Completed projects

• Operating pressure up to 55 MPa with turned solid design – Stainless steel, monel metal* or hastelloy**
• Consumption metering of hydrogen H2 and pure gases
• Consumption metering of dirty and wet gases, hydrates and gases with a high content of mechanical impurities
• Consumption metering of cryogenic media up to -194°C
• Turned solid versions up to DN1400
• Measurement error up to ± 0.5-1.5%
• Mass flow calculation without a density meter using the “Hydrocarbon” method
• Replacement of sensors under operating pressure.

* is a trademark owned by Special Metals Corporation
** is a trademark owned by Haynes International

• Gas velocity range from 0.03 to 120 m/s according to the Rostechnadzor regulations of safe operation of flare systems;
• Metering at high temperatures up to +330°C;
• Cutting-in and removal of sensors under operating pressure;
• Simulation verification method;
• Working pressure up to 6.3 MPa – Cut-in version;
• Working pressure up to 25MPa – cut-in version;
• Measurement error of the single-beam version ± 1.5-5%, the two-beam version ± 1-3%; – Installation of an Ex-d calculator at the location of the primary sensors;
• Remote display and control module, length from the installation point is 1000 m; – – Self-diagnosis of clogging of the beams and the flow meter general condition;
• Gas mass flow calculation without a density meter using the “Hydrocarbon” method

• Operating pressure (excessive) up to 45 MPa with turned solid design
• Turned solid versions up to DN1400
• Consumption metering of hydrogen H2 and clean gases
• Consumption metering of dirty and wet gases, gases with a high content of mechanical impurities (UGS)
• Consumption metering of corrosive gases (made from special stainless steels: monel metal*, hastelloy** and others on customer’s request)
• Compensation of changes in the geometric dimensions of the housing by temperature and pressure
• Measurement error up to ± 0.5%;
• Simulation verification method ± 0.7%
• Mass calculation without a density meter using the “Hydrocarbon” method
• Split calculation for the Customer and the Consumer by two independent counters in one housing (Quadro version)
• CMC
• Possibility to replace sensors under operating pressure

* is a trademark owned by Special Metals Corporation
** is a trademark owned by Haynes International

• Lubricator version for installation on a pipeline without flow stopping (where metering is needed, but it is impossible to “stop” the flow in the pipe)
• Working pressure (excessive) up to 50 MPa (turned solid version)
• Consumption metering of LNG and other liquefied gases up to -196 °C
• Consumption metering of high-temperature liquids up to 450°C
• Separate consumption metering of the Customer and Consumer with two independent meters in one housing
• Consumption metering of highly viscous liquids (fuel oil, tar), steam jacket version
• Nominal pipeline passage diameter from 8 mm to 3,000 mm
• Measurement error ± 0.28%/ ± 0.5%/ ± 1%
• Compensation of changes in the geometric dimensions of the housing by temperature and pressure
• Separate consumption metering of the Customer and Consumer by two independent counters in one housing

• Metrologically secured measurement of medium parameters with a density of up to 2,000 kg/m3 with the function of temperature and pressure compensation
• Medium flow measurement channel with an error of ± 1%
• Possibility of primary and/or periodic verification of the density measurement channel only
• Maximum temperature of the measured medium up to 400 °C
• Maximum pressure of the measured medium up to 30 MPa

• Significantly higher Qmax flow rate with the same line diameter vs the world’s leading companies
• Flow meters with nominal diameters from 8 to 250 mm
• High temperature design up to +350°C/+400°C
• Operating pressure up to 40 MPa
• Reduced hydraulic losses by 15-20% vs the best foreign analogues
• Function of calculating the mass of oil and petroleum products (oil calculator)
• Built-in correction function for pressure and temperature
• Metrologically secured, verifiable density measurement channel with an error of up to ± 0.2 kg/m3
• Metrologically secured, verifiable temperature measurement channel
• Consumption metering of LNG up to -196 °C and other cryogenic media
• Diagnostics of measuring tubes condition
• Possibility of trouble-free flow meter verification without or with removal from the pipeline, as well as spilling the flow meter using a compact flow meter prover or a prover
• Possibility of manufacturing with mounting dimensions according to customer requirements

• Savings of 5-15% on energy costs when replacing the constricting devices with a pitot tube by reducing the pressure drop from 20-30% to 5-8%
• Increase the service life and resource of a steam turbine or pump by 20% by reducing the incoming pressure
• 4-fold reduction in costs for the flow meter assembly/disassembly, verification, transportation costs, exchange fund, no repair costs
• Integrated calculator in an explosion-proof shell, ready for volume calculations without additional equipment
• Assembly/disassembly without stopping the technological process
• Simulation verification
• Temperature and pressure flow compensation
• Consumption metering of complex flues
• Consumption metering of gases with high temperatures up to +710 °C up to 25 MPa
• Consumption metering of atmospheric emissions on pipelines with diameters up to 15 m

• The measurement error is 0.15%
• Repeatability level of measurement results is 0.04%
• Operation in explosion-hazard areas
• Wide range of operating temperatures and pressures
• Resistance to contamination of the measured medium
• Titanium rotor
• Wear-resistant tungsten carbide bearings
• Reduced operating costs due to minimal pressure drop
• Easy maintenance due to the modular design principle: the possibility of replacing the cartridge, easy disassembly and assembly of the measuring module
• Various customized versions of the electronic measuring part