19-07: High Efficiency Heat Exchanger for Ice Energy Storage and Beyond Testing

19-07: High Efficiency Heat Exchanger for Ice Energy Storage and Beyond TestingFreezing ice on coils is a slow and transient process that hinders the deployment of ice thermal energy storage systems for large commercial buildings. Here, we share observations of a novel interfacial phenomenon that was used to engineer an ice phobic heat exchanger. Water drops that were frozen on the ice phobic surface demonstrated extremely low interfacial adhesion, allowing the frozen drops to be shed off by body forces alone. Heat transfer

This paper describes the fundamental characteristics of point sourced vs

April 1992 / July 1994

Last years

In areas where water conservation

One important aspect of drift performance is the pressure loss characteristic of a drift eliminator and the difference between dry and wet measurements

we are living in a material world where the right material choices can provide long-term payoffs

air leakage

Cooling tower emission rates are usually presented as a Drift Fraction which is defined as the ration of the water exiting the tower as drift divided by the circulating water flow rate

The test report is described

and permit its recovery in a form suitable for reuse as a corrosion inhibitor

and lighting

Proper polymer monitoring allows one to understand true demand factors versus other artifacts that might negatively impact control