Airforte Aero 1100 OD for removal of H2S (the killer gas), NH3, CH4 and odours
The Aero 1100 OD is designed for removal of odours and harmful gases at the source, or within the exhaust air. As a result of reducing the h3S gas at a location, corrosion is also reduced significantly. Using the system in indoor locations results in a healthier environment for the workers. When the odour/gas emission is reduced at the source, the result is the exhaust air is also much cleaner.
The Aero 1100 OD can also be installed directly into the exhaust air flow. This is usually done to prevent harmful gases/odours from entering the environment.
The units can also be installed and combined together with odour removal technologies such as active carbon filters, for example. This combined solution offers additional benefits such as less carbon needed, and longer maintenance-free periods (the reactive gas created by the Aero 1100 OD has a regenerative effect on the carbon).
Sewage water plants
Sewage water plants
How You Will Benefit:
- No harmful waste created
- Very low operating costs:
- Minimal annual maintenance requirements
- Low energy consumption
- Easy to install, regardless of whether installation is in existing or new buildings
- Continuous 24/7 disinfection of the location
To work most efficiently, the Aero 1100 module should be installed close to the source of the problem – we suggest either on the wall or ceiling.
How it works
|Air passing through the UV-light is charged with a massive amount of negative ions. Additional ions are created by ioniser cassettes. Together with a small concentration of ozone, these ions produce extremely reactive hydroxyl radicals. The process begins with oxygen molecules being negatively charged in a photochemical reaction and receiving a free electron to form superoxide anions.|
|The formed superoxide anions react further with humidity producing oxygen, perhydroxyl radicals and hydroxyl radicals. Hydroxyl radicals oxidize organic molecules.|
|Additionally, due to the UV-light reaction, hydroxyl anions (OH-) and hydroxyl radicals are created, which are both very antiseptic.|