Q. What is the difference between complete and incomplete ventilation?
Doctor Answer is medically reviewed by SecondMedic medical review team.
The difference between complete and incomplete ventilation lies in the type of air exchange taking place. Complete ventilation involves the full exchange of air inside a building with air from outside, while incomplete ventilation only involves exchanging part of the interior air with outdoor air. In short, complete ventilation replaces all the indoor air with new outdoor air, while incomplete ventilation mixes some fresh outdoor atmosphere into stale interior atmosphere.
Complete ventilation is often found in office buildings and residential homes, as it helps to continuously remove pollutants from indoor spaces. It also helps to ensure that a healthy level of oxygen is maintained for occupants throughout the day. As a result, it can improve productivity levels and reduce fatigue among workers due to better-quality air circulation inside an enclosed area or building.
Incomplete or spot ventilating systems are often employed when fresh exterior airflow cannot be supplied evenly over an entire space or building but rather just at one point of entry (e.g., an open window). While they are not as effective at improving overall indoor quality compared to complete systems, they still make use of natural convection currents that cycle polluted indoor atmosphere out through windows or vents in order to achieve some level of additional aeration indoors. This form ofventilation is commonly used when multiple rooms need different amounts of fresh external breathable hours depending on their needs and activities taking place within them (i.e., cooking vs sleeping for example).
Overall, appropriate choice between these two types will depend on specific requirements such as size/type/functionalityof space being discussed but ultimately should always aim at achieving maximum possible health benefitfor occupants by ensuring sufficient quantitiesof clean externalairare availableatall times soas toprovide optimal breathing conditions indoors duringoccupancy periods!