Beyond Limits expands sensor-placement tech for water utilities

Feb. 23, 2021
New technology helps detect leaks in distribution networks using deep learning architecture and physics-based modeling.

Beyond Limits announced it will be expanding its artificial intelligence (AI) offerings to include sensor-placement technology. A standalone AI application for leak detection in utilities’ water-distribution networks, the new product uses physics-based models and deep-learning architectures to identify critical sensors, detect and locate leaks, and recommend optimal location of pressure sensors for improved operations and maintenance capabilities.

“The acceleration of digital transformation efforts in the industrial sector has led to an exponential increase in the number of sensors generating massive amounts of data,” said AJ Abdallat, CEO of Beyond Limits. “But this data is difficult to gather, manage, store and analyze. Beyond Limits’ new sensor selection application allows utilities providers to focus on the most valuable feedback data from their network, reducing the cost and complexity of intelligent systems while more effectively identifying which sensors are most valuable and immediately alerting users to anomalies like gas or water leaks or service disruptions.”

The technology also offers a range of applications for managing and optimizing utilities operations, from power plants and electrical grids, to refineries and manufacturing sites, per its maker. Currently, Beyond Limits’ sensor framework has been licensed to The Carnrite Group for deployment, and will initially be implemented in a multi-million dollar agreement with Xcell Security House and Finance S.A. for the company’s cognitive power plant.

“We’re always looking for innovative ways to create value for our clients,” said Alan Carnrite, founder & CEO of The Carnrite Group. “Beyond Limits’ sensor placement technologies will allow companies spanning the utilities, power and energy industries to operate more efficiently, optimally place sensors and more effectively detect leaks. This is a perfect example of a technology solution that not only makes business sense but helps advance environmental sustainability goals.”