Published by Nilam Patel, Water Innovation Network - Network Coordinator
Currently we are looking for a solution which could predict failure, show change in performance of pumps in real time. We are currently assessing a number of different units but are always looking for new developments and additional solutions.
Try Field Electronics, +44 1403 713772 and CG Emotion, http://www.emotron.com +44 1444 390841.
Published by Richard Schembri, Industrial Sales Engineer at CG Power Solutions UK Ltd
Hi there, I have our Overseer unit that has built in AI and can preform this function for you. Please call +44 7415 121 778
http://www.cleanwaterinternational.com/index.asp?pageid=645803
Published by Roy Howard, Business Development Manager at Clean Water International (UK) Ltd
Not all pumps are equal. In positive displacement pumps (eg sludge) may be monitored current, while in centrifugal pumps may be necessary to complete the vibration data collection.
Once you found the main variable able to predict the failure of our installation can be supplemented with other already mentioned: temperature, flow, pressure, torque, speed, acceleration, noise ...
In my opinion, it is essential to understand that a pumping station consists of several parts, at least motor and pump. The failure of one can lead to failure of the pump. And each machine will have some parameters to evaluate their deterioration and predict their next failure.
Published by José María de Cuenca, Innovation manager at Aguas de Valladolid
Dear Nilam,
The prediction of pump failure,depends upon the monitoring of the pump components like, bearing,lubrication of the machine, coupling condition,Vibration condition, if we monitor the pump vibration then we can predict of pump health and failure,i.e regularly check of vibration through NDT,The bearing lubrication is the key factor of pump, How much amps taken by pump etc,
regards,
Prem Baboo
Published by Prem Baboo, Researcher at www.researchGate.net
Thank you all for your comments, I shall forward these details to my colleague and be in touch
Published by Nilam Patel, Water Innovation Network - Network Coordinator
The pump failure can be predicted by simply measuring 4 parameters, which are power, temperature, pressure, and flow-rate.
However, various pump manufacturer also provide warning system specially designed for their pumps.
Published by Sameer Dohare, Managing Director at EnviroChem Services (OPC) Pvt. Ltd.
Hi Sameer, my colleague has said that power and temperature would be useful but feels that if they were to see a drop in pressure or flow it may be too late to organise a response. Which would you see as the earliest indicator?
Published by Nilam Patel, Water Innovation Network - Network Coordinator
Tho'ts; acoustic profiles by load + real-time accelerometry.
Published by Tom Mallard, Living Systems, Industrial-Architectural Design
Hi Tom, thanks for your input, do you know of any companies/ organisations which do this type of analysis?
Published by Nilam Patel, Water Innovation Network - Network Coordinator
Laurie,
That sounds terrific. I always envisioned a possible solution as taking a variety of data (scalars) that continuously form vectors in a state-space, with limits on the state-space for alerting. You are much further along than we, but just thought I'd give you my take.
Published by John Cook, CEO and Engineer at Advanced Data Mining Intl
Nilam,
AquamatiX is working actively in this field, we have a number of solutions which might be of interest based on Internet of Things technologies. Our website is very general at the moment but please contact me at laurie.reynolds@aquamatix.co.uk
Published by Laurie Reynolds, Aquamatix Ltd - Managing Director