Tomorrow's Technology Today
Optical Sensing Solutions, IoT
Fiber optic sensors are well suited for use in the solar industry. The sensors are excellent tools providing real-time data for maximizing system efficiency, increasing equipment utilization, predicting maintenance needs and impending failures. They are passive devices requiring no power and are immune to EMI. They can be multiplexed giving the ability to measure various applications with a single system saving labor and material cost. Fiber optic sensors have a proven record of providing extremely accurate and repeatable data over a long period of time.
Fiber Optic sensors are well suited for use throughout all phases of the Geothermal Energy process from drilling of the well to plant construction and operation. These sensors can be multiplexed, allowing for the design of a single system to monitor multiple applications within a geothermal plant. They are excellent tools for monitoring any moving part such as fans, motors, pumps, turbines, etc., as well as stationary applications such as pipes. They can be used to monitor specific points or multiplexed to monitor the length of the pipe. They are ideal tools for non-destructive testing. The sensors are excellent tools providing real-time data for maximizing system efficiency, increasing equipment utilization, predicting maintenance needs and impending failures. They are passive devices requiring no power and are immune to EMI. Fiber optic sensors have a proven record of providing extremely accurate and repeatable data over a long period of time.
Fiber optic sensors are designed for use in harsh environments, therefore well suited for use in the Biofuels industry. These sensors can be multiplexed, allowing for the design of a single system to monitor multiple applications within a processing plant. They are excellent tools for monitoring any moving part such as fans, motors, pumps, turbines, etc., as well as stationary applications such as pipes. They can be used to monitor specific points or multiplexed to monitor the length of the pipe. They are ideal tools for non-destructive testing. The sensors are excellent tools providing real-time data for maximizing system efficiency, increasing equipment utilization, predicting maintenance needs and impending failures. They are passive devices requiring no power and are immune to EMI. Fiber optic sensors have a proven record of providing extremely accurate and repeatable data over a long period of time.
Fiber optic sensors are well suited for use in harsh environments such as pipeline applications. Many sensors can be installed on a single fiber allowing for the establishment of a network to monitor a long distance application. This network can be monitored on site or remotely. These sensors are excellent tools for monitoring longitudinal and bending strain on the pipeline, soil strain or movement, as well as pipe temperature. They can be used to detect leaks in the pipeline. They can be surface mounted and are easily installed. The multiplexing capability of the sensors minimizes installation time and cost, minimizes cable and equipment.
Fiber Optic sensors are well suited for and becoming commonly used in the oil industry. They are currently being used for monitoring the ocean floor, the riser and across the platform. They are designed for use in these harsh environments. They are excellent tools for monitoring equipment, pipelines, ships, refineries and storage facilities. They provide real-time data and can be monitored on site or remotely. The sensors require no power to operate and the equipment is tested and rated for use in explosive environments. Single systems can be designed to monitor multiple application simultaneously such as equipment wear, operational efficiency, leak detection and security. Multiple sensors can be installed on a single fiber and networked into one piece of monitoring equipment
Fiber optic sensors are well suited for use in the natural gas industry. They are designed and tested for use in harsh environments. They are excellent tool for monitoring equipment, pipelines, ships and storage facilities. They provide real-time data and can be monitored on site or remotely. The sensors require no power to operate and the equipment is tested and rated for use in explosive environments. Single systems can be designed to monitor multiple application simultaneously such as equipment wear, operational efficiency, leak detection and security. Multiple sensors can be installed on a single fiber and networked into one piece of monitoring