Last verified May 2026 · Original research by Josh Eldred
The Lifecycle of Donated Clothing
When you hand over a bag of clothing — to me, to a donation center, to anyone — the question that matters most is also the one nobody seems to answer directly: what actually happens to it? Not the marketing version. Not the feel-good summary on the back of the receipt. The real, step-by-step process that takes a shirt from your closet to its final destination, wherever that destination turns out to be.
I've spent years in the donation and resale business, starting with books and expanding into clothing, shoes, outdoor gear, and household goods. The more I've learned about the textile side of this work, the more I've realized that the gap between what people think happens to their donated clothing and what actually happens is enormous. This page exists to close that gap.
Here's the overview before I go deep on each stage. Every piece of clothing that enters the donation stream — whether through NMLP, a national chain, a thrift store, or a curbside bin — follows one of several possible paths. It either gets resold domestically. It gets redistributed to someone who needs it. It gets exported to secondhand markets overseas. It gets recycled into raw fiber and turned into something else entirely. Or, in more cases than anyone in this industry wants to admit, it ends up in a landfill.
The numbers paint a stark picture. The United States generates approximately 17 million tons of textile waste every year. That figure comes from the EPA and encompasses clothing, shoes, towels, sheets, and all other fabric goods. Of those 17 million tons, roughly 11.3 million tons are landfilled — about 66% of the total. Another 19% is combusted in waste-to-energy facilities. Only about 15% of all textile waste in this country is recycled or otherwise diverted. The average American discards approximately 80 pounds of clothing per year. And in 2024, the Government Accountability Office released its first-ever comprehensive federal report on textile waste, confirming that the infrastructure to handle this crisis is deeply inadequate.
Those numbers are why I wrote this page. If you're donating clothing through NMLP in Albuquerque, I want you to understand exactly what happens to every item, including the ones that can't be resold. If you're researching textile recycling more broadly, I want you to have an honest, detailed account of the process — the parts that work well and the parts that don't.
The lifecycle of a donated garment moves through distinct stages: collection, sorting, grading, and then routing to one of several endpoints. Let me walk through each track.
Track 1: Resale
The first and most visible track for donated clothing is resale. This is what most people picture when they think about clothing donation: the item goes onto a rack, someone buys it, and the garment gets a second life with a new owner. It's the simplest and most economically straightforward path, and when it works, it's the best possible outcome for everyone involved.
At NMLP, Track 1 is the revenue engine. When you donate a Patagonia fleece in excellent condition, a pair of barely-worn leather boots, a vintage Pendleton wool shirt, or a designer dress with the tags still on, those items have real market value. I sell them through online platforms — eBay, Poshmark, and specialized consignment channels depending on the category. The revenue from those sales is what funds the free pickup service, covers the cost of sorting and storage, and makes it financially possible to process the items that don't have resale value through textile recycling rather than just dumping them.
The resale track is highly selective. Not every donated item has meaningful resale value, and that's fine — that's what Tracks 2 and 3 are for. But the items that do land in Track 1 tend to share certain characteristics. Brand recognition matters: people search for specific brands online, so a North Face jacket sells where a generic unbranded jacket of similar quality might not. Condition matters: items that are clean, intact, and show minimal wear command significantly higher prices than items with visible defects, even if the defects are minor. And category matters: certain categories — outdoor gear, quality denim, vintage western wear, technical athletic apparel — have strong resale markets in New Mexico and nationally.
Vintage and collectible pieces deserve a special mention here because Albuquerque and New Mexico have a strong market for them. Western wear — turquoise-accented belts, pearl-snap shirts, bolo ties, tooled leather goods — has a devoted collector base. I've pulled pieces from estate cleanouts that the family assumed were worthless and found that a single vintage Chimayo jacket or a pair of hand-stitched cowboy boots had significant value to the right buyer. The same principle that applies to rare books in my original business applies to clothing: the value is there if you know where to look and take the time to look for it.
Resale is the most environmentally efficient outcome because it requires no reprocessing. The garment continues to exist as a garment. No energy is spent shredding, recovering fiber, or remanufacturing. The carbon footprint of resale is essentially the shipping cost to the new owner. That's it. The most sustainable garment is the one that gets worn again exactly as it is.
