SMART VALVE
CONDITION MONITORING

Having an asset fail is a frustrating experience that can lead to high costs, operational downtime, and being unable to find a spare. Trillium Flow Technologies™ has the technology to alleviate those frustrations by providing you with condition monitoring and predictive maintenance options.

Join our webinar to learn more about our smart valve technology and the benefits of deploying it within your operation.

PREDICTING ISSUES BEFORE FAILURE

Leveraging connected sensors, easily monitor your asset or application 24/7. Coupled with predictive analytics through Trillium Flow Technologies’™ comprehensive algorithms – issues can be caught in advance of a failure which enables maintenance teams to begin assessing and ordering replacement spares in advance of any failure.

Webinar Details

Our smart valve condition monitoring technology can be deployed to a single asset or multiple assets across multiple locations, and boast part savings of up to 35% and anywhere from $50,000 to $100,000 per day in downtime costs.

Join this webinar to learn how our smart valve technology works, how it can be applied to your operation, and how it can reduce the headache of having an asset fail suddenly.

Date:

July 27th, 2023

Time:

Who Should Attend:

EPC Companies, End Users, Engineering and Projects Teams

Cost:

The webinar is free to attend, simply register below.

RSVP:

Limited space is available!
RSVP today by completing the form below.

Our Speakers

Andrea Bellingeri
Global Product Director, Isolation & Control Valves

Andrea has over 22 years of experience in the valve industry, in both product management and international sales positions across a range of industries including power, nuclear, oil and gas, and petrochemicals. He holds a Bachelors Degree in Mechanical Engineering from Parma University, Italy.

Sanket Walimbe
Technical Development Manager

Sanket has over 12 years of engineering experience and currently serves as our Technical Development Manager in Elland, England. Sanket holds a Master of Science degree in mechanical engineering from the University of Sheffield.

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