To understand Amazon’s sustainability strategy, it is not enough to look at data centers.
Amazon is an AI company and a cloud company. But it is also one of the world’s largest logistics companies.
Every purchase made with a single click must still travel through a physical system. Products are stored in warehouses, sorted, packed, loaded onto trucks, transported by aircraft or ships, carried through delivery networks and left at a customer’s door.
That process creates carbon emissions, packaging waste, returns, food waste, pressure on delivery workers and a growing demand for transport infrastructure.
Amazon’s 2025 sustainability report shows that some of its most visible environmental changes are happening not in the cloud, but on the road.
The company said it operated more than 52,700 electric delivery vehicles globally in 2025, up sharply from about 31,400 in 2024. These vehicles delivered 2.4 billion packages during the year, pushing the cumulative total of packages delivered by Amazon electric vehicles since 2023 above 4.5 billion.
The scale is significant.
But it also raises a larger question.
Can the environmental impact of e-commerce be reduced simply by replacing gasoline-powered vans with electric ones?
Or does true sustainability require changing the underlying culture of faster, more frequent and more disposable consumption?
Electric Vans Are the Most Visible Part of Amazon’s Climate Strategy
Electric delivery vehicles are the most direct and understandable part of Amazon’s logistics decarbonization plan.
Delivery vans move through neighborhoods every day. Replacing internal-combustion vehicles with electric models can reduce tailpipe emissions, lower local air pollution, cut noise and reduce dependence on fuel.
Amazon said it operates about 37,400 electric delivery vans in the United States, 10,900 in Europe and 4,400 in India.
In the United States, the company has built charging infrastructure across roughly 380 delivery stations, with more than 50,500 chargers. That makes Amazon one of the largest private operators of commercial EV charging infrastructure in the country.
For a company that delivers billions of packages annually, fleet electrification is not a symbolic gesture. It is an operational necessity.
The environmental impact of final-mile delivery is especially important because last-mile transportation can be one of the most expensive and carbon-intensive parts of the e-commerce supply chain.
A package may travel efficiently by ship, rail or long-haul truck for most of its journey. But the final stage — from a local delivery station to an individual home — often requires small vehicles making many stops across dispersed neighborhoods.
Electric vans can reduce emissions from that process.
But they do not eliminate the larger environmental footprint of delivery.
Delivery Emissions Are About More Than Vehicle Fuel
The climate impact of a delivery is not determined only by what powers the van.
It also depends on where products are stored, how many boxes are used, whether items are shipped together or separately, how quickly customers demand delivery, how frequently air transport is used, how high return rates become and how efficiently vehicles are loaded.
A van running on electricity can still move through a wasteful logistics system.
Amazon is trying to address this through network optimization.
The company said that a more regionalized inventory strategy helped reduce vehicle travel in the United States by 127 million miles. By placing inventory closer to customers, Amazon says it increased the share of same-day and next-day deliveries by 38% while improving delivery efficiency.
At first, fast delivery and lower emissions may seem contradictory.
Faster delivery appears to require more warehouses, more local inventory, more vehicles and more frequent trips. But if inventory is located closer to customers, orders are consolidated and routes are optimized, rapid delivery does not always have to mean higher emissions per package.
The real question is how the system is designed.
Amazon says it avoided approximately 499 million delivery trips, 471 million boxes and 248,000 metric tons of carbon dioxide emissions in 2025 through features that encourage customers to add items to already scheduled deliveries and through bundled-delivery options such as Amazon Day.
These measures point to a broader truth.
The sustainability of e-commerce depends not only on corporate fleet decisions, but also on the defaults built into the shopping experience.
If customers are encouraged to choose immediate delivery repeatedly, efficiency gains can disappear quickly. If platforms make bundled delivery easier, more visible and more attractive, the environmental cost of convenience can be reduced.
In e-commerce, sustainability is partly a design problem.
The platform decides what it makes easy.
Packaging Is Becoming a Bigger Battlefield
Packaging is another major part of Amazon’s sustainability strategy.
In 2025, Amazon said it retrofitted automated packaging machines in North America to produce paper-based alternatives, avoiding more than 288 million single-use plastic bags.
The company said 73% of packaging in North America was recyclable through household recycling systems, up from 63% in 2024.
Since 2020, Amazon says it has reduced 223,616 metric tons of single-use plastic packaging globally.
It also said that since 2015, lighter and better-fitted packaging in North America and Europe has avoided the use of 5.4 million metric tons of packaging material.
Amazon’s packaging strategy can be summarized in four ideas.
First, avoid packaging where possible.
Second, optimize package size to fit the product.
Third, transition from plastic toward paper-based and recyclable materials.
Fourth, use automation and new materials to improve the system further.
The company is also using AI in this process.