But here's the reality that the resale-focused conversation often glosses over: resale absorbs a relatively small percentage of total donated clothing. Even in the most optimized sorting operations, only a fraction of incoming donations have the brand recognition, condition, and market demand to justify individual resale. The question that matters more — the question most people don't ask — is what happens to everything else.
Track 2: Community Reuse
Track 2 handles the bulk middle: clothing that's wearable, functional, and in reasonable condition but doesn't carry enough brand cachet or market demand to justify individual resale listing. Your everyday cotton t-shirts. Basic jeans that fit fine but aren't a sought-after label. Children's clothing that a kid outgrew in three months and is still perfectly good. Work shirts, casual sweaters, athletic wear from mid-tier brands, shoes that have plenty of life left but aren't collectible.
These items go to textile recyclers, aggregators, and community partners who specialize in moving large volumes of wearable clothing into secondhand channels. Some of it ends up on racks at local thrift stores in Albuquerque. Some gets distributed through organizations that serve people experiencing housing instability, domestic violence survivors, or families in transition. Some gets bundled by textile aggregators who sort it by grade and category and distribute it to secondhand markets domestically and internationally.
The distinction between Track 2 and Track 1 isn't a quality judgment about the clothing itself. A plain gray t-shirt in perfect condition might be the most comfortable shirt someone owns, but it doesn't have the market characteristics — brand name, vintage appeal, niche demand — that make individual online resale economically viable. Photographing it, listing it, storing it, shipping it when it sells — the labor cost exceeds the sale price. Track 2 handles these items at scale, routing them to channels where volume economics work differently than individual resale economics.
Community reuse is the second-best environmental outcome after direct resale. Like resale, it keeps the garment in use as a garment. No reprocessing, no fiber recovery, no energy-intensive transformation. Someone wears it. That's the ideal. And for the person receiving it — whether they're buying it for a few dollars at a thrift store or receiving it through a community distribution program — it's clothing that still has functional value, which is the entire point.
The challenge with Track 2 is saturation. There's only so much secondhand clothing the market can absorb. Thrift stores already struggle with oversupply — most receive far more inventory than they can sell on their retail floors, which is why the back-of-house operations at large thrift chains are essentially textile sorting facilities. What sells gets racked. What doesn't sell within a rotation window gets pulled and either exported, recycled, or discarded. At NMLP, because I'm operating at a smaller, more intentional scale, I can be more deliberate about where Track 2 items go. But the broader market saturation problem is real, and it's getting worse as fast fashion floods the system with ever-increasing volumes of low-cost, low-durability clothing.
Track 3: Textile Recycling and Fiber Recovery
This is the track that most people don't know exists, and it's the track that makes a zero-landfill commitment possible. Textile recycling takes garments that are too worn, stained, torn, or outdated to wear again and converts them back into raw material. The clothing is destroyed as clothing and reborn as something else entirely: insulation, industrial wiping cloths, furniture stuffing, automotive padding, or in some cases, raw fiber that gets respun into new yarn.
Textile recycling isn't new. The industry has existed for well over a century. Before synthetic fibers dominated the market, recycled textile fiber — particularly recycled wool — was a significant commercial product. Old wool garments were shredded, the fiber was reclaimed, and it was blended with new wool to produce lower-cost fabrics. The term "shoddy" originally referred to this recycled wool fiber, and the shoddy trade was a major industry in England and the American Northeast through the 19th and early 20th centuries. What's changed isn't the concept but the materials: today's clothing is overwhelmingly synthetic or blended, which makes fiber recovery more complicated than it was when everything was cotton, wool, or linen.
The process begins with sorting. Textile recyclers sort incoming material by fiber type, which is essential because different fibers require different processing and have different end uses. Pure cotton, pure polyester, pure wool, and blends all go to different processing streams. This sorting is still largely done by hand in the United States, by trained workers who can identify fiber composition by sight and touch. Some facilities use near-infrared spectroscopy for automated sorting, but manual sorting remains the standard for most operations.
