carried out. The paper describes the application of an algorithm of the inverse numerical transformation with use of Gaussian quadratures (Iseger's method) to a task about a temperature profile under conditions of a short-term liquid pumping into the well. Analytical dependences are constructed on the basis of a method of the Laplace-Carson integral transformation of decomposition. The inverse transition is carried out on the basis of numerical inversion with use of Gaussian quadratures (Iseger's method).

The article presents the results of studies on the choice of ingredients preservative and optimization of the component composition of the preservative methods full factorial experiment. Received two reagent composition for the preservation of pipelines containing DBNPA, MEA and corrosion inhibitor IR-1 on the basis of tall oils. The preservative reduces the rate of corrosion by 90 % and prevents bio surgery cavity of the pipeline during 3,6 years of conservation.

The article presents a study on the prospects for the development of field gas treatment technology for transport using membrane plants, provides the energy efficiency study of these plants for natural gas fields.

The article shows the relevance and prospects of enhancing the effectiveness of oil dehydration and desalting by optimizing hydrodynamic regime. It identified the key processes in the equipment, affecting the efficiency of dehydration and desalting of oil, distribution of demulsifier and wash water in the treated stream of oil and the possibility of their optimization through the use of advanced equipment. Is a schematic design of the mixing device based on a new approach to the organization of the dispersion component introduced in separate streams generated with straightening canals. The provisions set out in the article are the basis for the further development of the modernized design of the mixer, and the calculation of the basic operating parameters.

The approaches to improve the management of processes of oil refining. The description of the control model and the adjustment of the coefficients of the controller by using genetic algorithm. Selected basic adjustable parameters and control actions. The main components of the control circuit for the models are: limitations of the regression model, nonlinear dynamic model, the unit of optimization.

The research results on the recovery of drilled solids and spent drilling mud with the use of phosphogypsum in combination with the humicagent «Rostok» showed that the resulting soillike environment can be used while recultivating slurry ponds and disturbed lands. Adding extra 5-20 % of spent drilling mud didn’t affect the chemical composition of the soil significantly. Using the humicagent «Rostok» favorably impacts the development of plants, besides the formation of a viable phytocenosis takes place with the significant increase of phytomass of vegetative aerial shoots by 28-31 %.

The article emphasizes that the proposed method of natural water purification with natural sorbents is more effective than purification with artificial sorbents. This will give the opportunity not only to get rid of contaminants, but also disinfect and enrich water with natural chemical elements.

The paper discusses the ecological condition of soils in Khanty-Mansiysk Autonomous Okrug - Ugra as a result of technological pollution. Damage caused by soil and land degradation and prevented as a result of environmental activities was estimated. The estimation of prevented damage to biological resources, wildlife in particular, is given. Conclusions are made on the increasing number of the faunal complex in specially protected natural areas due to the favorable conditions of their existence in these areas.

The paper discusses modeling of oil migration processes in the soil with the use of x-ray microtomography to optimize the process of oil spill elimination. To conduct the study, the most common soils on the territory of Tyumen region, i.e. sandy and sandy loam soils, were taken. Then a process of an oil spill was simulated on the micro model. As a result of the analysis, 3D-models of spatial distribution of oil in the soil were created and the depth of oil penetration into the ground was determined.

The paper reviews a method of determining the estimated values of fire risk for industrial facilities. It shows the main disadvantages in the application of this method, in the evaluation of possible implementation of fire hazard situations and their consequences for people and tangible assets. The effective approach to the development of the new method for determining the design values of fire risks of combustible solid materials has been identified. The way is determined to define safe distances or zones from thermal radiation in the calculation of fire risks of the facilities.

The job of oil and gas companies of ensuring safe operation of hazardous facilities in general is carried out in accordance with applicable laws, rules and regulations. Sometimes major violations occur, therefore, for the purpose of improving the quality of the organization of production supervision this article proposes relevant activities.

The paper describes the issue of an understudied phenomenon of rapid phase transition (RPT) of liquefied natural gas in case it is released into water: due to a lack of a physic-mathematical model of underwater RPT it is impossible to get qualitative risk assessment of LNG releases into water. The authors analyzed the history of LNG-tanker failures, described the main reasons of the occurrence their failure and analyzed publicly available information about the LNG RPT phenomenon.

The article presents the analysis of occupational risks when performing round-trip operations during drilling oil and gas wells and provides simple and easy-to-understand methods of occupational risk management. It considers the main negative production factors which harm the health of workers when performing operations on lifting and lowering the drill pipes with the description of mechanical injury-risk factors.