CATALOGUE OF PRODUCTS IRZ ARTIFICIAL LIFT SOLUTIONS. en. i rz.ru

Transcription

1 CATALOGUE OF PRODUCTS IRZ ARTIFICIAL LIFT SOLUTIONS en. i rz.ru

2 Group of companies IZHEVSKIY RADIOZAVOD Artificial lift solutions Space-related onboard and ground electronics Railway automatics and safety systems Telecommunication systems Navigation equipment EEE-parts testing center and accredited supplier

3 IRZ TEK IRZ TEK, LLC is one of the leaders of the Russian oilfield electronics market. IRZ TEK produces: Downhole monitoring systems Downhole monitoring systems with flow meter Downhole anti-scaling systems Dual completion systems Geophysical monitoring equipment Test equipment Submersible and ground motor control stations Automated process control systems Software IRZ TEK secures 40% of the downhole (DH) monitoring systems market and 20% of the motor control stations market in Russia. Equipment of IRZ TEK is operated by such leading Russian oil producing and service companies as Lukoil, Surgutneftegas, Rosneft, Slavneft, Tatneft, Bashneft, Gaspromneft, and other. The equipment is also exported to Azerbaijan and Kazakhstan. IRZ TEK has achieved the strong market position and high growth dynamics thanks to high intellectual resources (in-house R&D department), advanced production facilities, integrated management system (ISO 9001:2015, IRIS) and responsibility for the products within the whole life cycle (product commissioning, servicing and repair, and training of operating companies staff).

4 IRZ TEK IRZ TMS DOWNHOLE MONITORING SYSTEM FOR SEVERE ENVIRONMENT The IRZ TMS downhole monitoring system is used as part of electrical submersible pump systems BP-103M3 downhole sensor TMS-E5-01 surface acquisition unit SPECIFICATION Parameter * depending on the model Value Supply voltage, V from 160 to 300 Downhole data scanning interval, s 20 Operating temperatures range of the surface acquisition unit, С from 60 to +60 Operating temperatures range of the downhole sensor, С from 0 to +150 Range of motor stator winding temperature measurement, С from 0 to +250 Range of motor oil temperature measurement, С from 0 to +250 Range of intake temperature measurement, С from 0 to +150 Range of pressure measurement, kgf/cm 2 from 0 to 250/320/600* Resolution of pressure measurement, kgf/cm Error of measurement, % 0.5, 1* Range of motor vibration acceleration measurement, g from 0 to 5 Interfaces with the control station controller RS-232, RS-485 TMS-E5 overall dimensions, mm BP-103M3 overall dimensions, mm 103х hour technical support service tel Toll-free within Russia

5 IRZ TMS DOWNHOLE MONITORING SYSTEM The IRZ TMS downhole monitoring system is designed to monitor and transfer the following parameters during oil production: pump intake pressure motor oil pressure motor oil temperature pump intake temperature motor stator winding temperature motor vibration level power cable and motor insulation resistance IRZ TMS operates as part of ESP systems. With the parameters monitored by IRZ TMS, the pump control system can: protect the pump optimize pump operation automatically maintain the level of fluid in the well collect data for downhole production tests How it works Downhole data comes from the downhole sensor via the motor power cable to the surface acquisition unit and the surface acquisition unit processes it and transfers to the external device (control station). Depending on the delivery configuration, the downhole monitoring system can display realtime parameters, transfer real-time parameters to the user s server via a GSM channel and save realtime parameters to a USB flash drive. With the help of the communication software, the user can view real-time parameters and control station operation log (history), make graphs and convert data to Excel or WellView format. The IRZ TMS system consists of two units: BP-103M downhole sensor TMS-E5 or ASPT surface acquisition unit The downhole sensor is connected to the bottom of the motor either directly or through a motor adapter supplied individually for the specific type of the motor. The TMS-E5 surface acquisition unit is installed inside the control station. Advantages downhole monitoring system has a protection against overvoltage up to 4000 V occurring due to a short circuit in the power cable or motor and ensures fail-safe parameters transmission at zero point voltage up to 1000 V pressure sensors at the pump intake are in direct contact with fluid all modifications of the IRZ TMS downhole monitoring system measure intake pressure with 0.01 kg/cm 2 resolution it is possible to calibrate BP-103M3 at the customer s facility without disassembling system ensures stable data acquisition even when insulation resistance of the Transformer- Cable-Motor link drops down to 10 kohm system transfers data to the external device via the RS-232 or RS-485 interface using the IRZ TMS, ELEKTON or BORETS communication protocols ensuring compatibility with control stations of any manufacturer short downhole data scanning interval: up to 20 s 3

6 IRZ TEK ASPT surface acquisition unit The IRZ TMS delivery set includes: TMS-E5-01 or ASPT surface acquisition unit BP-103M3 downhole sensor Motor adapter (according to the motor) SPECIFICATION Parameter Value Parameter Value Supply voltage, V from 160 to 400 АСПТ-ДМ Downhole data scanning 20 interval, s Interfaces with the control station controller Interface for log reading RS-232, RS-485 USB Operating temperatures range of the surface acquisition unit, С from 60 to +60 Log size, not less than, days 15 Display yes Range of insulation resistance from 0 to 9999 GSM channel yes measurement, kohm Overall dimensions, mm hour technical support service tel Toll-free within Russia

7 IRZ TMS DOWNHOLE MONITORING SYSTEM IRZ TMS DOWNHOLE MONITORING SYSTEM WITH THRU SHAFT The IRZ TMS downhole monitoring system with thru shaft is designed for pumping systems equipped with one motor and two pumps BP-117 PR downhole sensor TMS-E5-01 surface acquisition unit SPECIFICATION Parameter * depending on the model Value Supply voltage, V from 160 to 300 Downhole data scanning interval, s 20 Operating temperatures range of the surface acquisition unit, С from 60 to +60 Operating temperatures range of the downhole sensor, С from 0 to +150 Range of motor oil temperature measurement, С from 0 to +250 Range of intake temperature measurement, С from 0 to +150 Range of pressure measurement, kgf/cm 2 from 0 to 250/320/600* Resolution of pressure measurement, kgf/cm Error of measurement, % 0.5, 1.0* Range of motor vibration acceleration measurement, g from 0 to 5 Interfaces with the control station controller RS-232, RS-485 TMS-E5-01overall dimensions, mm BP-117 PR overall dimensions, mm