Once sorted by fiber type, the textiles move to the cutting and shredding stage. Buttons, zippers, rivets, and other hard trim are removed — either manually or through automated processes — because metal and plastic contaminate the fiber stream. The remaining fabric is fed into industrial shredding machines that tear it into progressively smaller pieces until it's reduced to loose fiber. The resulting material looks like a mass of tangled, fluffy fiber — somewhere between cotton candy and dryer lint, depending on the source material.
That recovered fiber gets routed to its end use based on quality, fiber type, and market demand. Here's where the garment's second life begins.
Industrial Wiping Cloths
This is the highest-volume end use for recycled cotton textiles. T-shirts, cotton sheets, and other soft cotton goods are cut into uniform squares and sold to automotive shops, machine shops, printing facilities, janitorial services, and manufacturing operations. If you've ever used a cloth rag to wipe down equipment in a shop, there's a reasonable chance it started life as someone's donated t-shirt. The cotton absorbs well, doesn't leave lint, and is inexpensive to produce from recycled material. This is not a glamorous second life, but it's a genuinely useful one, and it keeps those textiles out of landfills for their entire functional lifespan.
Insulation Material
Shredded cotton and denim fiber is processed into building insulation — the kind that goes inside walls, attics, and crawl spaces. Cotton insulation made from recycled denim has been commercially available for over two decades and competes with fiberglass and cellulose insulation in the residential construction market. It's treated with boron-based fire retardant, doesn't cause the skin irritation that fiberglass does, and performs comparably in terms of R-value per inch. A pair of old jeans that's too worn to donate to a thrift store can end up insulating someone's home. That's a meaningful transformation.
Stuffing and Padding
Shredded synthetic fiber — particularly polyester — gets used as stuffing for furniture cushions, automotive interiors, pet beds, and low-cost pillows. The fiber is cleaned, processed into a uniform consistency, and sold to manufacturers. It's not the same as virgin polyester fill, but for applications where performance specifications aren't critical, recycled polyester stuffing is functional and significantly cheaper than new material. This end use absorbs a large volume of synthetic textiles that would otherwise have no recycling pathway.
Reclaimed Fiber for New Yarn
In some cases — particularly with wool and high-quality cotton — the recovered fiber can be respun into new yarn for textile production. This is the most circular outcome: a garment becomes fiber, and that fiber becomes a new garment. The resulting yarn is typically lower-grade than virgin fiber because the mechanical shredding process shortens the fiber length, which affects the strength and fineness of the resulting yarn. It's usually blended with virgin fiber at ratios that maintain acceptable quality. True fiber-to-fiber recycling at scale remains a work in progress for the industry, but it's happening, particularly for wool and certain cotton applications.
What Textile Recycling Actually Looks Like
I think it's worth being concrete about the industrial process, because "textile recycling" sounds clean and efficient in the abstract, and I want you to know what it actually involves. These are real facilities, with real equipment, processing real material. Understanding the process helps you understand both its capabilities and its limitations.
A textile recycling facility typically occupies a large warehouse — anywhere from 20,000 to 200,000 square feet depending on throughput. Incoming material arrives in compressed bales, each weighing between 800 and 1,200 pounds. These bales are a mix of whatever the upstream sorter — the donation center, the textile aggregator, the municipal collection program — determined wasn't suitable for direct resale or reuse. The bales are broken open and the contents are spread onto sorting tables or conveyor belts.
The first sort separates material into broad categories: cotton, synthetic, wool, blends, and non-recyclable. Workers handle each garment, assessing fiber content by feel and visual inspection. Cotton has a distinct texture. Polyester feels different. Wool is identifiable by weight and hand. Blends are the challenging middle — a shirt that's 60% cotton and 40% polyester doesn't sort neatly into either category and may require a separate processing stream. This sorting step is labor-intensive and is the primary bottleneck in textile recycling throughput.
