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It goes a little too far to call our technology magical, but we will come a long way. However, our technology allows for six advantages that will benefit you. The ultrasonic based density analyzer with chemically inert and wear resistant probe allows you to work safer, save money and save time.

So what is there to be so exited about “star dust” when you apply density measuring in your process?

Well, that depends on your appetite*1 for knowledge. The reason that we are so exited about “star dust” has to do with the characteristics of silicon carbide.

eliminate the hazard altogether

If we have learned one thing from the lost (and later found) radioactive capsule, is that the best way to prevent these type of hazardous situations is to eliminate the hazard altogether.

Vertical thickener discharge

Colombia February 2021

In the attached PDF the density the Control solution is described for a Vertical thickener discharge, 1x3” SPC.

Control the density in a Vertical thickener discharge

Massflow installation met sensor

Here are the results of the comparison of Arenal’s ultrasonic density measurement vs radioactive density measurement in a live application. (Dredging application at a hydro powerplant in France). The Arenal system was placed over a 100 meter away from the radioactive sensor. You see this delay in the graph. Also note that this was a '2nd' generation system. Our ‘3rd’ generation system is even more accurate.

The graph shows how dynamic and accurate the Arenal ultrasonic density measurement is.

News

“Any sufficiently advanced technology is indistinguishable from magic.” – Arthur C. Clarke

The Importance of Silicon Carbide in Density Measurement and Its Connection to Stardust

Alternative for radiometric density measurement? Eliminate the hazard altogether!

Success story: Control the density in a Vertical thickener discharge

Success story: Accuracy of Arenal Ultrasonic vs Radio Active Measurement Application: Dredging in a hydropower plant in France