A sensor system measuring rheology in real-time.
Plug-and-play design, easy-to-use user interface: we are designing the user interface together with our customers, to meet their needs and standards.
Low CAPEX and OPEX compared to what is available on the market, which has limited application anyway.
But how does it work?
The first component is a pin located inside the pipe, which responds to the receiving energy released by the fluid flowing around it and generates the fluid “fingerprint”.
A piezoelectric acoustic sensor converts the pin vibrations into an electrical signal, which is analysed by the Machine Learning algorithm.
The Machine Learning intelligent algorithms are the core of our technology. They acquire the electrical signal, analyse it and convert it into rheological values.