How do you achieve operational excellence?
E.O.I offers a revolutionary approach to large-scale data collection and predictive analytics for industrial and manufacturing facilities
THE PROBLEM
US infrastructure is aging and failing
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Over 50% of bridges in the US are over 50 years old
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$40 Billion per year: the cost to maintain and repair our industrial and power plants
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Equipment failures lead to downtime which can cost asset owners millions of dollars per day
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Vibrations and mechanical stress are the leading cause of failures for industrial equipment.
There is no easy way to tell when assets will fail
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Current sensors can only monitor a single location at a time
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Large-scale deployment requires thousands of individual sensors
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Or, owners must keep relying on costly manual inspections, which are limited in scope
THE SOLUTION
EOI provides large-scale, remote monitoring and
predictive analytics for industrial and manufacturing assets
Introducing LaserSense™
Remotely monitors vibrations of equipment and infrastructure at thousands of unique locations.
LaserSense™ performs diagnostics and health monitoring, and sends real-time data to a dashboard.
Our complete solution improves operational safety, reliability, and cost-effectiveness.
Benefits of Large-Scale Monitoring & Analytics
IMPROVE RELIABILITY
EOI's single sensor remotely monitors and diagnose all pumps, compressors, turbines, motors, gearboxes, fans, pipework, valves and more within line of sight. An integrated dashboard displays real-time diagnostics and monitoring to improve equipment reliability and extend lifetime.
REDUCE FAILURES & DOWNTIME
The unprecedented volume and quality of the collected data unlocks new types of analytics which enable predictive and proactive maintenance and operations. Diagnose and address equipment failure before it happens, avoiding costly downtime.
REDUCE OPERATING COSTS
Unlike current methods, our solution does not require installation of thousands of contact sensors. Moreover, our sensor is never idle and collects data 100% of the time. As a result, our sensor and data acquisition dramatically reduce costs.
How LaserSense™ compares to traditional sensors
About EOI Technologies
At Electro-Optic Industrial Technologies (EOI) our mission is to protect the most vital industrial and manufacturing infrastructures that are at the foundation of our everyday lives.
We are a Techstars backed start-up based out of Calgary, Canada and are proud to be selected as part of The Heritage Group Accelerator Powered by Techstars. Our technology development was supported by The Alberta Innovates Environmental Energy Solutions program. We have successfully deployed our technology in the field and looking to make a true impact on how operational excellence is defined by introducing novel data-driven methodologies.
Team
Alex holds M.Sc. in Electrical Engineering from Technion - IIT and has over 15 experience in R&D and product development. Alex also spent 4 years helping Canadian and US startups fund their R&D projects.
Alex Sulkin
Founder and CEO >
Niloofar is completing her studies toward M.Sc. in Electrical Engineering at the University of Alberta. Niloofar's expertise includes the development and testing of microwave and optical sensors/circuits.
Niloofar Sharafadinzadeh
Lead Developer >
NEWS
March 12, 2020
E.O.I Technologies is working with a Fortune 100 food producer on a joint pilot project to use our technology to prevent foreign material contamination in food products. We are thrilled and grateful for the opportunity to improve food safety&quality and reduce waste in our global food supply chain.
September 9, 2019
We are excited to announce that E.O.I Technologies was chosen as one of ten companies to participate in The Heritage Group Accelerator powered by Techstars.
July 17, 2019
E.O.I Technologies successfully completes sensor benchmark testing in our industrial partner facilities. Pipeline vibrations were successfully measured and recorded.
June 24, 2019
E.O.I Technologies completes field testing of the sensor on a wind turbine in north Colorado. Tower movement and vibrations were successfully measured and recorded.