8 IRZ TEK The IRZ TMS downhole monitoring system with thru shaft is designed for pumping systems equipped with one motor and two pumps The system measures and transfers the following data during oil production process: pump intake pressure motor oil temperature pump intake temperature motor vibration level power cable and motor insulation resistance IRZ TMS is used as part of ESP systems. With the parameters monitored by IRZ TMS, the pump control system can: protect the pump optimize pump operation automatically maintain the level of fluid in the well collect data for downhole production tests Advantages downhole monitoring system has a protection against overvoltage up to 3000 V system transfers data to the external device via the RS-232 or RS-485 interface using the IRZ TMS, ELEKTON or BORETS communication protocols short downhole data scanning interval: up to 20 s The IRZ TMS delivery set includes: TMS-E5-01 or ASPT surface acquisition unit BP-117 PR downhole sensor 6 24-hour technical support service tel Toll-free within Russia

9 IRZ TMS DOWNHOLE MONITORING SYSTEM REFERENCE DESIGNATION OF IRZ TMS DOWNHOLE MONITORING SYSTEMS FOR ORDERING Downhole monitoring system IRZ TMS 103A M3 600 V2 T2 K N1 E5 2 CVIA TU 1 Name 2 Motor diameter, manufacturer 3 Downhole sensor version 4 Maximum allowable pressure, accuracy, resolution 5 Availability of vibration sensor 10 Design number (design data) 9 Surface acquisition unit version 8 Base type 7 Corrosion-resistant coating, if any 6 Availability of temperature sensors 1 Name Variants IRZ TMS 2 Motor diameter, manufacturer Variants Number Letter Description Downhole monitoring system produced by IRZ TEK Description 103 DH monitoring system to be connected to motor Ø 103 mm 117 DH monitoring system to be connected to motor Ø 117 mm 130 DH monitoring system to be connected to motor Ø 130 mm A DH monitoring system to be connected to motor produced by Alnas or Almaz 6 Number of temperature sensors Variants Т2 Т2М Т3 7 Corrosion-resistant coating Variants No letter K Description Motor oil temperature sensor (remote) and reservoir fluid temperature sensor Motor oil temperature sensor (embedded) and reservoir fluid temperature sensor Motor oil temperature sensor (embedded), Motor windings temperature sensor (remote) and reservoir fluid temperature sensor Description Zinc coated Anti-corrosive coating B DH monitoring system to be connected to motor produced by Borets N DH monitoring system to be connected to motor produced by Novomet 8 Base type Variants No letter Description Base with female thread for connection to Ø 60 mm tubing 3 Downhole sensor version N1 Base with male thread for connection to Ø 73 mm tubing Variants МЗ PR D1 Description BP 103MЗ downhole sensor BP-117PR downhole sensor with thru shaft BP-103D1 downhole sensor N2 N3 N0 Base with male thread for connection to Ø 60 mm tubing Base with female thread for connection to Ø 73 mm tubing Base without tubing thread 4 Maximum allowable pressure, resolution Variants Description 600 Maximum allowable pressure kgf/cm 2, resolution kgf/cm 2, accuracy - 1% 600,05 Maximum allowable pressure kgf/cm 2, resolution kgf/cm 2, accuracy - 0.5% 320 Maximum allowable pressure kgf/cm 2 resolution kgf/cm 2, accuracy - 1% 320,05 Maximum allowable pressure kgf/cm 2 resolution kgf/cm 2, accuracy - 0.5% 250 Maximum allowable pressure kgf/cm 2 resolution kgf/cm 2, accuracy - 1% 250,05 Maximum allowable pressure kgf/cm 2 resolution kgf/cm 2, accuracy - 0.5% 5 Availability of vibration sensor Variants No letter V2 Interpretation No sensor Vibration along X, Y and Z axes N4 9 Surface acquisition unit version Variants TMS-E5-01 ASPT Base with female inch thread 2 3/8 8RD Description TMS E5-01 surface acquisition unit ASPT surface acquisition unit 10 Design number (design data) These figures stand for the design version and are assigned every time the circuitry and design are upgraded. DESIGNATION EXAMPLE IRZ TMS 103А М V2 Т2 E5 2 CVIA TU A downhole monitoring system produced by IRZ TEK, to be connected to a motor of Ø 103 mm produced by Almaz. The delivery set includes the BP-103M3 downhole sensor (320 kg/ cm 2 operating pressure, 0.01 kg/cm 2 resolution, and ± 0.5% total reduced error of pressure measurement) with vibration sensor along X, Y and Z axis, motor oil temperature sensor and reservoir fluid temperature sensor, base with female thread for Ø 60 mm tubing, and the TMS-E5-01 surface acquisition unit. The number of design version is 2.

10 IRZ TEK IRZ TMS-R DOWNHOLE MONITORING SYSTEM WITH FLOW METER RM 20 flow meter BP-103DR-320-V2-T3-N11-01 DH sensor BP-117-PRDNT-400-V2-T2M DH sensor (with thru shaft) The IRZ TMS-R downhole monitoring system with flow meter includes additional remote downhole unit (flow meter) that measures flow rate, pressure and temperature of production fluid passing through it. Unlike spinner type systems, the flow meter implements the method of vortex flow measurement with no moving parts and features a wider range of flow rates measurement. The system delivery set includes: 1. BP downhole sensor 2. RM 20 flow meter 3. TMS-E5-01 surface acquisition unit 4. Motor adapter 5. Logging cable to connect RM20 with BP 6. Protectolizers protecting the logging cable 7. Logging cable spool 8 24-hour technical support service tel Toll-free within Russia

11 IRZ TMS-R DOWNHOLE MONITORING SYSTEM WITH FLOW METER The IRZ TMS-R system may be applied in oil production and intra-well fluid pumping systems equipped with ESPs. One of the two systems proposed, IRZ TMS-R1, is designed for oil production (fig.1a) and for pumping fluid from a lower layer to an upper layer (fig.1b). The second system, IRZ TMS-R2, is intended for pumping fluid from an upper layer to a lower layer. fig. 1a fig. 1b fig. 1c Layout systems: a) IRZ TMS-R1 for oil production; b) IRZ-TMS-R1 for intra-well pumping; c) IRZ TMS-R2 for intra-well pumping with thru shaft. 9