After sorting, the garments are prepped for shredding. This means removing hardware: buttons are cut off, zippers are pulled, snaps and rivets are removed, and decorative elements like sequins, beads, or metallic thread are stripped out when possible. Any metal or hard plastic left in the fiber stream will damage the shredding equipment and contaminate the output. This prep work is detailed and slow. A jacket with a full-length metal zipper, multiple snaps, and reinforced grommets takes significantly longer to prep than a plain cotton t-shirt.
The prepped garments are fed into the shredding line, which typically consists of multiple stages of progressively finer shredding. The first stage tears the garment into strips. The second stage breaks those strips into smaller pieces. Subsequent stages may include carding machines — essentially large drums covered in fine wire teeth — that tease the shredded material into individual fibers and align them into a loose web. The output from the final stage is fluffy, loose fiber ready for its end-use application.
The entire process is mechanical, not chemical. There's no dissolving, no melting, no chemical treatment to break down the fiber. Mechanical recycling relies on physical force to tear fabric back into its component fibers. This is both the strength and the limitation of the approach: it works on virtually any fabric type, but it shortens the fiber each time, which means there's a limit to how many times a fiber can be mechanically recycled before it becomes too short to be useful. Cotton fiber, for example, gets progressively shorter with each recycling cycle. After two or three mechanical recycling passes, the fiber is too short for yarn and can only be used in applications like insulation or paper pulp.
Chemical recycling — which dissolves fiber and reconstitutes it at the molecular level — addresses this limitation and can theoretically produce virgin-quality fiber from recycled textile waste. Several companies are developing commercial-scale chemical recycling processes for cotton and polyester. But as of now, chemical recycling represents a tiny fraction of total textile recycling volume. The vast majority of textile recycling happening today is mechanical.
The Export Market Reality
Before I go further, I need to talk about the export market, because it's the elephant in the room of any honest conversation about textile donation and recycling. A massive volume of used clothing collected in the United States doesn't stay in the United States. It's sorted, compressed into bales, loaded into shipping containers, and exported — primarily to countries in Sub-Saharan Africa, South and Central America, and South Asia.
The scale of this trade is staggering. The United States is the world's largest exporter of used clothing, shipping billions of pounds annually. The export market serves a genuine function: in many receiving countries, secondhand clothing from the US and Europe provides affordable, durable wardrobe options that would otherwise be unavailable. Markets in Accra, Ghana, and Nairobi, Kenya, are enormous commercial operations where thousands of traders make their livelihoods sorting and reselling imported secondhand clothing. When the system works well, it's a functional economic ecosystem.
But the system doesn't always work well, and the problems are getting worse. The volume of clothing being exported has increased dramatically while the average quality has declined. Fast fashion has flooded the supply chain with garments that were barely wearable when new and are essentially disposable by the time they reach an export bale. Traders in receiving countries report that an increasing percentage of each bale they purchase is unsellable — too worn, too low-quality, or too trend-specific to have any value in the local market. Those unsellable items end up in landfills and open dumps in countries that have far less waste management infrastructure than the United States.
This creates a genuine environmental justice problem. Wealthy nations produce enormous volumes of textile waste, export the portion they can't profitably deal with domestically, and the receiving nations — which had no role in producing the waste — bear the environmental burden of disposal. Several East African nations, including Rwanda, have attempted to ban or restrict used clothing imports, partly to protect nascent domestic textile industries and partly to address the waste problem. The United States pushed back through trade policy, which is its own complicated story.
I'm not opposed to the export market in principle. Used clothing exports can be genuinely beneficial when the quality is high enough that the receiving market can actually use the goods. The problem is the trash-in-a-bale phenomenon: using export as a dumping mechanism for unsellable clothing, dressing it up as "donation" or "recycling" when it's really just waste displacement. When a donation center or textile aggregator compresses a bale of clothing that's 40% unwearable and ships it to West Africa, calling that "diversion" or "recycling" is dishonest. It's just landfilling in someone else's country.
At NMLP, the way I address this is straightforward: I don't export directly, and I'm selective about the textile recycling partners I work with. Items that are wearable go to domestic reuse channels. Items that aren't wearable go to fiber recovery. I'm not baling up unsorted clothing and shipping it overseas with fingers crossed that someone will find a use for it. That's not recycling. That's abdication.
