Beran Instruments Limited

Next-generation Machinery Health State Detection (mSTATE) product - combining state-of-the-art digital signal processing hardware and novel mathematical algorithms for future net zero energy generation. This 18-month collaborative project will result in a step-change in the value of existing machinery protection systems through the development of innovati...

The goal of this collaborative project is to develop Novel Expert Systems & Testing technologies for Industrial Plant (NESTIP), which will result in a transformational new product for Condition Monitoring of smaller Industrial Machines. Current state-of-the-art Condition Monitoring solutions are not always viable for smaller Industrial Machines - this pro...

The advancement of reliable and effective health monitoring technologies for nuclear plant is dependent on collecting the right data at the right time. There is often insufficient data after an event to make an informed decision or develop robust health monitoring algorithms that can be relied upon to detect repeat occurrences. The goal of this collaborat...

Building on its successful feasibility study, where a potential 25% time-saving for machine fault diagnosis was demonstrated, the consortium aims to achieve Intelligent Condition Monitoring (ICM) for the Nuclear Power Industry. This project will enable Beran and EDF Energy to extend health monitoring to a wider range of machinery, structures and new civil...

Project Title: Beran Instruments Integrated Machinery Health Monitoring System – Development of Prototype Project Description: The projects objective is to develop an innovative new integrated Machinery Health Monitoring system for the Power Generation Industry. Uniquely the project will exploit the core technology generated from the current KTP and TSB: ...

The projects objective was to develop enhanced vibration condition monitoring capability for the civil nuclear industry. Through collaboration with the University of Bristol this objective was successfully achieved, resulting in the development of novel intelligent algorithms for exploitation through new and in-service hardware platforms. As a result of t...

To develop intelligent health monitoring algorithms for rotating machinery, enabling the power and industrial sectors to minimise vibration, extend life and improve efficiency and reliability.