In 2025, the Chinese government paid its citizens to trade in their old technology. Not through a small pilot program or a limited voucher experiment. Through a nationwide subsidy system backed by $42 billion in treasury bonds that generated $370 billion in sales.
The European Union collects and recycles nearly 43% of its electronic waste with France requiring every electronics manufacturer to display a repairability score on products sold in the country. One in five smartphones actively used in France today were purchased secondhand.
Now let's look at home; In the United States, we recycle about 15% of our e-waste. We have no laws governing electronics recycling or trade-ins (at a federal level), and nearly a third of American consumers say they would never buy a refurbished product because they assume something must be wrong with it. The rest of the world has figured out that keeping technology in use longer is good economics, good environmental policy, and good business. Why haven't we caught up?
This article walks through what other countries are doing, why it is working, and what it means for you if you buy, manage, or budget for any modern hardware in the U.S. today. The same forces reshaping the consumer electronics market in China and Europe are already reshaping the enterprise hardware market here. Staying neutral on the subject, let's look at some numbers.
China's $370 Billion Experiment
In late 2024, China launched what would become the largest technology trade-in program in history. The concept was pretty straightforward. The government would pay consumers a subsidy when they traded in an old device and purchased a new one. It started with refrigerators, washing machines, televisions, and even water heaters being traded in. Once stage one worked, computers, smartphones, tablets, and smartwatches all eventually qualified.
The mechanics were simple for the buyer. Walk into a store. Hand over your old appliance or device. The government covers up to 15% of the new product’s price, capped at the equivalent of about $213 for home appliances and about $70 for mobile products sent directly to the consumer. We don’t have numbers for the end of 2024 but in 2025 the government doubled down; putting up $42 billion in ultra-long treasury bonds to fund the program, doubling the allocation from the year before.
According to China’s Ministry of Commerce, the trade-in program drove $370 billion in consumer goods sales during 2025. Supposedly more than 360 million people took the deal. The numbers, broken down, included 129 million home appliances, 91 million digital products, 11.5 million automobiles, and 12.5 million electric bicycles.
As of April 12, 2026, the scheme had already generated $74 billion in sales with digital and smart products alone accounting for 41 million units.
This is not a small government experiment. It is a deliberate, multi-year, centrally funded strategy to build a national habit of trading in old technology for new. State funded or not, every device traded in enters a recovery pipeline where materials get recycled, components get refurbished, and products re-enter the market.
China’s e-waste recycling market alone was valued at $4.83 billion in 2024, and analysts project it will reach $21.46 billion by 2035. The government’s trade-in subsidies feed that pipeline directly. When you pay or benefit people to trade in, you create supply for an entire refurbishment and recycling ecosystem.
Europe's Strategy: Regulations
The EU’s Waste Electrical and Electronic Equipment Directive (the WEEE Directive) has been in force for more than 20 years. It requires manufacturers to take financial responsibility for collecting, transporting, and recycling the products they sell at end of life. Every EU member state must hit collection targets.
The result? Back in 2022, Europe achieved a 42% formally documented e-waste collection and recycling rate. That is the highest of any region on the planet. In that same year, 14.4 million tonnes of electrical and electronic equipment were placed on the EU market, and 5 million tonnes of e-waste were properly collected.
Even with those numbers, the EU is not satisfied. In July 2025, the European Commission published an evaluation of the WEEE Directive that found the system has not fully achieved its goals because nearly half of generated tech in the EU still goes uncollected. It doesn’t help that less than 1 in 4 recycling facilities meet the new high-quality (regulated) treatment standards. The Commission is now revising the directive as part of its broader Circular Economy Act, with plans to tighten requirements for collection, treatment standards, and critical raw material recovery.
The French Model
France took a different approach to changing consumer behavior. In January 2021, the country began requiring manufacturers to display a repairability index (the indice de réparabilité) on electronics sold in France. It’s simple, the score runs from 0 to 10 and tells consumers how easy a product is to repair based on factors like documentation availability, ease of disassembly, spare part availability, and spare part pricing.
The goal was to push the repair rate for electronics from 40% to 60% by giving buyers better information at the point of sale. The logic was that if you know a product is repairable, you are more likely to fix it instead of replacing it. And if you know a product was designed to be repaired, you are more likely to trust a refurbished version of it as well.
