4T2 is a fluid sensor designer and data analytics company based in Birmingham, UK
Founded in 2018, we enable companies to have a greater understanding of their processes, in turn reducing waste and sustainably optimising in a way that was previously impossible.
We apply agile thinking and connect with strategic partners to target open innovation challenges
The world's first inline fluid impedance sensor
Innovation through sensors
Optimisation through data
Sustainability for the future
Novel Sensing
4T2 Sensors have developed and patented sensing technology that can ‘electrically fingerprint’ fluids in real-time. Allowing concentration, contamination and mixtures to be identified. Industrial pilots have proven that 4T2 Sensors’ capacitance measurement can significantly improve the resolution and accuracy of the conductivity measurement, ten times higher than the current state-of-the-art instruments.
Actionable Insights
Using up-to-date digital technology, 4T2’s Impedance Sensor paints a rich, detailed picture of your process. Innovations in digital signal processing, thermometry, and scientific data analysis all combine to provide a conductivity measurement with unrivalled resolution. In turn, cloud connectivity enables complete transparency and access to the sensor data. Hence, 4T2’s Impedance Sensor provides a crystal-clear window into your pipework.
Connective Solutions
Whilst blind, you are limited to sampling your process at snapshots in time, it is impossible to truly understand your process, and attempts at improvement are stabs in the dark. 4T2’s Impedance Sensor allows you to continuously monitor your process. Which, combined with intelligent reporting tools and existing sampling techniques, drives understanding. This understanding shines a light on your process, enabling the discovery of process improvements.
Reduce material and energy resources by connecting your processes. Future proof fluid processing operations today with our innovative technology.
Questions or comments? Contact us today and we can demonstrate how our sensor works.