Ultrasonic Slurry Density/concentration Meter: Solution For Measuring Highly Corrosive, Highly Viscous, And Toxic Media
Jan 25, 2024| Wet desulfurization slurry density meter is widely used in power plants, paper mills, sewage treatment, water purification treatment and other fields. The ultrasonic slurry density meter adopts a reliable consistency measurement pulp paper technology, namely the sealing energy average method, which can accurately measure the solid suspended matter content during liquid treatment, thereby ensuring that the treatment effect is effective and stable.
The measurement principle of the ultrasonic density/concentration meter is based on the fact that ultrasonic waves will attenuate when propagating in the material. The degree of attenuation is related to the measurement channel and the density/concentration of the material. When the measurement channel is constant, the attenuation can represent the density or concentration of the substance.
The ultrasonic slurry density meter can perform consistency measurement pulp paper without contacting the monitored object. It is especially suitable for measuring the density and concentration of slurry in pipelines and containers under special environments such as high temperature, high pressure, high corrosivity and toxicity.
Wet desulfurization slurry density meter has the following characteristics:
1. Suitable for measurement of highly corrosive, highly viscous and toxic media.
2. It can accurately measure the density, concentration, flow rate and pressure of the slurry in the wet desulfurization system.
3. Use non-contact consistency measurement pulp paper to avoid problems such as wear, corrosion and clogging that may be caused by contact measurement.
4. Simple installation, no need to set up a bypass or cut off the pipeline, and no need to install additional switches, valves or cleaning devices.
5. Maintenance-free, no obstacles, no need for frequent calibration or maintenance.
6. It has a wide measuring range and can measure the density of low flow rate media and high flow rate media.
7. It adopts non-contact probe and has long service life, which is 3-5 times longer than that of contact probe.