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The crescent orifice plate gas/liquid two-phase flowmeter, based on the gas/liquid two-phase flow state in stratified flow state under working conditions, creatively adopts non-axisymmetric crescent orifice plate throttling element and original double-differential pressure ratio method holdup measurement technology.
Patented technology: measurement of gas/liquid two-phase flow by internationally pioneered non-axisymmetric throttling element.
● Unseparated metering: gas wellhead gas/liquid two-phase mixed transmission flow measurement, without separator required.
● No radioactivity: no gamma-ray source, safe and environment friendly.
● Strong flow pattern adaptability: designed with a non-axisymmetric throttling element, especially suitable for stratified flow, wave flow, slug flow and other flow patterns with a medium~high liquid content.
Efficient use of energy to improve the human environment
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The crescent orifice plate gas/liquid two-phase flowmeter, based on the gas/liquid two-phase flow state in stratified flow state under working conditions, creatively adopts non-axisymmetric crescent orifice plate throttling element and original double-differential pressure ratio method holdup measurement technology.
Patented technology: measurement of gas/liquid two-phase flow by internationally pioneered non-axisymmetric throttling element.
● Unseparated metering: gas wellhead gas/liquid two-phase mixed transmission flow measurement, without separator required.
● No radioactivity: no gamma-ray source, safe and environment friendly.
● Strong flow pattern adaptability: designed with a non-axisymmetric throttling element, especially suitable for stratified flow, wave flow, slug flow and other flow patterns with a medium~high liquid content.
Efficient use of energy to improve the human environment