12 IRZ TEK MAIN OPERATION PARAMETERS OF THE SYSTEM Parameter Value Max vibration, m/s 2 50 Operating temperatures range, ºC Fluid pressure at pump discharge, not more than, kgf/cm Depth, not more than, m 5000 Motor supply voltage, not more than, kv 4000 Flow meter overall dimensions, mm Downhole sensor overall dimensions, mm Ø 103х900 Ø 103х930 Flow meter weight, not more than, kg Downhole sensor weight, not more than, kg PARAMETERS MONITORED BY THE SYSTEM Parameter Value 10 Range of flow rates, m 3 /day / Maximum allowable relative error of volume flow rate measurement, % 5 Range of temperatures, ºC - pump discharge pump intake motor oil motor winding Reduced overall error of temperature measurement, % 2 Range of pressures, kgf/cm 2 : - pump discharge pump intake 250/320/600 - motor oil 250/320/600 Reduced overall error of pressure measurement, % 1 / 0.5 Range of three-axis vibration measurement, m/s 2 : - at the point of downhole sensor installation at the point of flow meter installation 0-50 Reduced overall error of vibration measurement, % 5 24-hour technical support service tel Toll-free within Russia

13 IRZ TMS-R DOWNHOLE MONITORING SYSTEM WITH FLOW METER REFERENCE DESIGNATION OF IRZ TMS SYSTEMS WITH FLOW METER FOR ORDERING Downhole monitoring system IRZ TMS R / А VSP cable 100m CVIA Name 7 Reference number 2 Design version 3 Configuration of equipment (optional parameter) 4 Range of measured production rates, m 3 /day 6 Additional information 5 Motor diameter, manufacturer 2 Design version Variants Description 1 Bottom-up pumping, flow meter is installed at pump discharge 2 Top-down pumping, flow meter is installed at pump discharge, downhole sensor is with thru shaft 3 Configuration of equipment (optional parameter) Variants 4 Range of measured production rates, m 3 /day Description 20/200 m 3 /day 100/1000 m 3 /day Description 01 Downhole sensor BP-103DR-320-V2-T3-N11-01 ECVIA Flow Meter RM 20 ECVIA Surface acquisition unit TMS-E5-01 ECVIA Cable spool UK-10 E549.UKBP.00 Logging cable KS2 ECVIA Downhole sensor BP-117PRDNT-400-V2-T2M ECVIA Flow Meter RM 20 ECVIA Surface acquisition unit TMS-E6-01 ECVIA Cable spool UK-10 E549.UKBP.00 Logging cable KS2 ECVIA Configuration of equipment (optional parameter) Variants Description Numeral Letter DH monitoring system to be connected to motor Ø103 mm DH monitoring system to be connected to motor Ø11 mm DH monitoring system to be connected to motor Ø130 mm - А DH monitoring system to be connected to motor produced by Alnas or Almaz - B DH monitoring system to be connected to motor produced by Borets no number no letter Variant 02 of equipment configuration 6 Additional information Flow meter functionality, environment, cable length, additional installation kit, etc. Example of reference designation IRZ TMS-R2-20/200-cable 15 m CVIA A DH monitoring system equipped with a flow meter of top-down pumping (variant 02 of equipment configuration), for range of daily flow rates of m 3, 15 m cable between the downhole sensor and the flow meter. 11

14 IRZ TEK PILOT-1 ANTI-SCALING SYSTEM PILOT-1 is a downhole system that treats fluid during operation of ESP to reduce formation of scale on external and internal surfaces of downhole equipment Functionality PILOT-1 is designed with the use of a unique patented technology of fluid treatment. The unit generates AC electromagnetic field that leads to formation of fine salt crystals of modified structure in fluid. Fine crystals are then lifted not being deposited on downhole equipment. The system acts along the whole length of the well - from the bottom to the top. The system includes: anti-scaling downhole unit with a protective centralizer TMS BP-103DMT downhole sensor TMS-E5-01 surface acquisition unit OP motor adapter well construction engineering and technical maintenance hour technical support service tel Toll-free within Russia

15 PILOT-1 ANTI-SCALING SYSTEM Benefits quick payback effective anti-scaling protection easy installation and operation transfer of system performance parameters to the control station controller increased production rates due to optimized ESP operating conditions and reduction of fluid viscosity analysis of wells under control with the help of the REPOS ALPS software package compatibility of the system with all Russian control stations possibility to use the system in autonomous areas in hard-to-reach oil production sites Effect of application of the system increase of mean time between failures by more than two times 20% average increase of fluid flow rates protection within the entire service life of ESP The system helps to avoid extra effort such as: installation and maintenance of chemicals feeding devices periodic treatment of wells with acids selection and delivery of chemicals construction of facilities for safe storage of chemicals The system has successfully undergone tests in oil producing companies, such as Rosneft, Lukoil and Bashneft. Condition of ESP impellers before PILOT-1 system implementation: Condition of ESP impellers after PILOT-1 system implementation: 13

16 IRZ TEK HARDWARE AND SOFTWARE SYSTEM SPRUT The SPRUT hardware and software system is intended for real-time monitoring of multilayer formations production in wells equipped with ESPs Function Monitoring of multilayer production is performed with the use of a standard motor power cable which transfers geophysical, hydrodynamic and process data from complex multiparameter measuring modules and a DH sensor installed below ESP. Data from the DH sensor and integrated multiparameter measuring modules come via the motor power cable in digital form without distortion. The DH monitoring system monitors process parameters of ESP and environment in the oil well. The BP103D downhole sensor with temperature, pressure and vibration sensors and with a unit used to receive data from the geophysical module is fixed at the bottom part of ESP. BP103D has a standard connector at its bottom end to connect to the logging cable. The ASPT surface acquisition unit is installed outside the control station of any manufacturer and doesn t require any modification of the control station. Data is transferred from the surface acquisition unit to: operator s workplace via a GSM-modem without decimation and with guaranteed delivery (saving and repeated transmission in case of communication failures) control station via the RS-232 or RS-485 interface upon request telemechanics system via the RS-232 or RS- 485 interface upon request USB flash drive Information is collected and stored in the surface acquisition unit. The memory capacity is minimum 30 days at maximum sampling rate. The communication program allows processing downhole data, plotting pressure, temperature and other parameters curves, converting data to different formats suitable for hydrodynamic calculation programs (WellView, Exeel, etc.). 14 Advantages real-time monitoring of multilayer production hydrodynamic studies in shut-in wells when the electric pump is switched off or its operation mode has changed without stopping and pulling on-line monitoring and remote control of ESP operation modes when applied on several well clusters, the SPRUT hardware and software system allows for production process monitoring, remote control and monitoring of oilfield equipment 24-hour technical support service tel Toll-free within Russia

