23-13: Computer Vision Assisted Condition Assessment of Concrete Cooling Towers CTI Toolkit

23-13: Computer Vision Assisted Condition Assessment of Concrete Cooling Towers CTI ToolkitMaintaining concrete cooling towers over time has long been a challenge for owners, particularly in obtaining meaningful structural condition evaluations to inform an owner on proactive and preventative maintenance that can be done. Despite having a visual inspection process in place, site conditions can be overlooked and the progression of deterioration may not be fully recognized due to difficulty in access. Technology now exists to couple

small droplet size spectrum situations

Historical data indicated that the water was clear and contained less than 100 mg/l dissolved solids

ATP and petri-films have long been the standard for microbial detection

and therefore

The paper also discusses practical applications of the model to cooling tower plumes

This series of tests demonstrates that field-testing of evaporative condensers is both practical and accurate

For rotating machinery utilizing drive shafts

The most common sources of ignition in cooling towers are burning plastics or extremely high temperature metals

this problem was referred

More importantly

automated high-dissolution rate feeder system provides consistent and reliable delivery of halogen

in two known cases