23-15: Lab Evaluation of Fill Component FlammabilityThis paper explores the plausibility of an intermediate scale, cost effective product test method for cooling tower fill media. The work further investigates the test method presented in CTI TP17 15, Novel Methods for Characterizing Ignitability of Cooling Tower Polymer Fill Products, simulating hot work above the fill media via a heated metal plate. A matrix of products with varying geometry, composition, and thickness were tested. Several variables

A new all-organic closed loop corrosion inhibitor has been developed that can replace the traditional Molybdate/Nitrite products

and supporting test data from Alden Research Laboratories

This sensor is superior to currently available technologies that either utilize automated wet chemical methods or measure product levels indirectly

ASHRAE Standard 188-2015 established minimum legionellosis requirements for building water systems

To compare existing treatments to proposed treatments

The units have a projected power of 200 MW

tube vibration and wall-proximity

which previously were considered economically unattractive

This paper reviews the operating principles and advances that have been made in oil mist lubrication for electric motors and purcing gearboxes

the calculated results are accordance with tested values at site

A heat recovery system is utilized between cooling tower discharge and intake to pre-cool warm and dry entering air to reduce its wet bulb temperature

This filter type also accumulates particles of high specific gravity within its housing causing the eventual costly replacement of its media