LxNGen
Electrical/electronic Manufacturing - Montreal, Quebec, Canada
LxNGen Employees
LxNGen Senior Management
LxNGen Details
LxNGen is challenging the status quo by introducing optical sensing system to increase efficiencies and up-time of machines, equipment, and industrial processes. Monitoring systems enable the development of proactive and preventative maintenance and best practices. LxNGen's advanced technology enables utilities and energy producers to achieve their electrification targets with infrastructure automation, thereby increasing safety, efficiency and productivity of power generation, transmission, and distribution systems. We are developing State-of-the-Art IIoT optical sensor systems for high power disconnectors, generators, batteries, and electric motors. Electric power companies are creating a smarter energy future by prioritizing smart grids and clean power to reduce GHG emissions with LxNGen fiber optic-based systems. Thus, enabling continuous improvement in operating performance, safety, efficiency, and productivity. LxNGen optical sensors function in extreme electromagnetic environments and have an exceptionally small form factor to easily adapt to the machines and equipment being monitored offering a ten-fold increase in reliability, accuracy, and sensitivity. Decades of innovation successes First fully automated FBG component manufacturing process to achieve over 200,000 unit per year per laser production line. Increased reliability, production yield to develop cost effective telecom components and reliable harsh environment quasi-distributed sensors arrays within one optical fiber. (2001) First fiber based real time thermal monitoring systems for SAGD wells to enable production automation and Increase bitumen production rate by 15% and lowering OPEX by 20%. (2007) First FBG pressure and temperature gauge operating at 300° Celsius to automate submersible pump bitumen extraction rate and provide a three-fold increase in ESP uptime. (2009) First multipoint FBG thermal and pressure monitoring system for hydraulic fractured wells (2013)
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