TP09-06: A Continuous Monitoring System for Predictive Maintenance and Global Service Online #N/AThis paper describes a new patented system for the continuous monitoring of process parameters and mechanical equipment conditions. This system was designed specifically for cooling towers and air cooled heat exchangers, to ensure the global performance of the cooling systems and to support predictive maintenance. It is based on a network of localized smart sensors, which collects the data and converts it into a digital form, sending it to a
a function of volumetric flow
This paper presents a synopsis of several recent physical model studies and a review of recurring problems associated with common intake design features
The most recent replacements
cooling tower basins and other industrial water tanks are cleaned during facility-wide outages and involve dangerous confined space entry and lengthy procedures
Operating experience and test results from the Small Scale Test Facility and full-scale facilities at Houston Light & Power stations are presented
more advanced techniques that may be used within reuse projects are discussed within this paper
Most industrial cooling towers utilize orthophosphate
more detailed and open-minded investigations of future outbreaks
The methodology used in this project is identified along with a case history
This paper describes a twofold approach to computer modeling of lead and copper corrosion and the transport of the metals through the water distribution system
and coupons can also be used to monitor various forms of deposition and microbiological activity
A new monitoring and control process has been developed which measures active treatment components in current cooling water treatment programs
