Yearly Archives: 2025

Dry Cooling Tower

Dry cooling towers operate on the principles of sensible heat transfer — no phase change (like evaporation) occurs. The hot process fluid loses its thermal energy via conduction to metal fins, and then via convection to the moving air. The performance depends on: Unlike wet towers that achieve cooling by exploiting latent heat of vaporization,...

Evaporative Cooling Tower

Evaporative cooling towers are nature-inspired engineering marvels that cool water by harnessing the power of evaporation. Unlike conventional closed-loop chillers, these towers work on the principle of heat rejection through water evaporation, making them highly efficient and eco-friendly for large-scale industrial applications. How It Works — A...

Steam Condenser

Steam condensers is a closed vessel used in steam power plants where exhaust steam from turbines is condensed into water (called condensate) by removing its latent heat using a cooling medium, usually cold water or air. This conversion plays a vital role in enhancing the overall efficiency of the power cycle and facilitates the reuse […]

Fin Fan Cooler

Fin Fan Coolers (FFCs)—also known as Air-Cooled Heat Exchangers (ACHEs)—step in as an intelligent, eco-conscious alternative to traditional water-based cooling systems. These dry cooling systems are engineered to use ambient air, drawn by large axial fans, to dissipate heat from process fluids that circulate within finned tube bundles. In...

Air Blast Cooling

Air Blast Cooling is a type of dry cooling method where ambient air is used to remove heat from equipment, fluids, or surfaces. It utilizes high-velocity air blown over heated surfaces, finned tubes, or coils to lower temperatures effectively. Unlike water cooling, this method doesn’t rely on a liquid medium to transfer heat but uses […]
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