The results speak for themselves. In 2025 Recommerce and Kantar Barometer tracked secondhand mobile phone use across 13 European countries. France lead the charge with 22% of smartphones in use now being secondhand. Not only that, more than half of French consumers said they would consider buying a refurbished smartphone. Among younger consumers under 34, that figure jumps to 60%. And ON TOP of all of those figures, 60% of parents surveyed had already purchased a refurbished smartphone for their children.
Between 2017 and 2023, sales of refurbished smartphones in France rose by 136% with the French refurbished market alone surpassing 7 billion euros in 2023.
France did not achieve this by paying people to trade in or forcing regulation on corporations. It achieved it by making information transparent and building trust at checkout. When buyers can see a repairability score, they start thinking about product lifecycles instead of just sticker prices. That mental shift opens the door to refurbished.
The American Gap
Now let’s look at the what's been happening at home.
According to the EPA, the U.S. recycling rate for e-waste was less than 15% in 2023 with the country generating more than 6.9 million tons of e-waste by 2022 and on track to produce 9 million tons per year by 2030. That puts America close but still below the global average recycling rate of 22.3% and nowhere near Europe’s new regulated 42.8%.
The structural reason is fairly straightforward; both consumers and companies are only recently finding value in trade in tech while the United States does not have any federal law addressing e-waste. There is no national equivalent to the EU’s WEEE Directive meaning little funding of recycling programs. We have no required repairability index (we see you IfixIT). Twenty-seven states have passed some form of e-waste legislation, but the rules vary widely and enforcement is pretty inconsistent. The rest of the country has no specific e-waste laws at all.
The EPA developed a National Strategy for Electronics Stewardship back in 2011, but it is a policy framework rather than enforceable law. Participation by industry is entirely voluntary, although encouraged. The federal approach relies on public-private partnerships and state action to make meaningful local changes.
The cultural gap seems just as wide. Global Growth Insights found that nearly 30% of consumers remain reluctant to purchase refurbished electronics due to fears of hidden defects and shorter lifespans. A separate 2026 study published by Verified Market Reports found that 37% of consumers worry about the lack of warranties on refurbished products. That second number is especially telling, because it reveals a perception problem rather than an actual product problem. Most reputable refurbished electronics sellers provide warranties. Certified refurbishment programs from Apple, Samsung, Dell, and dedicated platforms all include warranty coverage. The problem is not that warranties do not exist. The problem is that buyers don't know they exist.
Some Numbers to Chew On
Now, we aren’t saying that laws will fix the issue. We aren’t saying that the government should set up state funded buy-backs. We're just showing what has worked. Returning from a recent trip to ITAD Europe, our team saw this mentality first hand and asked; how can we bring this mentality back home? Here are some numbers visualized to help put to scale what is happening:
-E-waste generation is rising by 2.6 million tonnes every year. At the current pace, the total will reach 82 million tonnes by 2030.
-Refurbished smartphones now account for approximately 11% of total global smartphone shipments.
-The metals embedded in 2022’s e-waste were valued at $91 billion, including $19 billion in copper, $15 billion in gold, and $16 billion in iron. Only $28 billion worth of secondary raw materials were actually recovered. That leaves $62 billion in recoverable resources sitting in landfills
-E-waste is growing five times faster than documented recycling.
-The used and refurbished smartphone market was valued at $65.2 billion in 2025 and is projected to reach $97 billion by 2031.
-Of that 62 million tonnes, only 22.3% was documented as properly collected and recycled. The UN projects that rate will actually decline to 20% by 2030 if current trends continue, because e-waste volume is growing faster than recycling capacity.
So What can Enterprise ITAD Learn from this?
Everything described so far centers mostly on consumer electronics but the same dynamics are playing out in the enterprise hardware market. In some ways, the enterprise case for buying recertified is even stronger.
Consider what the consumer refurbished market has already proven. Refurbished smartphones now account for over 10% of total global smartphone shipments, according to Mordor Intelligence. The used and refurbished smartphone market was just valued at over $65 billion in 2025 and is projected to reach $97 billion by 2031. Consumers are increasingly comfortable buying devices that someone else owned, as long as the product has been tested, certified, and backed by a warranty.