What Can't Be Recycled
Honesty about limitations matters more than optimism about capabilities. Textile recycling is real, it works, and it diverts millions of pounds of material from landfills every year. But it doesn't handle everything, and pretending otherwise would undermine the credibility of everything else on this page. Here are the genuine limits.
Hazardous material contamination. Clothing saturated with motor oil, chemical solvents, gasoline, paint, pesticides, or biological waste cannot be processed through textile recycling. These contaminants damage shredding and carding equipment, contaminate the recovered fiber (making the end products unsafe), and can create health hazards for facility workers. Coveralls soaked in used motor oil need hazardous waste disposal, not textile donation. A t-shirt with a coffee stain is fine. A pair of jeans with a small paint smudge from a weekend project is usually fine. But heavily contaminated workwear is a different category entirely.
Heavily degraded synthetic blends. Some synthetic blends — particularly very cheap, very thin polyester-nylon blends used in ultra-low-cost fast fashion — degrade to the point where the fiber is too short and too brittle to recover usefully. The shredding process breaks it into dust rather than recoverable fiber. This is an increasing problem as the average quality of clothing entering the waste stream declines. A garment that was designed to be worn three times and discarded doesn't have the fiber integrity to survive mechanical recycling.
Certain composite materials. Garments with bonded layers — like some waterproof jackets that have a membrane heat-sealed between fabric layers, or shoes with vulcanized rubber soles permanently bonded to synthetic uppers — can be extremely difficult to process because the different material layers can't be separated mechanically. The fiber recovery from these items is low, and the recovered material is often contaminated with adhesive residue or fragments of the non-textile layer.
Items with excessive hardware. While buttons and zippers can be removed during prep, some garments have so much hardware — think a heavily riveted leather jacket, a dress covered in metallic sequins, or a garment with extensive beadwork — that the labor cost of removing the hardware exceeds the value of the recovered fiber. These items aren't impossible to recycle, but they're economically marginal, and in a real facility making real business decisions, they sometimes get pulled from the recycling stream.
Mold and mildew. Textiles that have been stored in wet conditions and developed significant mold growth present a health risk to sorting and processing workers. Mild dampness or a faint musty smell from basement storage is manageable. Active black mold covering a pile of clothing is not. These items need to be discarded through standard waste disposal.
At NMLP, the items that fall into these genuinely non-recyclable categories represent a very small percentage of what I collect. The vast majority of clothing, shoes, and gear — including items in very poor cosmetic condition — can be recycled through fiber recovery. When I accept items in any condition, that commitment is genuine. I'm not being careless with the "any condition" language. I'm being accurate about what fiber recovery can handle. But when something truly falls outside the recyclable boundary, I'm honest about that too, and I handle its disposal responsibly.
Not sure if something qualifies?
Text a photo to 702-496-4214 and I'll tell you within the hour whether it's recyclable, reusable, or needs a different disposal route.
New Mexico's Recycling Infrastructure
Let me be direct about something that most people in New Mexico don't realize: this state has almost no textile recycling infrastructure. If you put a bag of clothing in your curbside recycling bin in Albuquerque, it doesn't get recycled. It contaminates the single-stream recycling and creates problems at the materials recovery facility. Textiles are not accepted in municipal recycling programs in New Mexico.
There are no large-scale textile shredding or fiber recovery facilities in New Mexico. The nearest significant textile recycling operations are in Texas and California. That means any textiles collected for recycling in this state need to be aggregated, baled, and shipped out of state for processing. The logistics of this — transportation cost, minimum volume requirements for recycling facilities, the need for proper baling equipment — create a barrier that most individual donors and small organizations can't overcome on their own.
Albuquerque's Solid Waste Management Department does solid work with the waste streams it handles, but textiles haven't been a priority. The city's recycling programs focus on paper, cardboard, glass, metal, and certain plastics — the materials that have established domestic processing markets. Textiles are categorized as trash in the municipal waste system. If you throw a bag of clothing in your city-issued garbage can, it goes to Cerro Colorado Landfill on the west side of the city. There's no separate textile stream. There's no secondary sorting. It goes into the ground.
