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.
With this paper, MITA Cooling Technologies intends to share actual operating data from a transcritical cycle CO2 plant in which Alchemist has been included. Alchemist is the adiabatic CO2 sub-cooler (MITA patent 17194148.7) designed and marketed by MITA.
Cogeneration and Trigeneration Plants: Energy Efficiency with Evaporative Towers, Dry coolers and Adiabatic Coolers.
The EU Commission has set a goal of achieving climate parity in 2050: cooling technologies can contribute.
“There is no best cooler in absolute terms”, says the wise cooling advisor: this means that not always a closed-circuit
The quality of the water to be cooled significantly affects both the choice of constructive materials and fill pack material.
The comparison between different cooling technologies: a calculation software can now fulfill this task based on real climatic data.
How evaporative cooling towers work, performance, internal components, industrial and HVAC applications. Water maintenance and treatment.
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.
It is not always easy to find your way around the jungle of cooling tower manufacturers as a buyer. See some advice.
Low operating temperatures and high COP, even in the hottest periods. A couple of reasons to consider an adiabatic cooling system.
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