A correct fiscal measurement system is not only cost-effective solution which supports compliance, but it also helps maximize overall fluid production, diminishes fiscal and custody transfer risks. Higher accuracy for regulatory compliance depends on many factors including measurement technology, fluid quality, rate of production, operating conditions, and process complexity. The Center provides Turnkey Solutions for Measurement systems, Metrology service and Lifecycle management.

Gas Flow Measurement Systems

Minimal measurement error, gas fiscal measurement accuracy for custody transfer;
Measurement and calculation of the volume or quantity of gas, density, pressure and temperature;
Calculation of the gas specific weight, the compressibility factor;
Water & Hydrocarbon Dew-Point Analyzer included;
Process gas chromatograph (PGC) included - measurement of gas composition and calorific value;
Full control of metrological parameters;
Offshore and onshore solutions;
Shelter accommodation to extend the period of operation;
Unauthorized access protection;
24/7 operating

Associated petroleum gas metering systems

Operational, technological and commercial metering systems;
Registration, gathering, processing and display of gas characteristics;
Unauthorized access protection;
Metering operations of ultrasonic, turbine, vortex flow meters (in accordance with GOST 2939);
Calculation of the physical properties of natural gas according to GOST 30319;
Calculation of the physical properties of the associated petroleum gas GSSSD MR 113-03;
Equipped with flowcomputer ABAK+ Measuring and Computing Complex

Mobile Calibration Rig

Mass flowmeters calibration and control of metrological characteristics;
Avaliable for crude oil, tank oil, gas, water and other liquids;
Flow range: 22 ... 320 tons per hour;
Flow calculation accuracy usually is 0,89%;
Pressure range: 1.6 ... 6.3 MPa;
Simultaneous flow measurement and calibration;
Ambient temperature: -50 + 50 Celsius degrees;
Air relative humidity: 30 ... 80%;
Mean lifetime is 10 years

Mobile Flow Metering Systems

Maintenance of tank farms and objects of refining industry;
Medium: oil, gasoline, diesel fuel, petroleum;
Measurement error by reference flow meter is 0.1%;
Viscosity: 0 ... 600 cSt (for 20 Celsius degrees);
Pressure: up to 6.3 MPa;
Flow range: 6 … 100 cubic meters per hour;
Ambient temperature: -50 + 50 Celsius degrees;
Calibration interval: 1 year;
Mean lifetime is 8 years;
Minimal maintenance costs

Measurement Systems for Hydrocarbon Liquids

Medium: oil, light oil, gasoline, natural gas condensate, diesel fuel, petroleum, LPG;
Calculating and registration of density, viscosity, component composition, calorific value;
High calculation accuracy;
System reliability increases due to Remote control;
High level of process control;
Unauthorized access protection;
Shelter accommodation to extend the period of operation;
Embedded systems: Fire & Gas Detection system, Access control systems;
24/7 operating;
Minimal number of employees

ABAK+ flowcomputer (Measuring and Computing Complex)

ABAK+ calculates volume and thermodynamic properties, density, adiabatic curve, dynamic viscosity factor. It is used as a part of Measuring systems based on ultrasonic, vortex flowmeters and diaphragms.Flow calculation accuracy is 0,99% for natural gas, LNG, LPG, APG, oil, oil products, etc.

ABAK+ flowcomputer advantages:

Data is gathered from 12 independent metering lines;
IEC programming environment: support of five languages;
Calibration of measuring channels, data averaging, calculation of volume;
Data storage from one hour to 15 months with an interval from 2 seconds to 24 hours;
Communications: 4 independent ports - RS-232/485, Ethernet, MicroSD;
Unauthorized access protection system;
Integrated own software: ABAKtool, ABAKflash;
Upgrade from Ex-proof compact flash storage in non volatile memory;
Operating temperatures -40 +70 Celsius degrees;
Calibration interval is four years;
Mean lifetime is 12 years

Flare Ignition Systems

Medium: gas (70% nitrogen, 6% hydrogen sulfide);
For dumping and incineration of combustible gases and vapors;
Equipped with flowcomputer ABAK+ Measuring and Computing Complex;
Continuous operation of flare burners;
Manual ignition;
Remote ignition;
Registration of purge gas (flare collector, gas shutter);
Registration of combustible gases and vapors;
Types of ignition: incandescence, spark, flame front ignition;
Operating temperatures -60 +40 Celsius degrees;
Ignition is not affected by dirt, humidity, extreme temperatures or aggressive gases

Blending Systems

Fuel oil, propane-butane;
Liquid multi-component products are mixing in the pipeline (low space required);
Flow measurement of viscosity, density, pressure, temperature;
Data gathering from 2…200 metering lines;
High mixing accuracy by using precise flow meters;
No costs for mixing tanks (investments, CIP, maintenance, space);
Wide measuring and controlling range;
Prevention of emergencies;
Reduce environmental risks

