10-14: Automated Feed of Patented Aseptrol CW Oxidizing Biocide Provides #N/AThis paper describes a new Aseptrol ClO2 delivery system that is capable of at least two months of unattended operation in small to medium size cooling systems up to 30,000 gallons in capacity. Multiple safety features have been incorporated into the feeder to significantly minimize the risk of exposure to chlorine dioxide. Results from field trials will be reported in which Aseptrol biocide was dosed into cooling systems via this feeder, allowing for
adjust a thermostat and we satisfy our comfort needs
and formation of horrendous amounts of foam until it was found that these troubles could be minimized by pre-treatment with lime
The purpose of this document is to provide general guidelines to plant owners and operators for water conservation through internal plant cooling water reuse
including a review of the many chemical additive options for different influents emphasizing simplified chemistry maintenance is discussed
4) pertinent analytical procedures
world-wide potable water plants that have used ClO2 since the 1940's for taste and odor control or
By using an electrical braking technique
When it comes to industrial cooling towers
Chemical additives to the cooling water (osmotic agent) are retained within the process
There is an expanding body of evidence that highly prevalent free-living amoebae increase both the numbers and virulence of water based
This paper provides insights into some key parameters of pschrometry
This design which may be back-fitted to existing natural draft cooling towers reduces the water loading and increases the air flow
