What type of flow meter would measure water flow regardless of pelleted material flowing through the water?
Which type of flow meter would accurately measure water flow in a 3" diameter pipeline, despite the presence of 2-mm pelleted material flowing alongside the water? The flow rate of the water is 37 cubic meters per hour, and I require instantaneous flow readings for early detection of line clogs.
For measuring water flow that contains pelleted material, I recommend using a Magnetic Flow Meter (Magmeter). This type of flow meter is highly reliable and accurate in handling particulate-laden flows due to its non-intrusive design and lack of moving parts, which minimizes the risk of clogging and wear. Magmeters are ideal as they measure the flow rate based on the voltage generated by the conductive liquid moving through a magnetic field, unaffected by the presence of pelleted materials.
Alternatively, an Ultrasonic Flow Meter (Doppler type) is a viable option if a non-invasive solution is preferred. Doppler ultrasonic meters are well-suited for measuring flow in fluids with suspended solids or bubbles. They use sound waves to determine the flow rate by detecting the frequency shift caused by the moving particles in the fluid.
Ensure proper installation and regular maintenance of the chosen flow meter to maintain optimal performance and accuracy. Proper grounding, isolation techniques, and avoiding air bubbles or extremely high concentrations of solids will help in achieving the best results.
Hi, Go and check Promag E+H flow meters made for mining company. Why ? because, water is mixed with ore, and sometimes gravels. This special model can measure your flow with material inside.
When measuring particle-laden fluids, selecting the right flowmeter is critical. The following types of flowmeters are well suited for such applications: Electromagnetic Flowmeters: Suitable for conductive slurries, offering zero pressure loss, high accuracy, and fast response. They are especially effective for high-viscosity fluids containing solid particles. Ultrasonic Flowmeters: These calculate flow by measuring the transit-time difference of ultrasonic signals. Their non-intrusive design results in no pressure loss, making them suitable for non-conductive, high-viscosity, or particle-containing slurry fluids. Coriolis Flowmeters: Well suited for particle-laden fluids, Coriolis flowmeters provide very high measurement accuracy and are capable of measuring a wide range of fluid types. When selecting a flowmeter, factors such as particle size, particle concentration, flow velocity, and operating environment should be carefully considered to ensure accurate and reliable flow measurement results.
