Wednesday, 02 December 2015 00:00

SPE Waterflood Management Workshop

SPE Waterflood Management Workshop

SPE Horizontal, Multilateral and ERD Wells Drilling and Completion Workshop will take place 15-17 September 2015


 For more information ask Antonina Kozmina.


Tuesday, 02 June 2015 00:00

Digital Field Management

Conference Digital Field Management will take place in Petergoff, Russia 02-04 June 2015



For more information please ask Atonina Kozmina.


Friday, 20 March 2015 23:00

Carbonates. New Frontiers

Conference Carbonates. New Frontiers will take place in Moscow 30-31 March 2015 



for more information ask  Antonina Kozmina.

 Алексей Рощектаев – ведущий эксперт ООО «Газпромнефть НТЦ» (ОАО «Газпром нефть»). В 2002 году окончил Новосибирский госуниверситет по специальности «Физическая механика жидкости и газа», в 2007 году защитил кандидатскую диссертацию в ИТПМ СО РАН по специальности 01.02.05 «Механика жидкости , газа и плазмы». С 2007 по 2012 год работал в ООО «РН-УфаНИПИнефть», занимался разработкой научно-технических решений при проектировании разработки месторождений, совершенствованием методов гидродинамического моделирования. С 2012 года работает в ООО «Газпромнефть НТЦ», занимается организацией и проведением работ по разработке и автоматизации методик расчетов производственных показателей; организацией, курированием и экспертизой научно-исследовательских работ в области разработки месторождений.

Conference New approaches in reserves estimation of hydrocarbon resources will take place in Tyumen 11-12 February 2015


for more information ask  Antonina Kozmina.


In all drilling environments, effectiveness of conducted jobs depends on proper drill bit selection, since it’s the first element of BHA to touch the bottomhole and actually crush the rock.

Results of using deep azimuthal Multiple Propagation Resistivity measurements in a complex of logging while drilling horizon wellbores inside difficult geology.

One of the important stages of oil fields development design is the selection of well placement and its completion methods. The challenge of this task is due to decision-making process performance with the lack of information on reservoir structure and substantial uncertainty in the input data. In this context, the most sustainable decision can be reached by using relatively simple models and methods. The traditional 3D simulation is often inapplicable due to the need in calculation of vast number of development system options provided for analysis of uncertainties impact in the input parameters. Simplified models with relatively simple analytical decisions in basis relieve the case.

With great probability today we can say that hydraulic fracturing is not the only one of the methods for oil extraction intensification but is an effective instrument for oil field development process regulation in whole. The analysis of accumulated experience at hydraulic fracturing operations allows us to speak about its effectiveness almost at all oil field development stages.

The development of coalbed methane (CBM) has been limited to moderate- to high-permeability reservoirs (>1 md).  However, a significant resource of natural gas exists within low-permeability coals (<1 md).  Worldwide CBM resources are estimated to range from 3,500-7,000 Tcf, and EIA estimates >800 Tcf are technically recoverable.  As of 2010, however, only 60-70 Tcf of CBM reserves were proved.  Vast CBM resources are untapped.