Autonomic Remote Control System based on Renewable Energy Sources

An autonomy period up to 30 days;
There are not necessity of providing an overhead power lines;
Using of solar panels and wind turbines;
Real-time control for equipment of gas wells, oil wells, well pads, gathering networks and pipelines;
Maintenance-free batteries for accumulation of energy;
Equipment with low power consumption;
Service: once a year;
Communication with the control station via radio or fiber-optic communication lines;
Operating temperature: -60 ... +60 Celsius degrees;
Additional: all-weather station camcorder and electrochemical protection

Analytical Instrumentation Department

Equipped with advanced technology and manned by highly competent and dedicated Professional Engineers and Technical Staff, Center can easily provide excellent Analytical solutions to enhance the Plant productivity and safety. Center expertly designs, engineers and delivers Sampling Systems, Sample Conditioning Systems for Industrial and Lab Analyzers, Analytical Instrumentation Shelters and provides applicable Project Management, Installation, Commissioning and Maintenance Services. We supply high quality professional installations, start-up and commissioning as well as training regarding the proper operation and maintenance. This is critical to ensure the long-term reliable performance of your analytical system.

Industrial Analytical Systems and Complexes

Process Analysis of gas, liquid products (LPG, LNG), raw materials, polymers;
Industrial analyzers and chromatographs from leading manufacturers;
Any mediums: flue gases, hot steam, corrosive media, polymerized products;
Wide range of sample operating pressure (from vacuum to the 60MPa);
Wide range of sample operating temperature (from cryogenic products to 1200 ⁰C);
Verified measurement methods. Arbitration and alternative methods;
Specific climate design: marine, arctic. Full inertia and resistance of the materials in contact with the sample;
Full metrological support (calibration, verification, measuring methods development, testing);
Factory acceptance test (FAT);
Certified personnel for installation, commissioning, repair and maintenance service

Sample Conditioning Systems for Industrial and Lab Analyzers

High representativeness of the sample;
Compliance with all metrological standards and safety regulations;
Full inertness and chemical resistance of the materials. Own INCOMSTEEL¹ inert coating;
Multistage system of pressure reducing and control (raising or lowering);
Control of temperature (heating and cooling);
Liquefied sample vaporization (LPG, hydrocarbons);
Double block&bleed system;
For cryogenic products: liquefied natural gas, liquid nitrogen, etc.;
Adaptability. Maintainability. Upgradability;
Durability. Warranty. Post Warranty Service

Sample Probes

Sample purity and representativeness;
Gas (natural, APG, technological) and liquid products (oil, light oil, LNG);
Pressure: up to 10 MPa (higher pressure available upon request);
Temperature -160 ... +200 Celsius degrees (higher temperature available upon request);
Types: split, tubular;
Pipeline DN 50...1200 mm (available upon request);
Mounting types: weld, flanged, compression (available upon request);
Material: carbon steel, Stainless steel

Manual Sampling Systems & Automated Sampling Systems

Gas (natural, APG, technological) and liquid products (oil, light oil, LPG);
Compliance with all metrological standards and safety regulations (ISO, GOST, ASTM);
High representativeness of the sample;
Full inertness and chemical resistance of the materials. Own INSCOMSTEEL¹ inert coating;
Specific climate design, including offshore and arctic modification;
Control of sample pressure in the cylinder and in the sampling line;
Control of temperature in the sampling line;
Adaptability. Maintainability. Upgradability;
Durability. Warranty. Post Warranty Service;
Wide range of accessories and options (sampling probe, unauthorized access protection, remote control, logo, etc.)

Analytical Instrumentation Shelters

Process Analysis for the Oil, Gas, Petrochemical and Chemical Industries;
Certicified explosion-proof equipment (Ex, NEMA, CENELEC, etc.);
Specific climate design, including off-shore, marine and arctic modification;
Embedded systems: Fire & Gas Detection system, Access control systems;
Assembling consoles for mounting analyzers, cylinders, etc.;
Sample delivery system, sample preparation system, sample removal system ;
Air treatment system (filtration, drying, pressure increasing and decreasing);
Overall dimensions for easy maintenance (customer requirements);
Shipping options: rail, road, and sea waterway.

INCOMSTEEL (c) - nanocomposite inert coating proven effective in humidity analysis on levels as low as ppm’s and in analysis of sulfur-containing compounds. According to GOST 31370-2008 (ISO 10715:1997), Sampling Systems (SS) and Sampling Conditioning Systems (SCS) surfaces have to be specially treated (using inert coatings) to prevent loss of low-ppm concentrations of sulfur-containing compounds and water. Silicon based inert coatings are industrial standard when dealing with sampling and process analysis of traces of water and sulfur-containing compounds in natural gas. Stainless steel is tends to adsorb these components, leading to loss of representativeness of sample and lags.Therefore, parts of SS and SCS, which contact with sampling media, are coated to avoid aforementioned problems. Incomsteel is proven effective in humidity analysis on levels as low as ppm’s and in analysis of sulfur-containing compounds, results are confirmed by leading hygrometry institution, VNIIFTRI (Irkutsk. National hygrometry institute, currently maintaining the Russian humidity Standard).

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