Cooling towers are commonly used in the supply chain for cooling systems. It essentially works as a gas cooling system that uses a gas-water mixture and air. It is still an evolving technology. The next generation cooling towers are expected to be hybrid systems that will leverage solar power and storage, and further reduce overall operating cost.
Cooling Towers Do Not Work On Ozone
Ozone is the precursor of harmful substances such as carbon dioxide and nitric oxide. These substances are known to make ozone more reactive by removing hydrogen and oxygen, which react with ozone to create ozone. The net effect is that ozone is eventually formed. Ozone is a good thing in low doses and is recognized as a beneficial air pollutant. However, when ozone becomes a public health threat, it can be extremely harmful. That’s where cooling towers come in.
When an ozone-sensitive process is operated, cooling towers are used to remove the excess oxygen and remove the excess ozone. It is safe to say that cooling towers have saved millions of lives due to ozone-protection, compared to how big the negative health impacts of ozone pollution are.
Hybrid Cooling Towers Have Potential
It is not clear if the introduction of hybrid cooling towers will reduce the net amount of greenhouse gases produced. But hybrid cooling towers have great potential to reduce the amount of energy consumed by cooling towers. In fact, using a hybrid cooling tower makes a lot of economic sense. For instance, in a cooling tower that uses low energy, electricity used is approximately 60-70% of the energy cost of cooling. A hybrid cooling tower, if put to use, has the potential to use 70-75% of the energy cost. However, the hybrid cooling tower also provides advantages in terms of keeping the natural environmental.
Hybrid cooling towers can also improve process efficiency. Hybrid cooling towers have potential to increase the efficiency of cooling by reducing the need to stop or change operation. It is a welcome improvement that can lead to significant savings in energy usage.
A hybrid cooling tower can take advantage of renewable energy sources. Wind power, solar energy, and bio-gas can all be used. However, these renewable energies can only be used as a cooling source. This is a trade-off for future development. The benefit of hybrid cooling towers is that they can be used as cooling facilities. By combining the cooling from renewable energy sources with cooling from a hybrid cooling tower, you can save significantly on both costs and the amount of energy that is consumed.Overall, a hybrid cooling tower can be a great addition to the industry, which is why sourcing cooling tower parts requires of the maintenance team to have some knowledge of the initial design of the specific system. However, there is still potential for cooling towers to be greener and have the potential to be greener. It is still early in the development of cooling towers and there is still a lot to be done.