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China Petrochemical News Network reported on June 6 that good news came from the oil production management area of the second oil production plant in the Northwest Oilfield.
The oilfield used a new type of intelligent differential pressure weighing metering device for the first time, and 12 production oil wells at the 12-12 meter transfer station.
After 25 days of application test, it was successful
.
The metering device is composed of 8 parts, including a precession turbine flowmeter, a temperature sensor, a differential pressure transmitter and an electromagnetic interceptor
.
The overall metering equipment can be used to separate the liquid and gas phases of the crude oil entering the equipment, and to measure the separated liquid and gas
Beginning on May 12th, through continuous measurement tests in 12 wells at the 12-12 metering station, it was verified that the metering device has high metering accuracy in measuring the daily crude oil, daily fluid, daily gas, and water cut of oil wells.
, Stable operation, intelligent, small size, super large range ratio, wide application range and other significant advantages, and the measurement accuracy has reached the international leading level
.
During the oil well measurement period, through the equipment flow screen, the observation of the fluid inlet and outlet speed, instantaneous water cut, etc.
, the fluidity of crude oil and production changes can be judged, and the production of oil wells can be "online physical examination" to achieve the production of oil wells.
The auxiliary guiding role of the measures
.
The successful application of this metering device will develop a new model for future oilfield development based on perception, interconnection, and data fusion to achieve "real-time monitoring, abnormal alarm, intelligent diagnosis, and automatic disposal" of the production process
.
To provide accurate basic measurement data for the transformation to digital oilfields and smart oilfields, the promotion and application prospects are promising
(Lu Dequn and Hu Qiang)