As sustainability pressure intensifies across global fashion supply chains, Shein is scaling its use of sustainable aviation fuel through a new partnership with DHL, signaling a broader shift in how e-commerce players approach logistics emissions without slowing delivery speed.
Shein has entered an agreement with DHL to use the company’s GoGreen Plus service, integrating sustainable aviation fuel (SAF) into its air cargo operations. The move builds on a series of pilot initiatives and reflects a wider effort to reduce emissions tied to fast-growing cross-border e-commerce volumes.
The agreement comes at a time when fashion retailers are facing closer scrutiny over environmental impact, particularly in logistics-heavy models reliant on air freight. Companies that fail to demonstrate measurable progress are increasingly exposed to reputational and financial pressure, as sustainability metrics become embedded in purchasing decisions.
E-Commerce Growth Is Reframing Sustainability Expectations
Shein’s model, built around rapid product cycles and global distribution, relies heavily on efficient logistics. The company serves customers in more than 150 countries and operates through a digital-first platform designed to meet rising demand for speed and accessibility in online retail.
That demand continues to expand. According to DHL’s 2025 E-Commerce Trends Report, half of global shoppers now purchase online at least weekly, while 90% use smartphones as a primary shopping channel. At the same time, expectations around delivery speed and cost remain high, with consumers willing to switch platforms if service levels fall short.
Sustainability is becoming a parallel filter in those decisions. One in three shoppers have abandoned purchases due to environmental concerns, with younger consumers placing greater emphasis on how products are sourced and delivered. For digital-native retailers, where brand interaction is largely virtual, transparency in sustainability reporting has become a proxy for trust.
Shein’s adoption of SAF through DHL’s network is designed to address that intersection, maintaining delivery performance while lowering the carbon intensity of transport. The GoGreen Plus service introduces SAF into DHL’s aviation fuel mix, allowing participating customers to account for emissions reductions using recognized certification and reporting standards.
SAF Adoption Moves From Pilot to Network-Level Integration
SAF is produced from renewable feedstocks such as used oils, agricultural residues, and waste materials, and can reduce lifecycle greenhouse gas emissions by up to 80% compared to conventional jet fuel. Within DHL’s system, emissions savings are allocated to customers based on audited methodologies, enabling them to incorporate reductions into formal disclosures.
For DHL, the partnership reinforces a broader push to decarbonize logistics services while scaling customer participation. “DHL is a pioneer in sustainable logistics,” said John Pearson, noting that agreements such as this are intended to accelerate the transition within air cargo networks.
Shein has been building toward this step through earlier pilots and partnerships. In 2025, it signed a memorandum of understanding with Lufthansa Cargo and conducted SAF trials across 14 charter flights with Atlas Air, achieving an estimated emissions reduction of 579.1 metric tons of CO₂ equivalent.
The company has also joined the World Economic Forum’s Green Fuel Forward initiative, aimed at strengthening SAF adoption across Asia-Pacific by aligning demand signals and industry collaboration. These efforts reflect a growing recognition that SAF supply remains constrained, and scaling adoption depends as much on coordinated demand as on production capacity.
According to Mustan Lalani, partnerships with logistics providers are central to understanding how SAF can be integrated at scale within air cargo operations, particularly as companies evaluate both emissions impact and cost feasibility.
Where SAF Fits in the Economics of Fast Logistics
SAF adoption is still constrained by supply and cost, which means it cannot scale uniformly across all lanes or shipments in the near term. What is changing is how companies decide where to use it. Instead of broad commitments, leading operators are beginning to concentrate SAF on high-frequency, high-visibility routes where emissions reductions can be measured, reported, and tied to commercial outcomes. That shift introduces a more selective, data-driven approach to decarbonization, one that treats fuel choice as part of network optimization rather than a blanket sustainability measure.