17 REAL-TIME MONITORING SAKMAR geophysical unit ASPT surface acquisition unit BP-103D downhole sensor SYSTEM SPECIFICATION BP and ASTP Value SAKMAR 5D ECN Value Operating temperatures range of from 0 to +150 the АСПТ-ДМ downhole sensor, С Operating temperatures range of from 60 to +60 the surface acquisition unit, С Range of motor stator winding from 0 to +250 temperature measurement, С Range of motor oil temperature from 0 to +250 measurement, С Range of reservoir fluid from 0 to +150 temperature measurement, С Range of pressure measurement, from 0 to 600 kgf/cm 2 Resolution of pressure 0.01 measurement, kgf/cm 2 Range of motor vibration from 0 to 5 acceleration measurement, g Interfaces with the controller RS-232, RS-485 Operating temperatures range of from 0 to +120 the downhole unit, С Range of temperature from 0 to +120 measurement, С Resolution of temperature measurement, С Range of pressure measurement, from 0 to 400 kgf/cm 2 Resolution of pressure measurement, kgf/cm 2 Range of flow measurement, from 0.4 to 29 m 3 /h Range of water cut indication, % from 0 to

18 IRZ TEK All devices and systems are verified by the manufacturer during the production process and once a year by a certified Center for Standardization and Metrology when the equipment is lifted out of the well. The system comprises: Sakmar-5D-ECN well geophysical modules BP-103D1 downhole sensor motor adapter (depends on the motor) ASPT surface acquisition unit SOFTWARE SPRUT The SPRUT hardware and software system ensures preliminary processing, visualizing and interpretation of well data. The system can also ensure remote control of the ESP system SPECIFICATION Parameter Value from 0 to 600 Range of pressure measurement, kgf/cm 2 Resolution, kgf/cm Error, % 0.2 Drift, max, atm/year 1 Range of temperature from 0 to 150 measurement, С Resolution, C 0.03 Error, % 0.2 Range of motor from 0 to 250 oil temperature measurement, С Resolution, C 0.01 Error, % 0.2 Range of vibration from 0 to 5 measurement, g Resolution, g 0.01 Error, % 1 Scanning interval for one 40 sensor, s 24-hour technical support service tel Toll-free within Russia

19 REAL-TIME MONITORING PRIME Integrated data processing system Equipment of the system is verified by the manufacturer during the production process and once a year by a certified Center for Standardization and Metrology when it is lifted out of the well. Data from the surface acquisition unit can be transferred to: operator s workplace via a GSM-modem without decimation and with guaranteed delivery (saving and repeated transmission in case of communication failures) control station via the digital interface or analogue outputs upon request telemechanics system via the digital interface upon request USB flash drive Information is collected and stored in the surface acquisition unit memory capacity is minimum 30 days at maximum sampling rate communication program allows processing downhole data, plotting pressure, temperature curves and curves for other parameters, converting data to different formats suitable for hydro-dynamic calculation programs (for example, WellView). 17

20 IRZ TEK IRZ TMS-ORD2 INTEGRATED DOWNHOLE MONITORING SYSTEM FOR DUAL COMPLETION The IRZ TMS-ORD2 integrated system with thru shaft is designed for dual completion wells equipped with one motor and two pumps BP-117 PRD downhole sensor TMS-E6-02 surface acquisition unit SAKMAR-4D-ECM geophysical unit DOWNHOLE MONITORING SYSTEM SPECIFICATION Parameter Value 18 Supply voltage, V from 160 to 300 Downhole data update time, s 40 Operating temperatures range of the surface acquisition unit, ºC from -60 to +60 Operating temperatures range of the downhole sensor, ºC from 0 to +150 Range of motor oil temperature measurement, ºC from 0 to +250 Range of reservoir fluid temperature measurement, ºC from 0 to +150 Range of pressure measurement, kgf/cm 2 from 0 to 250/320/600* Resolution of pressure measurement, kgf/cm Error of measurement, % 0.5, 1.0* Range of motor vibration acceleration measurement, g from 0 to 5 Interfaces with the controller RS-232, RS-485 Overall dimensions of TMS-E6-02, mm 210x250x160 Overall dimensions of BP-117 PRD, mm 103x1000 * depending on the model 24-hour technical support service tel Toll-free within Russia

21 DUAL COMPLETION SYSTEM The IRZ TMS-ORD2 integrated downhole monitoring system with thru shaft is designed for use in systems equipped with one motor and two pumps. Performance parameters of the lower reservoir are determined by means of the Sakmar geophysical instrument installed below the lower pump. The system allows monitoring and transmitting real-time parameters during oil production, including: pump intake pressure motor oil temperature reservoir fluid temperature upper reservoir fluid temperature motor vibration level motor and power cable insulation resistance lower pump intake pressure fluid water content of the lower reservoir lower reservoir flow rate IRZ TMS-ORD2 operates as part of ESP systems. Parameters controlled by IRZ TMS-ORD2 enable the pump control system to: protect the pump optimize pump operation automatically maintain the level of well fluid collect data for downhole production tests Benefits the downhole monitoring system has an overvoltage protection up to 3000 V data is transferred to the external device via the RS-232 or RS-485 interface using the IRZ TMS ELEKTON or BORETS communications protocols high downhole data update rate not more than 40 s SPECIFICATION SAKMAR-4D-ECN Operating temperatures range of from 0 to +120 the downhole unit, ºC Range of temperature from 0 to +120 measurement, ºC Resolution of temperature measurement, ºC Range of pressure measurement, from 0 to 400 kgf/cm 2 Resolution of pressure measurement, kgf/cm 2 Range of flow measurement, from 0.4 to 29 m 3 /h Range of water cut from 0 to 100 measurement, % IRZ TMS delivery set includes: TMS-E6-02 or ASPT surface acquisition unit BP-117 PRD downhole sensor Sakmar-4D-ECN geophysical unit 19

22 IRZ TEK IRZ TMS-ORD4 INTEGRATED DOWNHOLE MONITORING SYSTEM FOR DUAL COMPLETION The IRZ TMS-ORD4 integrated system has been designed jointly with OOO NPF Paker and is intended for dual completion wells equipped with one ESP. It provides leak-proof separation or restriction of one of the exploited reservoirs without shutdown of the motor The system helps to: meet the requirements of the Federal Service for Environmental, Engineering and Nuclear Supervision when operating on multi-reservoir wells determine reservoir flow rates: in the main reservoir by means of a group metering unit, in the separated reservoir by computation take pressure buildup curve of every formation individually measure pressures of every formation individually determine water cut percent of the formations: for the main reservoir by sampling, for the reservoir to be separated by computation The system includes: BP-103DI downhole sensor with motor adapter KPUE-102 electric valve modified control station with the IRZ ORD4 variable speed drive or ASPT standalone surface acquisition unit packer equipment, the type depends on well completion maintenance services Benefits no need for a logging cable coming from the wellhead and for supplementary surface equipment, the valve is controlled via the downhole sensor no logging cable is needed for connection of the motor and electric valve, a flange coupling is used the electric valve is controlled via the control station user s menu without motor shutdown electric valve data is recorded in the master file of the control station and displayed in the communication program along with critical realtime parameters hour technical support service tel Toll-free within Russia