A few organizations in Albuquerque accept used clothing — Goodwill, Savers, the Salvation Army, various smaller thrift stores — and they provide a valuable service. But they're retail operations first, and their capacity to handle items that don't sell on their retail floors is limited by the same infrastructure gap. What doesn't sell gets baled and sold to textile aggregators who may or may not have robust recycling partnerships. The chain of custody gets murky fast once clothing leaves the retail floor.
This is the gap that NMLP fills. I aggregate textiles in Albuquerque — through free pickup, through the closet cleanout service, through estate cleanouts — sort everything personally, route wearable items to appropriate resale and reuse channels, and then route non-wearable items to established textile recycling partners who I've vetted and trust. I'm essentially functioning as the local collection and sorting node in a recycling supply chain that extends beyond New Mexico's borders.
Is this a perfect system? No. I'd prefer to have a local fiber recovery facility where I could deliver material directly and see it processed. I'd prefer that Albuquerque had a municipal textile collection program integrated with curbside service. I'd prefer that the state of New Mexico had any significant textile recycling capacity at all. But those things don't exist yet, and in the meantime, clothing keeps getting thrown away. My approach is to build the best possible bridge with the infrastructure that exists right now, which means collecting locally and routing to processors who can actually convert the material into something useful.
The Fast Fashion Problem
I can't write honestly about textile recycling without addressing the force that's making it harder every year: fast fashion. Specifically, the ultra-cheap, ultra-disposable clothing model pioneered by companies like Shein, Temu, and their competitors. This isn't a digression — it's central to understanding why textile waste is accelerating and why recycling infrastructure can't keep up.
The fast fashion business model is fundamentally built on disposability. The prices are so low that there's no economic incentive for the consumer to maintain, repair, or even donate the garment. When a shirt costs less than a cup of coffee, the entire psychology of ownership changes. You don't mend it. You don't hand it down. You don't drive it to a donation center. You throw it in the trash, because the time it would take to donate it is worth more to you than the shirt itself. This isn't a moral failure of the consumer — it's a rational response to the price signal the manufacturer has sent.
But the environmental consequences compound in ways that the purchase price doesn't reflect. That ultra-cheap synthetic top used resources to produce — water, energy, petroleum-derived fiber, dyes, chemical treatments. It was shipped across an ocean. It was worn once or twice. And now it's entering the waste stream. When it arrives at a textile recycling facility, it presents a specific set of problems.
First, the fiber quality is extremely low. Fast fashion garments are typically made from thin, loosely woven or knitted synthetic fabrics — polyester, nylon, and blends of the two. The fiber is short to begin with, and by the time the garment reaches the recycling stage, it's often degraded further. Mechanical shredding breaks it into fragments that are too short and too brittle to spin into new yarn. The recovered material can sometimes be used for low-grade stuffing, but even that has quality floors.
Second, the blends are nightmarishly complex. A single fast fashion garment might contain polyester, elastane, nylon, acrylic, metallic thread, and adhesive-bonded decorative elements. Separating these components for fiber-specific recycling is economically impractical. The garment was designed to be cheap to produce, not to be recyclable. Those design priorities are in direct conflict.
Third, the volume is overwhelming. Shein alone reportedly produces hundreds of thousands of new styles per year, with production runs tied to real-time social media trends. The sheer volume of ultra-cheap clothing entering the consumer market — and subsequently the waste stream — dwarfs the capacity of existing recycling infrastructure. We're generating textile waste faster than we're building the capacity to process it, and fast fashion is the primary accelerant.
Fourth, fast fashion clothing poisons the resale market that funds recycling operations like mine. When you can buy a brand new shirt for almost nothing, the resale value of a used shirt drops to near zero for all but the most desirable brands and vintages. This shrinks the Track 1 revenue pool that operations like NMLP depend on to fund the rest of the sorting and recycling process. Fast fashion doesn't just create more waste — it undermines the economics of the systems designed to handle that waste.
