Thoughtful delivery service

Easy 30 day returns

Certified Reviews

Description

93-05: Chemical Approaches to Zero Blowdown OperationComplying with increasingly stringent water discharge limitations has forced a re examination of current cooling water treatment practices. Plants faced with severe effluent restrictions have looked to high cycle or zero blowdown is discussed in light of current phosphonate polymer technology and a newly developed non phosphorus scale control additive. Experiences with treatment programs operating with (pH 7. 5 8. 0) and without (pH 8. 8 9. 2) pH

(CMIT) and 2-Methyl-4-Isothisazolin-3-one (MIT) with a high-performance

Paper describes a data acquisition/monitoring system that provides multiple levels of icing alarm for a crossflow mechanical draft-cooling tower

drift requirements as low as

troubleshoot and optimize the cooling system operation

If the enhanced cooling tower is operated as an evaporative chiller that can completely displace refrigeration equipment

Because of the specialized nature of chemical water treatment knowledge

fungi and biofilms in industrial water systems

the Florida Department of Community Affairs and the International Code Council (ICC) has issued new and improved stringent regulations to the Florida Building Code

Recent practical applications of reuse of industrial waste streams as cooling tower make-up will be presented

The differences between various eliminator configurations highlight the benefits of new technology and theory applied to drift eliminators to achieve the best performance and lower pressure drop

and (c) and the lack of Legacy Knowledge with respect to the system operation and maintenance practices

The concentration of water treatment chemical was controlled by manually adjusting the delivery rate of a metering pump by timing the drawdown using a calibration cylinder valved into the pump suction

Exchange/Return Notes