23 DUAL COMPLETION SYSTEM Well selection criteria distance between reservoirs: not less than 4 m outer diameter of casing: above 140 mm production method: ESP produced fluid temperature: up to 100 ºC flow rate of the reservoir to be separated shall be up to 30% of the total flow rate of both reservoirs MAIN MEASUREMENT PARAMETERS OF THE BP-103DI DOWNHOLE SENSOR Parameter Value Intake pressure, kgf/cm (0-600) Pump intake temperature, ºC Motor oil temperature, ºC Radial vibration, g 0-5 MAIN PARAMETERS MEASURED BY THE KPUE-102 ELECTRIC VALVE Parameter Value Pressure of the reservoir to be separated, kgf/cm (0-600) Temperature of the reservoir to be separated, ºC Valve position, %

24 IRZ TEK IRZ TMS TROUBLE-SHOOTING SYSTEM IMBP DOWNHOLE SENSOR SIMULATOR The system is intended for functional check of BP-103 series downhole sensors and TMS-E5 surface acquisition units in the field and in workshops The simulator is used to simulate connection of BP-103M3 series downhole sensor to TMS-E5 surface acquisition unit IRZ TMS IMBP SIMULATOR allows checking operability of downhole sensors when the motor is on (without shutdown of the control station) is made in a plastic case and has a stand-alone power supply includes a simulator of the BP downhole sensor The IRZ TMS trouble-shooting system has an embedded indicator that displays: number of the current frame motor oil pressure motor oil temperature reservoir fluid temperature motor stator winding temperature motor vibration level motor and power cable insulation resistance sensors condition Function of the IMBP simulator check of functionality of the TMS-E5 surface acquisition unit check of the insulation resistance monitoring device included in the TMS-E5 surface acquisition unit adjustment of corresponding inputs of the motor control station controller verification and check of downhole data response algorithms of the control station controller check of algorithms execution at decrease of insulation resistance of the Transformer-Cable- Motor link The system is powered by the 220 V 50 Hz mains or by an internal rechargeable battery hour technical support service tel Toll-free within Russia

25 TESTING EQUIPMENT ST BP M TEST BENCH FOR DOWNHOLE SENSORS ST BP-M is used to perform functional testing of downhole sensors during incoming inspection or before connection of the downhole sensor to the motor prior to its re-use and to assess if the downhole sensor operates correctly. The ST BP-M test bench is used to test downhole sensors and surface acquisition units of downhole monitoring systems produced by IRZ TEK, Elekton, Borets, NIS, Schlumberger and other Supply voltage, V ~380 Overall sizes (when installed in line), cm 11000х2200х2000 Frequency, Hz 50 Weight, kg 1300 Continuous operating mode, % PV 100 SPECIFICATION CONTROLLED PARAMETERS Parameter Value Parameter Value Number of simultaneously tested downhole sensors In the thermal chamber up to 8 pcs. In the high pressure chamber 1 pc. On the vibration test bench 1 pc. Parameters of group testing of downhole sensors Thermal chamber + pressure, up to 30 MPa Vibration bench, m/s 2 up to 60 Pressure, MPa up to 60 Environment pressure, MPa from 0 to 60 Motor oil pressure, MPa from 0 to 60 Oil and environment pressure from 0 to 30 when temperature is from 50 to 150 C, MPa Oil and environment from 50 to 150 temperature, С Vibration, m/s 2 from 0 to 60 Downhole sensor insulation from 0 to 9999 resistance, kohm 23

26 IRZ TEK IRZ 200 SERIES SWITCHBOARDS The switchboard ensures control, parameters monitoring and protection of submersible electric motors with power ranging from 3 to 250 kw. Advantages small overall sizes and weight easy operation and maintenance easy installation 4-line display history record to a USB flash drive software updating without interruption of motor operation compliance with requirements of Lukoil, Rosneft, Surgutneftegas, Gaspromneft companies and GOST R standard bus design of power systems in switchboard versions rating over 250 A SPECIFICATION 24 Parameter Value Supply voltage, V Power of the connected motor, kw Monitoring of motor operating current, A (actual motor operating current is computed based on Step-Up Transformer primary winding voltage) Monitoring of insulation resistance of the Transformer-Cable-Motor link, kohm Monitoring of backspin rotation frequency, Hz 1 50 Error of current, voltage and rotation frequency measurement and error of time setting, % 2 Error of insulation resistance monitoring, % 5 Enclosure protection class IP43 Operating temperatures, С hour technical support service tel Toll-free within Russia

27 CONTROL STATIONS FOR ELECTRIC MOTORS Functions control of the motor in manual or automatic mode continuous monitoring of supply voltage, phase sequence, currents of three phases and isolation resistance of the Transformer-Cable Motor link calculation of voltage and current imbalances, power factor, load factor, consumed power and operation time connectivity to surface units of DH monitoring systems produced by IRZ TEK and other manufacturers record of monitored parameters and causes of motor shutdown in real time; the records are preserved in cases of power supply interuption protection of equipment against emergency modes caused by failures in the electric mains and downhole equipment In case of activation of a protection mode, the switchboard automatically restarts when the parameters return to the working range. Connection options instruments with 220 V rated voltage and up to 10 A consumption current can be connected to a female connector on the operator s panel of the switchboard switchboard can be connected to oilfield telemechanics (normally closed and normally open contacts) switchboard can be connected to a SCADA-system via the RS-232 or RS-485 interfaces using the Modbus-RTU communications protocol switchboard can optionally include a GPRSmodem to transmit data via Internet Upon request, the switchboard can be equipped with a power meter registered in the State Register of Measuring Devices. MODIFICATIONS Designation Rated current, A IRZ Overall dimensions, mm Weight, kg 180* IRZ х765х IRZ IRZ * with built-in output isolation transformer 25

28 IRZ TEK IRZ-540 SERIES VARIABLE SPEED DRIVES FOR PERMANENT MAGNET AND ASYNCHRONOUS MOTORS VSD ensures control, parameters monitoring and protection of submersible asynchronous and permanent magnet electric motors with power ranging from 14 to 320 kw, enabling smooth acceleration, deceleration and speed regulation. The station can be equipped with an input line filter to ensure that voltage and current waveform distortion factor at the control station input is not more than 10%. Upon request, the control station can be equipped with a power meter registered in the State Register of Measuring Devices. MAIN PARAMETERS Parameter Value Supply voltage, V Power of the connected motor, kw Range of motor rotation frequency regulation, Hz asynchronous permanent magnet (up to rpm) Monitoring of motor operating current, A Monitoring of insulation resistance of the Transformer-Cable-Motor link, kohm Monitoring of backspin rotation frequency, Hz 1 50 Error of current, voltage and rotation frequency measurement and error of time 2 setting, % Error of insulation resistance monitoring, % 5 Enclosure protection class IP43 (or IP54) Operating temperatures, ºC hour technical support service tel Toll-free within Russia

