Kuehne + Nagel becomes the first air logistics provider to offer its customers the option to purchase Sustainable Aviation Fuel (SAF) for each shipment, reducing carbon emissions. This new add-on is available on all Kuehne+Nagel air freight quoting platforms and channels, allowing customers to choose carbon neutral transport.
With the newly launched offering, all Kuehne+Nagel customers can opt for SAF to be used instead of fossil fuel for air transport whereby airfreight services are net carbon neutral. As SAF still produces some CO2 emissions, carbon neutrality is achieved by substituting each litre of jet fuel kerosene used with 1.33 litres of SAF.
Once the customer requests a quote, the price add-on is calculated alongside all other transport charges and presented as an option. SAF pricing has been quoted on a per litre or CO2 ton avoided basis, whereas now it is linked to the actual weight of a shipment. With this new SAF option, Kuehne+Nagel calculates the SAF usage and provides a quote in the “per kg” air freight pricing basis. After the booking confirmation, the equivalent volume of SAF is credited from 12.8 million litres of SAF available to Kuehne+Nagel while the customer receives an authorised certificate confirming the emissions saving.
Yngve Ruud, Member of the Management Board of Kuehne+Nagel, responsible for Air Logistics, commented: “As part of the Net Zero Carbon programme and migration to a low carbon business model, we keep developing easy and transparent sustainable shipping options so that our customers always have a choice of how they want to minimise the environmental impact of their shipments. With the new SAF add-on now available on all quotes, our customers can quickly shift from intent to climate action.”
SAF is an effective measure to significantly reduce the environmental footprint of shipping. While the carbon lifecycle of fossil fuels is linear and results in the release of additional CO2 emissions, the carbon lifecycle of SAF is circular and allows for the reuse of waste or biomass and emissions. SAF can significantly reduce the amount of additional carbon introduced into the global carbon cycle by at least 75%.
Source: Kuehne+Nagel
