Heat recovery systems usually are seen placed on top of the buildings with their pipes drawn down so that they can suck out the stale air and replace it fresher warmer air. The functionality is very similar to ventilators with the difference being that these recovery systems not just vent out but replace the air too.
When you think of getting a heat recovery system installed, there will be plenty of options that you can actually choose from. Let us take a look at some of the most common types of heat recovery systems and a bit of detail on what they actually do.
If space is not an issue, then you can certainly have this type installed in your building. This type of recovery system is not only the largest but also most efficient in all the different types you have available. It uses two huge wheels, each one attached to an array of honeycomb. One wheel is responsible for drawing in stale air,and other one takes in air from the outside to have it replaced by. Since the wheels are rotating in opposite directions, the exchange is possible and ever so efficient.
Although this system is not as efficient as the wheel recovery system, it is certainly more popular.This is because it can be installed in a smaller area and can work on a smaller scale too. As the name suggests, this system makes use of plates instead of wheels which can be made either from plastic or metal and are arranged in parallel to each other. This system uses the theory of exchange to allow an exchange of heat and energy between the extracted and passing air. The plates need to be thin to make the conduction process efficient. However, even at its best, this recovery system only gives an output of 70%.
If you are looking for a heat recovery solution which would require theleast amount of maintenance down the line, then this solution will stand perfect for you. However, this system has a limitation. It can only be used when the air is being handled onlyby one system. The vertical pipes make use of the evaporation process taking place at the refrigerant totransfer the heat while the horizontal lines are responsible for distributing the refrigerant equally in all the sections. When it comes to efficiency, the vertical plates tend to be 25% more efficient than horizontal pipes which are only 50% efficient.
These are just some of the many types of heat recovery systems that you can find around you. However, it is not definitive for them to be perfectly suitable for your work conditions. Therefore, what you need are tailor-made solutions that are designed keeping your work nature and theenvironment in mind. For more information on how you can make that happen, click on this link today: http://www.integratedair.co.uk/heat-recovery/
This UK-based company is best at providing you with the most optimal integrated air systems for your industries.