29 CONTROL STATIONS FOR ELECTRIC MOTORS Advantages compatible with various types of asynchronous and permanent magnet motors compatible with various surface equipment voltage waveform distortion factor at the VSD output in the asynchronous mode is not more than 5% due to the use of a sine-wave filter control mode can be changed by a setting in the control station controller use of the universal VSD does not affect efficiency of the permanent magnet motor output frequency in the permanent magnet mode is up to 500 Hz (up to 10,000 rpm) can be used with PCPs compatible with DH monitoring (thermo-manometric) systems of various producers can be used in connection with geophysical systems, including operation in dual completion wells intelligent control algorithms service modes: pump sticking elimination, gas lock removing, shaking for deposits removal, proportional-integral-derivative (PID) control, voltage optimization history records to a USB flash drive software update without motor shutdown informative graphic display compliant with requirements of oil companies and GOST R Functions manual or automatic control motor smooth acceleration and deceleration, motor speed regulation continuous monitoring of electric mains parameters, three-phase currents and insulation resistance of the Transformer-Power Cable-Motor link calculation of voltage and current imbalances, power factor, utilization factor, power consumption, non-failure operation time connectivity to surface acquisition units of DH monitoring systems produced by IRZ and other manufacturers record of parameters monitored and causes of motor shutdown in real-time; the parameters are preserved in cases of power interruption automatic maintaining of the level of reservoir pressure by changing motor speed automatic variation of sustained operating point to ensure production at the level close to the productive potential of the well minimization of motor emergency shutdowns automatic transition from the intermittent to continuous cycle and vice versa under corresponding conditions 27

30 IRZ TEK IRZ-500 SERIES VARIABLE SPEED DRIVES FOR ASYNCHRONOUS MOTORS VSD ensures control, parameters monitoring and protection of submersible electric motors with power ranging from 5 to 320 kw, enabling motor speed regulation. Advantages adaptive control algorithms service modes: jogging to overcome pump sticking, gas lock removing, shaking for deposits removal, proportional-integral-derivative (PID) control, voltage optimization history records to a USB flash drive integrated sinusoidal output filter software updating without motor shutdown informative graphic display compliance with requirements of Lukoil, Rosneft, Surgutneftegas, Gaspromneft, Bashneft and Tatneft companies bus design of the power system SPECIFICATION Parameter Value 28 Supply voltage, V Power of the connected motor, kw Range of motor rotation frequency control, Hz (step 0.1) Monitoring of motor operating current, A Monitoring of insulation resistance of the Transformer-Cable-Motor link, kohm Monitoring of backspin rotation frequency, Hz 1 50 Error of current, voltage, rotation frequency and time setting monitoring, % 2 Error of insulation resistance monitoring, % 5 Enclosure protection class IP43 (or IP54) Operating temperatures, ºC hour technical support service tel Toll-free within Russia

31 CONTROL STATIONS FOR ELECTRIC MOTORS Functions control in manual or automatic mode motor smooth acceleration and deceleration motor rotation frequency regulation continuous monitoring of electric mains voltage, phase sequence, current in three phases and isolation resistance of the Transformer-Cable-Motor link calculation of voltage and current imbalances, power factor, load factor, consumed power connectivity to surface units of DH monitoring systems record of monitored parameters and causes of motor shutdowns in real time; the records are preserved in cases of power supply interruption automatic maintaining of formation pressure at the specified level automatic change of maintained operating point to ensure production at the level close to the capacity of the well minimization of motor emergency shutdowns due to reliable predicting and automatic response to all potential malfunctions in the well or surface equipment automatic transition from the intermittent to continuous cycle and vice versa under corresponding conditions protection of equipment against emergency modes caused by failures in the electric mains or motor In case of actuation of a protection mode, VSD automatically restarts when the parameters return to the working range. Connection options devices with 220 V rated voltage can be connected to a female connector on the VSD operator s panel VSD can be connected to oilfield telemechanics system VSD can be connected to a SCADA-system via the RS-232 or RS-485 interface A GPRS-modem can be installed in VSD to transmit data via Internet VERSIONS Built-in sinusoidal filter provides output voltage of the control station with the waveform distortion factor not more than 5% Designation Rated current of VSD, A Overall dimensions, mm Weight, kg IRZ * 1750x950x900 IRZ IRZ x1000x1200 IRZ IRZ IRZ x1300x1300 IRZ WITHOUT FILTER WITH FILTER 29 * with built-in output isolation transformer

32 IRZ TEK IRZ 700 SERIES CONTROL STATIONS WITH SOFT START The control station ensures control, parameters monitoring and protection of motors with power ranging from 14 to 250 kw and possibility of soft start and stop. Advantages various modes of start and stop small overall sizes and weight easy operation and maintenance easy installation 4-line display history records to a USB flash drive software updating without motor operation interruption compliance with requirements of Lukoil, Rosneft, Surgutneftegas, Gaspromneft, Bashneft and Tatneft bus design of the power system for all control station versions SPECIFICATION 30 Parameter Value Supply voltage, V Power of the connected motor, kw Monitoring of motor operating current, A (actual motor operating current is computed based on current of the step-up transformer primary winding) Monitoring of insulation resistance of the Transformer-Cable-Motor link, kohm Monitoring of backspin rotation frequency, Hz 1 50 Error of current, voltage and rotation frequency measurement and error of time setting, % 2 Error of insulation resistance monitoring, % 5 Enclosure protection class IP43 Operating temperatures, ºC hour technical support service tel Toll-free within Russia

