Ventilation

Opening doors so a natural mix of open air occurs in the container. Is applied in a number of specific gases and vapours, for instance CO, CO2, and O2.

Advantages:
– Efficient

Disadvantages:
– Not very effective in case of product evaporation
– Chance of damaging product if the weather changes
– Chance of theft
– Cannot be applied everywhere

By using ventilators and creating transport of air in the container.

Advantages:
– A large amount of air is transported in a relatively short time
– Safe
– No emission, due to the use of carbon filters

Disadvantages:
– Cost increasing

Introducing a large amount of air in the container

Advantages:
– A large amount of air is transported in a relatively short time
– Safe

Disadvantages:
– If the container is fully loaded with boxes, this is not very effective
– Doors of the container must be opened
– Original seal must be broken

Creating underpressure in the container where fresh air is sucked in via, among others, air vents

Advantages:
– A large amount of air is transported in a relatively short time
– Safe
– Original seal must be broken

Disadvantages:
– Doors of the container must be opened
– Original seal must be broken

Creating underpressure in the container where fresh air is sucked in via air vents

Advantages:
– Doors of the container do not need to be opened
– Safe
– Original seal remains intact

Disadvantages:
– Not always effective in view of the limited air capacity