Abstract: A system is provided. The system includes an industrial controller configured to control and obtain current parameter data from one or more components of an industrial system. Further, a storage is included and is configured to store historical data comprising parameter data from the one or more components. The system also includes a prediction controller configured to receive the current parameter data from the industrial controller, receive the historical data from the storage, and to generate an overall predictive score based at least in part upon the current parameter data and the historical data. The overall predictive score represents a likelihood of a fault within the industrial process control system.

Abstract: A system is provided. The system includes an industrial controller configured to control and obtain current parameter data from one or more components of an industrial system. Further, a storage is included and is configured to store historical data comprising parameter data from the one or more components. The system also includes a prediction controller configured to receive the current parameter data from the industrial controller, receive the historical data from the storage, and to generate an overall predictive score based at least in part upon the current parameter data and the historical data. The overall predictive score represents a likelihood of a fault within the industrial process control system.

Abstract: A gas turbine monitoring system. In one embodiment, the gas turbine monitoring system can be operably connected to a gas turbine controller. The gas turbine monitoring system can include an interface including at least one computing device configured to: obtain data about a gas turbine event from the gas turbine controller; write the data about the gas turbine event to a storage component in the interface; and provide the data about the gas turbine event to the gas turbine controller either continuously or upon request for the data from the gas turbine controller.

Abstract: A non-contact fluid leak detection system includes an image capture device configured and disposed to produce an image signal, and a leak detection member operatively connected to the image capture device. The leak detection member being configured and disposed to evaluate the image signal to detect a particular color associated with leaked fluid.

Abstract: A system for monitoring a moving component includes an input device directed at the moving component. The input device generates a signal reflective of a position of the moving component. A processor in communication with the input device receives the signal from the input device and generates a graph reflective of the position of the moving component. A method for monitoring a moving component includes recording the moving component as it moves and graphing locations of the moving component.