33 CONTROL STATIONS FOR ELECTRIC MOTORS Functions 4 start modes: start with current increase, start with current limitation, jogging to overcome pump sticking, direct start 2 stop modes: soft stop, run-down stop control in manual or automatic mode continuous monitoring of supply voltage, phase sequence, currents in three phases and insulation resistance of the Transformer-Cable- Motor link calculation of voltage and current imbalances, power factor, load factor, consumed power, operation time connectivity to surface units of DH monitoring systems produced by IRZ TEK and other manufacturers record of monitored parameters and causes of motor shutdowns in real time; the records are preserved in cases of power supply interruption protection of equipment against emergency modes caused by failures in the electric mains and downhole equipment In case of actuation of a protection function, the control station automatically restarts when the parameters return to the working range. Connection options instruments with 220 V rated voltage and up to 10 A consumption current can be connected to a female connector on the control station operator s panel instruments with 380 V rated voltage and up to 60 A phase current can be connected to the control station the control station can be connected to oilfield telemechanics (normally closed and normally open contacts) control station can be connected to a SCADA-system via the RS-232 or RS-485 interface using the Modbus- RTU communications protocol control station can optionally include a GPRS-modem to transmit data via Internet Upon request, the control station can be equipped with a power meter registered in the State Register of Measuring Devices. MODIFICATIONS Designation Rated current of CS, A Overall dimensions, mm Weight, kg IRZ IRZ IRZ х765х IRZ IRZ

34 IRZ TEK IRZ-410 SERIES VARIABLE SPEED DRIVES FOR SUCKER ROD PUMPS (SRP) VSD ensures control, parameters monitoring and protection of SRP electric motors with power ranging from 5 to 55 kw and possibility of smooth acceleration, deceleration and speed regulation. MAIN PARAMETERS Parameter Value Supply voltage, V Power of the connected motor, kw 5-55 Range of motor rotation frequency control, Hz (step 0.1) Error of current, voltage and rotation frequency monitoring and error of time 2 setting, % Enclosure protection class IP54 Operating temperatures, ºC hour technical support service tel Toll-free within Russia

35 CONTROL STATION RETROFIT PACKAGES Advantages possibility to change swinging rate without replacement of pulleys and shutdown possibility to connect DH monitoring (thermomanometric) systems of various producers smart control algorithms: computation of pump fill factor, flow rate, downhole and surface equipment loads, automatic adjustment to max flow production potential, reduction of impacts of the plunger over fluid connectivity to a dynamograph history records to a USB flash drive software updating without shutdown of the sucker rod pump informative four line display compliance with requirements of oil companies and GOST R Functions manual or automatic control motor smooth acceleration and deceleration energy saving motor rotor speed regulation rocking start in case of heavy start continuous monitoring of line voltage, phase sequence, three-phase current values calculation of voltage and current imbalances, power factor, utilization factor, power consumption, non-failure operation time record of monitored parameters and causes of motor shutdown in real-time mode; the records are preserved in cases of power interruption minimization of emergency shutdowns and increase in flow rate due to automatic swinging rate regulation protection of equipment against emergency modes caused by faults in the electric mains and sucker rod pump unit automatic restart when the parameters return to the working range in the event of a protection function actuation Connection options VSD can be connected to oilfield telemechanics (normally closed or normally open contacts) VSD can be connected to a SCADA-system via the RS-232 or RS-485 interface using the Modbus-RTU communications protocol VSD can optionally include a GPRS modem to transmit data via Internet Modifications Upon customer request, the control station can be delivered with an input line filter to ensure that the voltage and current waveform distortion factor at the control station input is not more than 10%. The control station can be equipped with a power meter registered in the State Register of Measuring Devices. 33

36 IRZ TEK CENTRALIZED CONTROL SYSTEM KDU IRZ Function Remote monitoring and control of oilfield equipment in order to improve the production process, reduce costs and to improve efficiency of oil production. Description The Centralized Control System has hierarchic threelevel structure. The lower level comprises primary measuring transducers and actuating mechanisms involved into the production process and control stations for local automatic equipment (control stations for electrical submersible pumps, sucker-rod pumps and group metering stations). The middle level comprises production process control stations, i.e. IRZ , 08, 02, 16, that receive data from sensors and primary measuring transducers of the lower level and transfer the data to a master controller. The master controller represented by production process control stations IRZ , 23, 26, is an intermediate link of the system. It optimizes scanning of oilfield units and transfers all data via communication equipment to a control room. The upper level comprises an operator s work-bench and database server with software installed which receives and archives all data on process parameters (pressure, temperature, flow rate), security alarm system and system voltage presence. When any object is disconnected, the operator receives a signal indicating the disconnection and description of the cause. For analytical data processing, the reports are forwarded via web interface. The system features flexible routing when various communication equipment is used to transfer data, i.e. radio modems within the frequency range of MHz and MHz, GPRS-modems, wide-band access systems for high-speed data transmission via radio channels, Ethernet networks, etc. SPECIFICATION The specifications depend on the type and configuration of the oil field Parameter Value Maximum number of connected units Communications range, km up to 100 Network protocols MODBUS-RTU, MODBUS-TCP, DNP hour technical support service tel Toll-free within Russia

37 AUTOMATED PROCESS CONTROL SYSTEMS Simplified functional block diagram of KDU IRZ 35

38 IRZ TEK FUNCTIONS OF AUTOMATIC CONTROL SYSTEMS FOR AUTOMATED SITES Remote supervision over geographically distributed oilfield processing equipment from a single remote supervisor s workbench. Control of oil production process at oil fields pursuant to the industrial safety requirements. Archiving current process data for each oil field, which are to be used for the further analysis and preparation of reports. Electrical submersible pump on-line monitoring of submersible electric motor parameters remote control of electrical submersible pump system monitoring of wellhead pressure Sucker rod pump on-line control of the beam pumping unit on-line viewing of dynamometer and current charts monitoring of wellhead pressure Pipeline pumping station control and monitoring of operation parameters of pumps and electric motors monitoring of cubic capacity and pressure monitoring of oil flow control of valves state hardware redundancy of the main pumping station controller with hot redundancy function Group metering station (GMS) automatic and remote control of the well multiway switch control of pressure at the GMS output definition of well flow rate transmission of ESP or SRP process parameters and control commands to the operator s workbench security alarming for GMS and instrumentation and automated control systems facility automatic sampling of slave units (wells) in a background mode hour technical support service tel Toll-free within Russia

39 AUTOMATED PROCESS CONTROL SYSTEMS Water distribution point monitoring of reservoir water flow rates in wells monitoring of pressure Automatic system for energy resources metering and recording Oil treatment plant independent maintaining of process conditions in accordance with the process procedure requirements emergency prevention protection against personnel errors equipment inspection and diagnostics automatic sampling and storage of main process parameters of the objects being monitored (pressure, levels, temperature, etc.) reception and transmission of signals indicating pre-emergency and emergency situations or events remote control of processing equipment operation by operators (pumps, electric bolts, valves, etc.) archiving of data on process progress, parameter changes, events and personnel activities Sewerage pumping station control and monitoring of operation parameters of pumps and electric motors monitoring of cubic capacity and pressure monitoring of water flow control of pump condition automatic collection and archiving of energy consumption data display of real-time information on energy consumption at all sites generation of energy consumption history reports and reports comparing energy consumption at sites analysis of energy efficiency and definition of energy saving solutions support in analysis of efficiency of energy & resource saving measures Chemical feeding unit automatic regulation of chemical feeding (operator defined) checkout of temperature, maximum pressure, level of chemicals in the tank, control of the fire alarm system, monitoring of gas content parameters record of chemicals consumption management of pumps and feeders, adjustment of feeding unit performance parameters using both local console and remote control room saving of history of real-time parameters and generation of reports 37

