Application of electromagnetic flow meter in oil fields
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Application of magnetic flow meter in oil fields
The accurate measurement of various well fluids during cementing operations in petroleum engineering has always been a technical problem that has plagued the petroleum industry. As the petroleum industry develops towards
deep wells and ultra-deep wells, during cementing operations, the construction pressure is higher and the construction time is longer. For a long time, existing measurement methods can no longer meet the production needs of
the petroleum cementing industry.
Since the accurate measurement of the fluid entering the well during the cementing process is directly related to the quality of the cementing, and thus directly affects the oil and gas exploitation and production safety of the oil
and gas fields, a high-performance and reliable flow meter that meets the requirements is developed to completely solve the problem of oil cementing. The problem of accurate measurement of well fluids in the industry has
become an urgent need for the petroleum cementing industry.
The intelligent high-pressure union electromagnetic flowmeter for oil fields is designed and improved on the existing electromagnetic flowmeter. It has made great breakthroughs in high pressure resistance, wear resistance,
shock resistance, etc., and achieved ideal on-site use effects. It completely solves the industrial technical problems that plague the accurate measurement of various well fluids during petroleum engineering cementing operations.
The electromagnetic flowmeter is a conductive liquid flow measurement instrument developed based on Faraday's law of electromagnetic induction. It has a measurement structure without rotating parts and flow-blocking parts,
and is not affected by changes in fluid density, viscosity, pressure, temperature and fluid conductivity, etc. Advantages. Reasonable selection of the lining material in the measuring tube and the material of the measuring electrode
can be applied to the measurement of acids, alkalis, polymers, high-temperature hot water, sewage, water intake and commercial water. Introducing modern microcomputer technology and using non-linear correction,
The accuracy of the instrument is greatly improved. When the range ratio is 1:10, the measurement accuracy can be better than ±0.5%. It has broad applications in oil field production and civil life.
