Transtherm Adiabatic Coolers Typical Applications

[@donihermawan1598]

When we use adiabatic cooling tower, what kind of water losses that are still could happen? How about evaporation losses and drift losses?

[@transthermcoolingindustrie4548]

Hi Doni,
Thanks for your question.
To fully explain, I would comment as follows:
1. The Transtherm Adiabatic System doesn’t recycle water, it is a once through cycle (water supplied from a mains supply or rainwater tanks etc., through the adiabatic system and into the air stream only). This means that there is no need for water bleed off like you would see with cooling towers or some hybrid coolers
2. As we only boost the relative humidity to circa. 85% there is no chance of plume that you would associate with cooling towers
3. The majority of adiabatic cooler installations are not overly affected by windy conditions so there is little chance of drift loss - this is because the windiest conditions tend to occur in ambient temperatures that are lower than the adiabatic trigger point. For installations where this is a concern, we offer baffles and screen filters
4. There are minimal losses when the adiabatic booster pump (a small pump within the adiabatic system that boosts mains water pressure to circa. 6 bar) energises or deenergises between cycles as water briefly drips from the nozzles