TP15-20: Improve System Performance and Reduce System Corrosivity Using a Novel Biocide for Cooling Towers Corrosion

TP15-20: Improve System Performance and Reduce System Corrosivity Using a Novel Biocide for Cooling Towers CorrosionTraditional treatment programs for recirculating systems using strong oxidizing biocides often result in elevated general corrosion rates. A novel, mild oxidizing biocide system that provides superior microbial control of cooling systems at considerably lower corrosivity has been introduced. The novel biocide is produced on site using dedicated feed equipment to convert a strong oxidizer, sodium hypochlorite, into a mild oxidizer that selectively

Abstract: A safe

some state and local authorities have directed their attention to restricting and

Details of the design and installation of the replacement plastic fill system will be shown and their effect on the performance of the tower will be described

Its properties are quite suitable for the wet cooling environment

but methods to do so require careful planning and selection

or where thermal loads have been excessive for the receiving body of water

hydrogen peroxide

This paper discusses the performance of a new innovation for the measurement and control of polymeric dispersants used in cooling water systems and the advance moves in the industry towards the inevitable desire and efficiency of the direct measurement of functional treatment chemistries for the control and optimization of scale

In the first phase

and changes in fan characteristics

you must be cautious of the supplier you choose for your drive system critical components

Counterflow Film Fill Media was tested in a laboratory created environment that encouraged rapid fouling