The system was developed based on a GC-type reactor. It is the MOR reactor (Microwave Oxidation Reactor).

Using the reactor characteristics, SMALL_AIR focuses on purifying gases from harmful compounds and dusts, such as CnHm, CO, or SO₂, among others, while reducing CO₂ and NOx emissions.

The system was developed based on a GC-type reactor. It is the MTR reactor (Microwave Thermal Reactor).

Using the reactor characteristics, SMALL_SMELL focuses on treating flue gases from noxious odors, emitted at sites such as waste-water treatment plants, poultry and cattle farms, asphalt and bitumen plants, biogas plants, etc.

The system was developed based on an SU-type reactor. It is the MUR reactor (Microwave Utilizing Reactor), also referred to as a “rotating drum”.

SMALL_WASTE creates a complete MTL (Microwave Thermal Line) process line, enabling the physical disposal of solids, making it possible to reduce up to 99% of their mass.

The system works well in places that generate or store large amounts of waste that need to be disposed of, such as hospitals (medical waste), tire dumps, or industrial plants operating under a “no waste” policy.

Both solutions allow us to see how microwave treatment affects the gases or solid waste present at the facilities of a potential client.

In the case of TEST_FILTER, a small reactor is used that combines the capabilities of MTO and MTR reactors – i.e. GC-type reactors that enable the purification of gases from nuisance compounds and odors.

TEST_DRUM, on the other hand, is a small SU-type rector, i.e. “rotating drum”, designed to treat solid waste.