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Self service analytics in practice
Available on demand
 
This webinar shows how to use self-service analytics to make your data actionable. Looking at real use cases, we will show 4 practical examples of how you can gain quick insights to inform your decision-making and improve equipment availability.

Watch this webinar to learn how actionable data can:
1. Control fouling to improve asset availability
2. Use "golden fingerprints" to increase production output
3. Use active monitoring to reduce energy consumption (WAGES)
4. Predict process behavior to enhance safety
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To watch this content on demand, please complete the form on the right.
You will be shown the webinar immediately.

Why watch this webinar
Analytics alone are not enough - data should be actionable
 
Analyze
Learn how self-service analytics take the pain out of searching for answers. Discover ways to quickly gain insight into the cause of unexpected behavior and identify the action needed to correct them.
Analyze
 
Monitor
See how monitoring alerts work in action - and how self-service analytics allow you to instantly respond. Discover how annotations save time on future alerts and build your organization's knowledge base.
Monitor
 
Predict
Discover how easy it is to gain insight into a live process and optimize the result. See how self-service analytics can unlock previously hidden ways to optimize quality and reduce waste every day.
Predict
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Presented by: Fréderick Motte
Customer Success Manager at TrendMiner
 
Fréderick is an expert in applied data analytics and process control in the chemical industry. Fréderick is a Customer Success Manager at TrendMiner, a role which allows him to combine his expertise in analytics with his passion for helping customers maximize their success. Fréderick holds a Master of Science in Chemical Engineering (Chemical Reactor Design) from KU Leuven and UPM Madrid. Between 2011 and 2016 he worked as a process control engineer at IPCOS, where he was responsible for PID tuning, the design and programming of control architectures on different DCS systems and the design and implementation of full-fledged APC controllers.