Definition of HGM-2C pipeline friction

NegotiableUpdate on 01/03

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

The HGM-2C pipeline friction is defined to evaluate the performance of drag reducing fluids, further understand the variation laws of friction with different drag reducing fluids, different displacements, and different well depths, and provide a basis for selecting and optimizing drag reducing fluids.

Product Details

Definition of HGM-2C pipeline frictionThe device is used to study the shear rate of fluid flow in laboratory testing pipelines after adding a certain drag reducing fluid, and to conduct experiments in the same way as the shear rate of liquid flow in pipelines during on-site construction. Thus, it is used to simulate the flow state of liquid during on-site construction, determine pipeline friction, and evaluate the advantages and disadvantages of drag reducing agents.

To evaluate the performance of drag reducing fluids, further understand the variation laws of friction resistance at different drag reducing fluids, different displacements, and different well depths, and provide a basis for selecting and optimizing drag reducing fluids.

Definition of HGM-2C pipeline frictionMain performance indicators:

Experimental working temperature: ≤ 85 ℃

Experimental working pressure: ≤ 3MPa Pipeline size:

DN8mm×2500mm

DN10mm×2500mm

DN14mm×2500mm

High pressure circulating pump: 0-40L/h

Mass flow meter: 0-40L/h pressure 16MPa

Differential pressure sensor: 0-1MPa accuracy: 0.1% FS

0-0.5MPa accuracy: 0.1% FS

Power supply: AC380V 50Hz 10kW