Generative AI-powered product
13/05/2025
Radix, a global technology company specialising in industrial digital transformation, and Celanese, a global chemical and specialty material company, have collaborated with Cognite, a global data and artificial intelligence (AI) company, on the development of JO.AI, a generative AI-powered product designed for asset-intensive industries.
Born from the development and implementation at Celanese by Radix through its engineering intelligence and powered by Cognite Data Fusion, the DataOps and AI platform for enterprise-scale industrial data management projects, JO.AI was showcased at the ARC Industry Leadership Forum 2025, which took place in Orlando, Florida, USA, from 10-13 February 2025 under the theme ‘On the Ground: Accelerate. Optimise. Scale.’ Radix showcased and discussed how it can optimise smart digital manufacturing, directly addressing the challenges faced across industries such as metals, mining and minerals, manufacturing, oil & gas, power generation and distribution, pulp and paper, energy and chemical.
JO.AI acts as an industrial co-pilot. It leverages Cognite Data Fusion’s data management and AI infrastructure to enable the generative AI application to carry out operations. With Cognite Data Fusion as its backbone, JO.AI is designed to combine operational insights with pre-trained AI agents focused on specific process use cases.
Leasing for pulse vibration analysis service Haver & Boecker has announced a three-year leasing option for its Pulse vibration analysis service programme, providing mining and aggregate customers insight into the performance of their equipment.
The leasing options, basic and professional, fit small and large operations. Both programmes include an industrial-grade tablet computer, eight triaxial sensors, a monthly maintenance package and optional expert analysis reports.
Haver & Boecker designed the Pulse programme specifically to monitor the health of vibrating screens to ensure optimum screening performance and equipment durability. The reporting and historical tracking of the performance of the machine provides customers with the information needed to maximise uptime and productivity, which are significant contributors to profitability.
“We understand screening equipment is a significant portion of an operation’s budget, which is why we developed the Pulse leasing programme,” said Karen Thompson, President of Haver & Boecker Canada. “The Pulse leasing option offers customers the tools to optimise screening efficiency on a daily basis. This helps increase their operation’s profitability by minimising downtime as well as maintenance costs.”
The Pulse system uses an industrial-grade tablet computer that connects wirelessly with eight triaxial sensors. The sensors attach to key places on the equipment and send up to 24 channels of data to the tablet, which displays a real-time view of the machine’s orbit, acceleration, deviations and more.
For an additional cost, the Haver & Boecker engineering team will analyse the results. The team then provides the customer with a report that includes a thorough examination of the performance of the machine and recommendations for improvement. If the results require further examination, a Haver technician will schedule an on-site inspection.
For easy accessibility, customers can store all vibration analysis reports electronically in an online database, called the Pulse Information Portal. The customer can download machine data in two formats. The first format is the Orbit Report, which provides a visual of orbit and wave form, as well as data about acceleration, stroke, speed and phase angle. The software processes fast Fourier transform (FFT) plots for values for three channels of data for each measuring point. The second format is the Tuning Report, which extrapolates side-to-side, feed-to-discharge and diagonal deviations between measurement points while providing recommendations on balance, acceleration, stroke and speed.
Haver & Boecker designed Pulse for easy set-up and operation in difficult environments where screening takes place.
