Training laboratory "RMK Systems"
This laboratory was created in collaboration with the company RMK Systems LLP, which exists in the natural gas equipment market in the field of consulting and supply of gas measuring and gas distribution stations, fuel gas treatment units, shut-off, control, safety valves, measuring equipment, analytical equipment , instrumentation and automation, pressure vessels, and also deals with construction and installation work, design and much more.
It contains samples of such equipment as a cabinet control point, a thermometer, a differential pressure gauge, an ultrasonic meter, a turbine meter, a WIKA pressure gauge, a Kurvalf ball valve, a vortex meter, a Heat pressure regulator model EKV-25/GJ6, cross-sectional RMA ball valve 1" threaded, EC605 corrector, sectional RMG 650 regulator, NATEK AG4 household meter, SAMPLE G4 household meter, Condumax II MICHEL water and hydrocarbon dew point analyzer, RMG512DN 100/300 ANSI 600 RTJ pressure regulator with pilot , control valve ACR DN150 ANSI 600 FL-OF, check valve FL-OF DN150, ball valve AE OF BSDN150, ShRP Bryan Donkin and others.
The laboratory conducts educational disciplines - “Fluid mechanics in petroleum engineering”, “Continuum mechanics”, “Hydraulics and gas dynamics”.
Educational laboratory " Drilling, drilling and grouting fluids"
When conducting training sessions in the disciplines “Drilling and grouting fluids” and “Drilling of oil and gas fields,” the following equipment, devices and instruments are used: LBR-BS RE - a device for determining the filtration rate of drilling clay fluids VM-6; ABR-1M hydrometer; settling tank OM-2; funnel for determining the bulk density of sand (BG); SNS-2 device; Cone AzNII Kr-1-001; shaking table (LAN); samples of casing pipes, couplings, nipples, taps, magnetic milling cutters, bells, roller bits, etc.
The topics of modern drilling technologies are covered, the study of the physical and mechanical properties of rocks, the preparation of a well cleaning program, research is carried out on the technological properties of flushing fluids, calculations for choosing the type of drill bits, the study of downhole drilling motors, calculations of drill pipe string strength are made, design of mode parameters drilling, etc.
Training laboratory "DRILLSIM-5"
The laboratory is equipped with computers with DRILLSIM-5 software, which allows simulating drilling, monitoring the condition of the well, simulating operational complications and problems, operational errors and complications in the wellbore, eliminating breakdowns of equipment and instruments, and acquiring skills in how to control the simulator.
Baker Hughes Training Laboratory
Software modeling and R&D that help oil and gas companies develop fields as efficiently as possible. Advanced drilling techniques, geophysical and hydrodynamic assessments of reservoir studies during production are studied.
Shlumberger software - Petrel, Eclipse, PipeSim, TechLog
ECLIPSE covers a full range of reservoir modeling problems, including finite difference models for black oil, dry gas, gas condensate composition, heavy oil thermodynamic models and streamline models.
Petrel's seismic-to-development software offers users integrated, collaborative workflows that integrate geophysics, geology and reservoir engineering into a single workflow, paving the way for real-time reservoir characterization.
The PIPESIM multiphase flow simulator is designed to solve fluid flow issues and optimize production.
Techlog is a software package for petrophysical interpretation.
IPM software - PITEX
Software packages for dynamic modeling of oil reservoirs, production and injection wells, as well as for pipeline network design - “GAP” (Generation), “PROSPER”, “REVEAL” (Production Management), “MBAL”, “RESOLVE”, “PVTP” (Mining).
Jewel Suite software
The software package consists of the following modules: Geologic Modeling Software; Seismic Interpretation; Well Correlation; Structural Modeling; Time-depth conversion; 3D Gridding (3D interpolation of observed values ​​onto a uniform grid); Statistics; Property Modeling; Volumetrics (Calculation of parameters); Well Planning; StairStep Conversion and Export.
KAPPA Engineering software
Integrated platform for dynamic data analysis.
Saphir is the industry standard for well testing interpretation software, used by virtually all major international and national oil and gas testing companies, as well as independent and service companies.
Topaze is fully compatible with Saphir data formats and models. An extensive catalog of analytical models, along with numerical modeling functionality, allows for careful tuning of models and reliable calculation of the forecast.
Rubis is a multi-tasking, three-dimensional, three-phase numerical simulation engine that positions itself somewhere between single-cell material balance and large-scale fluid dynamics models.
Grenat is included in KAPPA Workstation, complementing the dynamic data analysis workflow. It easily connects to all engineering modules via a browser, allowing it to share well definition, PVT and vertical lift performance (VLP) curves.
Emeraude - closed hole logging, using automated and tool-independent loading, can calculate inflow profiles from advanced production logging tools with distributed sensors, perform well integrity and cement quality analysis, calculate reservoir saturation and perform reservoir characterization studies, all this in the same environment.
Azurite is an integrated environment for processing source data from a formation tester, where free switching between time and depth views of this data is implemented. The type and quality of tests are automatically determined, contacts and fluid gradients can be determined, and well testing analysis can be performed.
Citrine is a field production analysis that implements two approaches to field production analysis. The first uses traditional flow rate decline curve analysis. All standard empirical decline models are available for adjustment to actual data, and regression is used to quickly apply the selected decline equation to all wells in the field.
Carbone is a highly interactive fluid modeling software package designed to build fluid models that fit experimental data and can be used to run a variety of scenarios. The most common application is to build PVT models for use in the KAPPA workstation platform or any other black oil modeling or compositional analysis platform. Carbone is also used for detailed fluid studies, including building EOS models for a range of samples, waxes and asphaltenes.
Educational laboratory “Descriptive geometry and engineering graphics”
Thanks to the software - Fusion 360, Creality Slicing Software and AUTODESK, CREALITY, the educational disciplines "Descriptive geometry and engineering graphics" and "Mechanical design" are conducted. Using the HP Tower Workstation, you can make models of equipment samples and tools used in the oil and gas industry on Creality Ender-5Plus 3D printers.
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Monitoring the condition of laboratory equipment and workplaces of laboratory employees and taking measures to eliminate existing deficiencies, and organizing work on labor protection and industrial sanitation in the laboratories of the SEPI is carried out by the head of educational laboratories, a mining engineer by education, MSc “Petroleum Engineering” Tatichshev Saken Kamiltaevich.
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