How Conditioning Orifice Plates Work
Over the years, in many industries especially the natural gas industry, the orifice plate has become the de facto flow meter for measuring flow. In many liquid, steam or gas application, the standard orifice plate with a bore at the centre of the plate is being used with considerable operational reliability and accuracy.
However, standard orifice plates performance are affected by flow distorters such as elbows, tees which introduces flow distortions in the flow stream necessitating some flow conditioning to maintain accuracy. Flow conditioning in standard orifice plate applications can either be by way of a flow conditioner or lengthy straight pipe runs requirement that are often difficult to achieve in practical situations.
Conditioning Orifice Plates Standards & Technology
Conditioning Orifice Plates are differential producers used to measure flow in a pipe. Conditioning Orifice Plate Technology is based on the same Bernoulli streamline energy equation
However, standard orifice plates performance are affected by flow distorters such as elbows, tees which introduces flow distortions in the flow stream necessitating some flow conditioning to maintain accuracy. Flow conditioning in standard orifice plate applications can either be by way of a flow conditioner or lengthy straight pipe runs requirement that are often difficult to achieve in practical situations.
Conditioning Orifice Plates Standards & Technology
Conditioning Orifice Plates are differential producers used to measure flow in a pipe. Conditioning Orifice Plate Technology is based on the same Bernoulli streamline energy equation
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