Cooling technologies, well explained
The right section if you want to know more about cooling technologies: evaporative cooling towers, adiabatic coolers, dry coolers, chillers for industrial processes. Here you will see how to manage each plant.
Is this the first time you have to deal with the cooling of your industrial plant? Or maybe do you wish to see a complete reference framework to carry out this task for your company? These guidelines will help you choose the best cooling technology for your plant's specific project needs.
Many manufacturers of open and closed circuit cooling towers, even large ones, continue to use fibreglass: Giorgio Lorenzetti explains why.
The comparison between different cooling technologies: a calculation software can now fulfill this task based on real climatic data.
Lower motor power consumption, optimal process conditions and some other advantages delivered by an inverter system on cooling equipment.
An attempt to answer this question must necessarily start from history and the origins of cooling towers.
It is not always easy to find your way around the jungle of cooling tower manufacturers as a buyer. See some advice.
Comparison of cooling tower (or evaporative tower) and adiabatic cooler: water and energy use, performance.
Low operating temperatures and high COP, even in the hottest periods. A couple of reasons to consider an adiabatic cooling system.
Here a complete guide on how to establish an optimal cooling tower water treatment (systems and tricks). What is the aim of an automatic make-up system? Which is the role of a proper chemical treatment? How to maintain the circulating water at optimal operating limits? All questions your process cooling advisor can answer.
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