Kuehne+Nagel will use sustainable aviation fuel (SAF) to reduce emissions from air freight shipments it handles for Google Cloud, extending the logistics group's corporate SAF book-and-claim model to one of its largest technology customers.

The agreement makes Google Cloud the latest multinational to underwrite SAF volumes through Kuehne+Nagel's air freight emissions-reduction program, in which shippers pay the cost differential for renewable fuel that carriers blend into their operations. The forwarder allocates the associated emissions reductions to the customer's freight footprint while the physical fuel enters airline supply chains elsewhere in the network.

What does the deal cover?

The arrangement applies to Google Cloud's air freight shipments moved by Kuehne+Nagel — cargo that typically includes data center hardware and network equipment essential to building out cloud infrastructure. Under book-and-claim structures, customers do not receive fuel dedicated to their specific flights; instead, their purchases fund SAF volumes delivered to airlines, and audited certificates record the attributed CO2 reductions.

SAF remains several times more expensive than conventional Jet A-1 and accounts for well under one percent of global jet fuel consumption, which limits the scale of emissions cuts corporate buyers can achieve today. Deals of this kind function primarily as demand signals to producers and as interim steps toward air cargo customers' net-zero commitments.

Why does it matter for air cargo?

Technology companies have become significant air freight customers as they race to provision AI and cloud capacity, and that cargo is emissions-intensive when moved by air rather than sea. Freight forwarders, sitting between shippers and airlines, have positioned themselves as the aggregators that pool corporate SAF demand into volumes large enough for carriers and fuel suppliers to transact against.

Kuehne+Nagel has built its program on exactly that intermediation role, converting individual shipper commitments into aggregated SAF purchases across its airline partnerships. The Google Cloud agreement demonstrates that hyperscale cloud providers — with hard corporate climate targets and heavy air freight dependence — are the natural anchor tenants for such schemes.

The structural constraint remains supply. Until SAF production capacity expands under mandates such as ReFuelEU Aviation and equivalent regimes elsewhere, corporate purchases will cut emissions at the margins rather than transform air cargo's carbon footprint.

For Google Cloud, the deal provides auditable reductions attributable to its logistics chain ahead of tightening disclosure requirements. For Kuehne+Nagel, it deepens a revenue line tied to sustainability services rather than freight volume alone.

Further corporate SAF commitments from large air cargo shippers are likely as regulators tighten emissions reporting and as cloud infrastructure buildouts keep technology cargo growth outpacing other freight sectors.