Decarbonization

We've developed a precise, objective metric to compare the CO2 footprint of temperature-controlled containers, focusing solely on weight per cubic meter of load, addressing Life Cycle Assessment challenges.

Download the white paper
Plan Image
Sustainable
Solid
Safe
Secure
Light
Reliable
Smart
Redundant
Sustainable
Light
Secure
Smart
Sustainable
Solid
Safe

We are using a new metric to assess the sustainability of
Temperature-Controlled Containers.

CO2 Emission per m3 of available load for one flight Frankfurt-Hong Kong return

CO2 Emission per m3 of available load for one flight Frankfurt-Hong Kong return

Calculation based on https://geodis.com/

The container of Swiss Airtainer (Size : RKN)  is the most sustainable, emitting the lowest CO2 per m3 of available load.

Numerous LCA studies underline that 98 % of the CO2 footprint of any reusable temperature-controlled container is solely due to the weight of the container.

Feature Icon
National-wide carrier network
Feature Icon
Fully featured logistics software
Our Value Icon
Exception tracking & live support

CO2 emissions

of a temperature controlled container are split in the following way

1%

Raw Materials

98%

Aircraft Emissions

1%

Disposal,
Recycling

Download the white paper on the new metric

The Swiss Airtainer white paper introduces an innovative sustainability metric for temperature-controlled containers, emphasizing tare weight as a key indicator for evaluating environmental impact, and encouraging more transparent sustainability practices in logistics.

Download the white paper