40 IRZ TEK CENTRAL CONTROL ROOM The central control room is equipped with an operator s workbench, database server and communication equipment to read site parameters. Equipment of the central control room operates 24 hours a day: the computers used are of industrial design and installed into a cabinet to ensure maintainability and equipped with an uninterruptible power supply. The applied KDU-IRZ software developed using the InTouch SCADA-system provides operator with realtime information on the production process in the form of mnemonic diagrams, tables and trend charts. To monitor large number of sites, the computer is equipped with several displays. Audio signaling and warning lights help the operator to react on current events (failures) in time and take corrective actions: adjust all parameters remotely or issue control commands and, if necessary, send maintenance personnel to the site hour technical support service tel Toll-free within Russia

41 AUTOMATED PROCESS CONTROL SYSTEMS SOFTWARE Functions of the software display of the whole production process in the form of mnemonic diagrams, tables and trend charts round-the-clock automatic control and preemergency and emergency warning site remote control and setting analytical and statistical tools to treat collected data for losses optimization possibility to use data from any local network point data access depending on access rights for engineers Components controller software IRZ ORS-server for data collection from distributed units InTouch R2 SCADA-system with developed user-friendly interface MS SQL SERVER database server for 24h/ day data archiving web server for reports and diagrams generation, provision access to information from any point of the local network Economic effect The maximum effect is achieved with automation of high-flow-rate wells and wells located at hard-toreach places (inundated or remote areas, etc.) KDU-IRZ implementation helps to: increase control efficiency decrease daily downtime of the well increase equipment lifetime decrease costs for replacement of equipment, consumables, spare parts, fuel and energy, etc. optimize oil production The system payback period is 3-18 months depending on volumes and level of automation. 39

42 IRZ TEK AUTOMATIC PROCESS CONTROL SYSTEM PROJECTS IRZ TEK has developed and implemented automatic process control systems for sites as follows: modernization of a water flooding system for Begeshkinskoe oilfield construction of mud and salt rooms at Mishkinskoe and Chutyrskoe oilfields modernization of Oil Treatment Plant-2 at Mishkinskoe oil field automatic process control system for oil production sites, formation-pressure maintenance and oil treatment arrangement of Karsovayskoe oilfield for the trial period IRZ TEK has developed automatic process control systems for the following high-flow-rate wells and sites: OAO Udmurtneft oil-and-gas production departments in Votkinsk, Igra, Gremikha and Sarapul OOO RN-Severnaya Neft at Sandiveyskoe, Khasyreyskoe, Cherpayuskoye, Nyadeiyuskoye and Severo-Baganskoye oilfields. IRZ TEK has vast experience in development of turnkey automatic process control systems for oilfields of Western Siberia and Azerbaijan. IRZ TEK has successfully implemented projects for energy saving and automation of housing and utilities objects for the Russian Railways. The company gained reputation in the sphere of automation for energy resources metering and recording. The company is ready to perform special orders namely: design of high-speed data channel for telemechanics integration with existing local automation systems and automatic process control systems development of documentation for special controller cabinets The company develops its projects taking into account up-to-date achievements in the sphere of automatic control. The development period is reduced due to automatic process of technical documentation development. Labor and resource consuming during project development is reduced thanks to the use of standard solutions based on excisting advanced technologies and heritage. The company cooperates with design institutes and offices: RN-UfaNIPIneft Neftehimproekt Ufanefteproekt INNC Institut Sibproekt Samarskie Neftegazovye Tekhnologii TumenNeftegasproekt, etc hour technical support service tel Toll-free within Russia

43 AUTOMATED PROCESS CONTROL SYSTEMS PROCESS CONTROL STATIONS IRZ 501 SERIES The control stations are designed to collect, process and save data on automated objects and to transfer the data to the upper level of the automatic process control system SPECIFICATION Parameter Value Supply voltage, V 220 (50 +/-1 Hz) Power supply range, V Battery operation time in minutes, not less than 60 Operating temperatures, C from -40 to +50 Enclosure protection class IP56 as per GOST Overall dimensions, mm Weight, max, kg 25 Mean time between failures, minimum, h

44 IRZ TEK SALES GEOGRAPHY OF IRZ TEK, LLC The Service and Maintenance Department of IRZ TEK is responsible for warranty and post-waranty repair and modernization, and offers training of engineers of operating companies and/or clients for operation of equipment produced by IRZ TEK. Training can be organized either at operator s facility or at IRZ TEK. 24-hour technical support tel (toll-free within Russia) bso@irz.ru There are representative offices in Nizhnevartovsk, Kogalym, Buzuluk, and Surgut hour technical support service tel Toll-free within Russia

45 LICENSES, CERTIFICATES AND PATENTS The Quality Management System of IRZ TEK, LLC is ISO 9001:2015 certified 43

46 TABLE OF CONTENTS 2-7 IRZ TMS DOWNHOLE MONITORING SYSTEM 8-11 IRZ TMS-R DOWNHOLE MONITORING SYSTEM WITH FLOW METER PILOT-1 ANTI-SCALING SYSTEM SPRUT HARDWARE AND SOFTWARE SYSTEM IRZ TMS-ORD2 INTEGRATED DOWNHOLE MONITORING SYSTEM FOR DUAL COMPLETION TEST EQUIPMENT IRZ-200, IRZ-540, IRZ-500, IRZ-700 AND IRZ-410 SERIES CONTROL STATIONS KDU IRZ CENTRALIZED CONTROL SYSTEM FUNCTIONS OF AUTOMATIC CONTROL SYSTEMS FOR AUTOMATED SITES CENTRAL CONTROL ROOM 40 AUTOMATIC PROCESS CONTROL SYSTEM PROJECTS 41 PROCESS CONTROL STATIONS SALES GEOGRAPHY, LICENSES, CERTIFICATES AND PATENTS

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48 IRZ TEK, LLC 19 Bazisnaya street, city of Izhevsk RUSSIA, Tel.: Fax: en.irz.ru, 24-hour technical and service support Tel.: (toll-free within Russia)