"Silur Plast" LLC carries out timely and quality
technological control of the drilling process
Collection and storage, visualization and prompt processing of information about the parameters of the state of the object and the physical environment.
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Control of the drilling process and the state of the drilling equipment:
- technological stage (TC);
- position of the tramline unit (KP);
- speed of movement of the tramline block (SKP);
- speed of the instrument (SB);
- acceleration of the instrument movement (AB);
- depth of the well bore (TD);
- bit depth (BD);
- position of the rock-cutting tool over the slaughter (OB);
- Input pressure (RFI);
- Input pressure (PFO);
- weight on the hook (HL);
- the direction of movement of the hook (HD);
- maximum weight per hook during travel 1 candles (AHL);
- expected weight on the hook (EHL);
- load on the bit (WOB);
- rotor rotation (RPM);
- the value of the rotor rotation sensor (RPMS);
- bit rotation (RPM);
- moment on the rotor (RFM);
- instantaneous propagation speed (ROPI);
- Runway speed (ROP);
- detailed mechanical logging (DMK);
- Take-off flight (BI);
- number of revolutions per flight (TBR);
- turbine consumption (RST);
- input cost (MFI);
- Output Costs (MFO);
- density of the solution (PM);
- the temperature of the solution at the input (TMI);
- the temperature of the solution at the outlet (TMO).
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Characteristics of the drilling mud and the state of the pumping equipment:
- volume of drilling mud in containers (up to 10 capacities) (Vх);
- volume of drilling mud in the reservoir (Vs);
- total volume of drilling mud in containers (EV);
- total volume of drilling mud in active capacities (TPV);
- the density of the washing liquid (up to 10 sensors) (PMV);
- temperature of the washing liquid (up to 10 sensors) (ТMV);
- Peeled (full) volume of solution in well (ED);
- current volume of the solution in the well (CD);
- loss of drilling fluid in the ring space of the well and e The principles of the injection system (joint author's development of our specialists with scientists of the Ivano-Frankivsk National Technical University of Oil and Gas) (ML);
- number of pump moves 1 (SPM1);
- number of pump moves 2 (SPM2);
- number of pump moves 3 (SPM3);
- volume on the pump 1 run (VP1);
- volume on the pump run 2 (VP2);
- Volume on the course of the pump 3 (VP3);
- calculation of the (total) volume of solution in the well (ED);
- calculation of the current volume of solution in the well (CD);
- Calculation of the volume of solution in the well for sensor readings (AD);
- calculation of drilling mud losses (ML).
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Hoisting and lifting works:
- calculation of time of descent (TDT);
- calculation of lifting time (TUT);
- time increment calculation (dT);
- calculation of the parameters of the casing;
- calculation of the maximum weight on a hook (AHL);
- calculation of the weighted weight on the hook (EHL);
- Casing Down Time (CRS);
- Depth of the bottom of the falling casing (SD);
- weight of the casing (CW);
- number of casing pipes to the depth of slaughter (AJD);
- number of pipes in the well casing (AJI);
- number of remaining casing pipes (AJO);
- number of pipes to slaughter (APD);
- number of pipes remaining in the well (API);
- number of remaining candles in the well (ASI);
- number of pipes that have been removed (APO);
- number of candles removed (ASO);
- time of the casing (TCas);
- time of descent-lifting operations (TT);
- time spent on one candle (ST);
- descent time (TDT);
- lifting time (TUT);
- pump operation time (TWP);
- drilling time (TD);
- time of prorobotki (TR);
- wash time (TC);
- build time (TCon);
- time of the uncertain stage (TU).
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Optimize the drilling process with using technological data processing for each "feed" of the drilling tool
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Provision of operational recommendations in the process of drilling
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Control of working the dolphins by methods VNIIBT and IADC
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Early detection of emergency situations and their prevention
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Control over compliance with the hydraulic program
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Control of the work of the drill brigade
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