The PrOXisense difference lies within the intellectual property and know-how we have developed. Our expertise spans the collection,
augmentation and analysis of data generated by our advanced sensors. This capability allows PrOXisense to understand in real
time what characteristics or behaviours are being exhibited. This allows us to recommend timely interventions for predictive
and preventative maintenance. This data can also improve efficiency, performance, reliability and availability. PrOXisense
systems are capable of providing data rich or simple outputs to meet your needs.
PrOXisense, through its association with Oxford University is a world leader in the manufacture, operational electronics and interpretation of resultant ...
Our thermal product measurement sensor technology uses a very flexible system approach that can be streamlined to particular assessment...
A key differentiator for PrOXisense lies within the intellectual property and know-how developed in collecting, augmenting and analysis of data...
OEM using PrOXisense BTT to assist in installation and monitoring during initial turbine proving and warranty period operation
Over the last few years, approximately 100 systems have been installed by a major gas turbine OEM where the BTT system is being used to commission the turbine system by monitoring the vibration levels. These have provided significant additional data during the first year of installation, providing vital support for optimisation of the turbines mechanical performance.
OEM using PrOXisense BTT to optimise performance in hostile environments
Full autonomous systems have been provided to an OEM where the installation was at a customer site. The BTT system allowed both the OEM and the end user to understand the critical area of the mechanical performance of turbine compressor blades rotating at high speeds. With the additional data the system provided the OEM and end user with information that allowed operational procedures to be optimised. This resulted in reduced “down time" and greater confidence in the mechanical integrity. The systems additionally can detect any slow and progressive degradation, FOD (Foreign Object Damage), the monitoring of operational modes and performance trending data
Instrumentation and test support for a time resolved turbine rotor surface transfer and time resolved total temperature measurement development rig
PrOXisence is providing instrumentation equipment and test rig support to a leading US University who is engaged in developing a state of the art high pressure high temperature turbine test rig. The project involves the supply of platinum thin film gauges, dual thin film probes, high frequency pressure transducers, thermocouples and the bespoke design of in shaft electronics, rotor disc wiring looms and a slip ring.
Oxford Sciences Innovation
Institution of Mechanical Engineers
Oxford University Innovation