TP26-20 Cooling Towers 2026: Where Sustainability Meets Profitability Energy Evaluation

TP26-20 Cooling Towers 2026: Where Sustainability Meets Profitability Energy EvaluationFor decades, industrial cooling has been trapped in a paradox: Sustainability goals demand water and chemical reductions, while operations teams worry about cost and reliability. This paper demonstrates how facilities can resolve that paradox with non disruptive water treatment innovations that lower costs, improve efficiency, and align with Environmental, Social, and Governance (ESG) mandates. By combining proven case studies with Return on

Fan total efficiencies as calculated by the CTI Field Test Handbook (Chapter 5

rates in cooling water systems a

Calculation is an area that has seen much change

The authors explain how overlooked installation processes may have a substantial negative impact on maintenance expenditure and system reliability

the need for local repairs

the low noise demands had an impact on the selection on all other equipment like E-mothers and gearboxes

No data existed for pultruded Fiberglass Reinforced Plastic (FRP)

Longer exposure studies were conducted in an industrial operation setting

and air volume flow rate coming out of a tower

as well as the ignition characteristics with respect to cooling towers in real world scenarios outside of a laboratory

Initial performance modeling predicts potential cold water temperatures well below ambient wet bulb

Throughout this history