This document discusses using multiphase flow meters (MPFMs) for various oil and gas applications including production testing, reservoir monitoring, remote operation, and fiscal allocation. It describes measuring complex emulsions of water, gas, and oil. Special applications mentioned include measuring phase composition and flow rates in pulp, indicating solids in nuclear reactor cooling systems, and controlling molten metal flow. Wireless passive acoustic flow meters are discussed for measuring hot and cold water, gas, and heating systems in apartments. The final sections discuss using MPFMs in process control for well testing, developing intelligent well simulation models, and optimizing field operations based on multiphase flow rates online. It provides an example of how energy costs are impacted by production

1. NEW APPLICATION
MPFM
“D I P”
High accuracy nonintrusive
pipeline

2. Dreams

3. NEW APPLICATION MPFM
Applications include:
•Production testing: routine testing of well fluid rates for the purpose of production
allocation
•Reservoir monitoring: close measurement of wellbore effects, PVT changes and
reservoir performance with a view to increasing overall recovery
•Remote operation: network connectivity allows remote operation of entire fields
•Fiscal allocation: accurate measurement of fluid rates for the purpose of production
and revenue sharing between partners and local authorities
•Artificial lift optimization: feedback control of down hole pumps and gas lift
systems for increased production and enhanced lift efficiency

4. 4
The oil and gas area
Oilfield Down hole direction of passive acoustic flow meter an emulsion of water,
gas and oil;
Measuring complex for an emulsion of water, gas and oil (an extra dimension to the
viscosity and density of each phase);
System optimization flow emulsion breaker;
Passive acoustic measuring octane;
Passive acoustic indicator of sand in the oil and gas wells;
Passive acoustic flow meter high viscosity oil.
Special Applications
Meter phase composition and flow rate of pulp
Indicator solids in the cooling systems of nuclear reactors
Controlling the flow of molten metal (Project Breakthrough)
Housing and utilities
Inside apartment wireless passive acoustic flow meter hot and old water;
Inside apartment wireless passive acoustic gas flow meter;
Inside apartment wireless passive acoustic recorder heating system;
Automated system for collecting and transmitting information inside
apartment wireless passive acoustic flow meter types.

5. Use of Multiphase Meters in Process
Control for Oil Field Well Testing

6. Interactive simulation model - the basis of of
intellectual wells

7. Multiphase flow rate online- based
on intelligent field

8. Optimization of operating oil and
gas field
SPE 166907 Энергоэффективная эксплуатация нефтегазовых месторождений на основе «умных» скважин с
многофазными расходомерами, В. Шумилин
Qmax = F (pressure, temperature,
dynamic viscosity, the salinity of
the formation water phase content
of the oil, water and gas pipe
diameter)
Zmin = F (electricity, software,
salaries, transportation,
maintenance and repair of wells
and fields)

9. An example of the distribution of wells production rate and specific
energy consumption per 1 m3 of liquid rise
Energy costs = 60%
of production costs

10. Integration of the DIP meter circuit APCS
For the end user the proposed
technology will be presented in
the form of hardware and
software system (APCS) for
controlling the operation of
pump installations network
production and injection wells
gas field.

11. Generating vibration acoustic signals in
the fuel elements of nuclear reactors
The geometry of the fuel element helps
development of turbulent flows

12. Experimental observation of mechanical particles

13. Questions?
Thank you for attention!
Vladimir Shumilin
Sergey Shumilin
+7 (965) 695-12-24
shumilin88@rambler.ru