Enterprise IT buyers should be even more comfortable, because the refurbishment process for enterprise hardware is even more rigorous than what a typical consumer device goes through.
When a reputable dealer recertifies a drive, server, or a switch, that equipment goes through diagnostic testing, component-level inspection, firmware updates, and functional validation before it receives that recertification stamp. Data sanitization follows NIST 800-88 guidelines or equivalent standards and generally the unit ships with a warranty. In many cases, the recertified product performs identically to a factory-new unit because the underlying silicon, memory, and storage are the same components that left the OEM’s factory. The price difference, however, is not identical. Recertified enterprise hardware typically sells at 40% to even 60% below the price of new equipment.
The Trust Gap Is Slowly Closing
The American consumer market had to build trust from scratch. Early refurbished products were inconsistently graded, rarely warrantied, and sold through channels that did not inspire confidence. Over the past decade, that has changed dramatically. Certified programs from OEMs, dedicated marketplaces with standardized grading systems, and robust return policies are slowly transforming buyer perception.
The enterprise recertified market followed a similar arc but is further along than most people realize. R2 certification (Responsible Recycling), e-Stewards certification, and ISO 14001 compliance give enterprise buyers a framework for evaluating ITAD and refurbishment vendors. And these are not soft labels for US standards. R2 certification requires surprise third-party audits of data destruction processes, environmental controls, and worker safety standards. A recertified server from an R2-certified dealer has a documented chain of custody that many new products cannot imagine.
Several forces are converging that will push the U.S. market in the same direction other countries have already gone. Cost pressure is real and getting stronger. Server and networking hardware prices have risen alongside supply chain disruptions, tariff uncertainty, and component shortages (particularly DRAM and NAND). IT budgets are not growing at the same rate as hardware costs. Recertified equipment fills that gap.
ESG and sustainability reporting obligations are also expanding and buying recertified hardware is one of the simplest, most measurable sustainability wins an IT department can report.
Getting Ahead of the Curve
The global ITAD market is projected to more than double by 2030, reaching $54.54 billion. Asia Pacific leads in growth, Europe leads in regulation, and China leads in sheer government investment. The U.S. market is large and growing, but it is playing catch-up on every single front. That catch-up creates an opportunity for businesses willing to move now.
If you are an IT decision maker evaluating your next hardware purchase, the question is no longer whether recertified enterprise equipment is reliable or affordable. That question was answered years ago and solidified with recent supply chain issues. The question is how long you can afford to pay full price for new hardware when a tested, warrantied, recertified alternative delivers the same performance at a fraction of the cost.
We built a whole business on this premise. Every recertified drive, server, storage array, and networking component we sell goes through rigorous testing and ships with a warranty. The product works and the savings are real. Every unit purchased recertified is one less piece of hardware that ends up contributing to the 62 million tonnes of e-waste the world produces each year.
China spent $42 billion to teach its population that trading in old technology is useful and profitable. France passed a law to make product longevity visible at the point of sale. The EU mandated that manufacturers pay for the recycling of everything they sell. You do not need to wait for the U.S. government to do any of those things. You can make the smarter procurement decision today.
Sources
Ministry of Commerce of China. “China’s trade-in program drives consumer goods sales by 2.6 trillion yuan in 2025.” Xinhua via english.www.gov.cn. January 2, 2026.
State Council Information Office of China. “China pledges continued funding for consumer goods trade-in subsidies.” english.scio.gov.cn. June 20, 2025.
TechRadar. “China’s massive trade-in program is driving billions in sales while reshaping how consumers upgrade electronics and appliances at scale.” April 22, 2026.
ITU and UNITAR. The Global E-waste Monitor 2024. March 20, 2024.
IMARC Group. E-waste Management Market Report, citing EPA data. 2025.
European Commission. “New evaluation looks at how to improve WEEE Directive.” July 2, 2025.
Recommerce Group / Kantar. “In 2025, more than 1 out of 5 people in France use a second-hand smartphone.” February 24, 2025.
Grand View Research. IT Asset Disposition Market Size, Share & Trends Analysis Report, 2025 to 2030.
Global Growth Insights. Refurbished Electronics Market Size, Trends & CAGR, 2035. January 2026.
Verified Market Reports. Used Refurbished Electronics Market Size, Share & Forecast 2034. September 2025.