Advantages

  • Non-intrusive measurement
  • High spatial and temporal resolution
  • Many type of fluids (opaques, viscous ...)

 

Measurement instruments suitable for a large applications range

Our acoustic profilers are suitable for many applications : e.g. flow studies or diagnostic facilities. You can find a few examples below.

Velocity field observation in sewer network

Robust and autonomous, the UB-Flow profiler allows for extensive measurements in sewage. When installed on the floor of the pipe, it measures the flow velocity at different levels without mechanical moving parts and with no risk of catching the transported waste.

Sediment transport studies in river

Easy to install, the UB-Flow profiler is particularly well suited for field measurements. In rivers, it allows the measurement of both the velocity and acoustic turbidity (which is directly linked to the suspended sediment concentration).

Accurate measurements on laboratory setups

The UB-Lab profiler (UVP) allows accurate velocity profiles measurements on laboratory setups and physical scale models. It helps to understand fluid mechanics and hydraulics phenomenons in controlled environment, especially in opaque liquids.

In-line rheometry in food processes

In-line rheometry with UB-Lab profiler allows an advanced knowledge of the product quality, which needs to be controlled in many food processes. For example, a real-time, accurate and non-invasive viscosity measurement based on UB-Lab has been developed.

 

 

 

Les profileurs acoustiques d'Ubertone offrent de nombreuses applications que ce soit pour l'étude ou le diagnostic d'installations.

Le profileur UB-FLow F156 est particulièrement bien adapté aux mesures de terrain. En rivière, il permet par exemple de mesurer de façon conjointe la vitesse et la turbidité acoustique, représentative de la concentration de sédiments transportés.

Le profileur UB-FLow permet de réaliser des campagnes de mesures en réseau d'assainissement. Lorsqu'il est installé dans le fond de la canalisation, il mesure la vitesse à différentes hauteurs sans pièce mécanique mobile et sans risque d'accrocher les déchets charriés ou flottants.

実験室

  • 流体力学研究 (水力,乱流.物質 移動)
  • 土木構造の検証実験
  • 数値計算のための境 界条件 測定

河川・運河

  • 流動特性
  • 沈殿物質移動調査

下水道施設

  • 流路診断
  • 流量計その場較正(暴風 雨中でも可能)
  • 過重下水量の評価 (CSO)