Amazon says it operates AI models that analyze product shape, breakability, customer feedback and shipping conditions to recommend packaging for millions of product combinations. The goal is not only to make boxes smaller. It is to find the point at which materials are minimized without increasing product damage.
This matters because damaged goods create their own environmental costs. A broken item may need to be returned, repackaged, replaced and shipped again.
Still, paper packaging is not automatically sustainable simply because it is not plastic.
Paper requires raw materials, manufacturing, transportation and recycling infrastructure. If online shopping continues to expand, total packaging volume can keep rising even if every individual package becomes lighter or more recyclable.
The more important question is not whether plastic is replaced by paper.
It is whether unnecessary packaging is eliminated altogether.
Shipping Products in Their Original Packaging
Amazon is expanding a program designed to reduce the need for additional packaging.
Under the initiative, products are delivered in their original manufacturer packaging without extra Amazon boxes or bags. In 2025, Amazon said 11% of global deliveries were shipped this way.
Since 2020, more than 7.9 billion products in North America and Europe have been delivered without added Amazon packaging, according to the company.
This is one of the clearest examples of a sustainability strategy based on avoidance rather than substitution.
Replacing a plastic bag with a paper bag may reduce one type of waste. But shipping a product without any additional packaging can reduce material use more fundamentally.
The challenge is that not every product can be shipped this way.
Some items need extra protection. Others contain sensitive personal information or need secure packaging. Some products are too fragile, irregularly shaped or difficult to handle without additional materials.
But the principle remains important.
The cleanest package is often the package that was never added.
Returns Are Part of the Environmental Cost of Convenience
Returns are another critical part of e-commerce sustainability.
Online shopping makes it easy to order multiple sizes, colors or styles, then send unwanted items back. This is convenient for customers, but it can create a large environmental burden.
Returned products may need to be shipped again, inspected, repackaged, discounted, resold, donated, repaired, recycled or discarded.
Amazon said that in 2025, its product lifecycle-support programs prevented 6.4 million returns. The company also said it expanded efforts to resell, donate, repair and recycle returned products.
Among inventory from independent sellers, Amazon said it resold or donated 529 million items. It also said that 216 million products were donated globally or had their donation supported through Amazon programs.
These initiatives matter because sustainability cannot end at the moment of delivery.
A product’s environmental impact includes what happens after the customer receives it. If a returned item can be resold or donated rather than destroyed, the company may prevent waste and extend the life of the product.
But there are limits.
The more frictionless returns become, the more likely consumers may be to over-order. A return system that is convenient for customers can unintentionally normalize wasteful purchasing behavior.
This is one of the difficult tensions at the center of e-commerce.
The same service feature that improves customer experience can increase the environmental cost of shopping.
The Circular Economy Extends to Data Centers Too
Amazon is applying similar ideas to its data-center hardware.
The company said it had avoided the purchase of more than one million new hard drives since 2023 by consolidating and reusing functional drives from retired equipment.
Since 2020, Amazon says its reuse and resale of data-center equipment has avoided about 225,000 metric tons of carbon dioxide emissions.
This is important because the environmental cost of AI and cloud infrastructure is not limited to electricity and water.
AI systems require servers, chips, hard drives, networking equipment, cooling systems, batteries and other physical hardware. The more AI infrastructure expands, the more important it becomes to extend the useful life of these components and recover materials at the end of their use.
The environmental footprint of AI is connected to the same material systems as e-commerce.
Servers, semiconductors, vehicles, packaging, warehouse equipment and delivery infrastructure all depend on physical resources.
A sustainable technology company cannot focus only on software efficiency. It must also consider the life cycle of the hardware that makes that software possible.
Waste Is Falling Per Delivery — but the Total System Is Still Growing
Amazon said it reduced waste per shipment by 5% in 2025. The company also said that 84% of its waste was diverted from landfill or incineration without energy recovery through recycling, composting or energy-recovery pathways.
These figures suggest real progress.
But the broader question remains unresolved.
Can a business model built around sending more products, more frequently, more quickly and across greater distances ever become fully sustainable?
Electric vehicles, route optimization, packaging reduction, return resale and waste diversion are all necessary steps. They reduce the environmental damage associated with each individual transaction.
But if total consumption continues to rise faster than efficiency improves, those measures may slow environmental costs without eliminating them.
That is the central challenge facing Amazon.
The company’s sustainability strategy is not only a technical problem of cleaner vans, smaller boxes and smarter logistics. It is also a question about the future of consumption.
Is sustainability simply about enabling more consumption with fewer resources?
Or does it require changing the speed, scale and habits of consumption itself?
Amazon has not fully answered that question.
But the company’s fleet of more than 52,700 electric delivery vans is a symbol of an important transition.
It shows that logistics can be cleaner.
The deeper transformation will begin only when the system those vehicles serve becomes less wasteful as well.
