CTProfiler 2.0 is designed to evaluate all sizes of natural-draft cooling towers in order to improve and maintain their highest efficiency. Usage of autonomous self-driven mobile units enables high precision thermal condition mapping of cooling towers including their main components, i.e. fills, water nozzles, drift eliminators, and water distribution system. CTProfiler 2.0 is compliant with thermal test code CTI ATC-105.
STEP 1 / High–resolution cooling tower profiling
Mapping of local characteristics inside the natural-draft cooling tower by autonomous self-driven robots.
In-depth knowledge about condition of cooling tower’s main components.
STEP 2 / Thermal performance analysis
Evaluation of the present working condition of the cooling tower with respect to its design parameters.
List of anomalies, damages and degradation with repair suggestions.
STEP 3 / Cost–benefit analysis
Estimation of power plant efficiency boost taking into account the costs of repair.
Investment vs. cost financial analysis considering long-term plant’s operation.
250 mm caterpillar tracks designed for drift eliminators
Remote control (self-driven)
- 4x air velocity
- 4x temperature
- 4x humidity
- 1x surveillance camera
Li-ion Polymer Battery
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