SensorTran’s fiber optic-based Distributed Temperature Sensing systems have been used by leading scientists and researchers in applications such as:
Groundwater / Surface Water Interaction
Effects of Vegetative Cover on Temperature
Snow Melt / Glacier Analysis
Geothermal Gradient Measurements
Air Stratification and Circulation (caves , ravines)
Water Stratification and Circulation (lakes, mines)
Groundwater Contamination Studies
Offering affordability, portability, and fast measurement times, SensorTran DTS systems are uniquely suited for a wide range of environmental monitoring tasks that are difficult using traditional measurement methods.
As the entire length of the fiber optic cable serves as a continuous sensing device, there exist a number of creative and effective methods of fiber deployment. For surface water monitoring, the sensing cable spool is often wheeled to the site on a dolly or hand truck, then uncoiled and allowed to drift downstream. For air measurements the fiber can be secured to a balloon for aerial deployment. For denser measurements, it is also possible to arrange the sensing cable(s) in a serpentine pattern or construct a “net” that can be placed atop any surface feature.