I don't say this to make anyone feel guilty about past purchases. I say it because understanding the source of the problem changes how you think about solutions. The most impactful thing any individual can do for textile waste is to buy fewer, better-quality garments and keep them in use longer. When you do discard clothing, donating it through an operation that actually sorts and recycles — rather than throwing it in the trash or dropping it at a center that may landfill what doesn't sell — is the next best thing. And that's what NMLP is built to do.
How NMLP Handles the Process
Let me walk through exactly how textile sorting and recycling routing works at NMLP, because the specifics matter. The difference between an operation that says "we recycle" and one that actually does it is in the details of the sorting process and the quality of the recycling partnerships.
When I pick up clothing — whether it's a closet cleanout, part of an estate cleanout, or just a few bags from someone decluttering sustainably — everything comes back to the warehouse at 5445 Edith Blvd NE. The clothing goes through the same fundamental sorting framework I developed for books, adapted for textiles.
Initial assessment. I go through every bag and box by hand. Not a conveyor belt. Not a quick visual scan and a decision to bale it. Hands on every item. I'm looking at fiber content, brand, condition, and potential destination. A Pendleton flannel shirt with a small stain goes to a different place than a generic polyester blouse with a broken zipper. This step is slow. It's the most time-consuming part of the operation. But it's also what makes the zero-landfill commitment work, because you can't make good routing decisions without actually examining the material.
Track 1 pull: resale items. Items with meaningful resale value get pulled immediately. Brand-name outdoor gear, quality denim, designer labels, vintage western wear, leather goods in good condition, unworn items with tags, and anything with collector or niche market appeal. These get photographed, measured, listed, and sold through online platforms. This is the revenue that funds the entire operation — the free pickup service, the sorting labor, the transportation to recycling partners.
Track 2 sorting: wearable reuse. Items that are wearable and functional but don't have individual resale economics get sorted into categories for community reuse partners and textile aggregators. Children's clothing, basic everyday wear, shoes with life left, accessories. These are boxed or bagged by category and routed to appropriate channels — local organizations, thrift partners, or domestic secondhand distributors. The key distinction is that these items are wearable. Someone can put them on and use them as clothing. They're sorted intentionally, not dumped in bulk.
Track 3 prep: textile recycling. Items that are too worn, stained, torn, or degraded for wearable reuse are sorted by broad fiber category — cotton, synthetic, mixed — and prepared for textile recycling partners. This includes removing obvious non-textile contaminants (a forgotten pen in a shirt pocket, items left in pockets, non-textile items mixed in with clothing). The sorted material is bagged and staged for transport to recycling facilities that I've established relationships with.
Partner routing. I work with textile recycling partners who I've vetted — facilities that actually do fiber recovery, not operations that accept material and then landfill what they can't sell. Vetting recycling partners is an ongoing process. I ask hard questions about what percentage of incoming material actually gets recycled versus landfilled, and look for operations that are transparent about their processes and limitations. Not every facility that calls itself a "textile recycler" actually recycles the majority of what it receives. Finding the ones that do, and maintaining those relationships, is a critical part of making the zero-landfill commitment real.
The throughput at NMLP is obviously smaller than a national chain. I'm not processing millions of pounds per month. But the advantage of smaller scale is precision. Every item gets individual attention. Every routing decision is deliberate. Nothing gets quietly baled and landfilled because it didn't sell within a two-week floor rotation. The model trades volume for integrity, and that's a trade I'm comfortable making.
The bottom line for donors.
You don't need to sort by condition. The stained t-shirt and the vintage leather jacket can go in the same bag. I sort at the warehouse. The jacket goes to Track 1. The t-shirt goes to Track 3. Both stay out of the landfill.
The Numbers That Matter
I've cited statistics throughout this page, but let me consolidate the numbers that define the textile waste crisis and the recycling opportunity. These come from EPA data, the 2024 GAO report, and industry research. They're the numbers I reference when people ask why I expanded from books into clothing and textiles.
17M tons
Textile waste generated annually in the US — clothing, shoes, towels, sheets, and all other fabric goods entering the waste stream each year.
11.3M tons
Textile waste landfilled annually in the US — roughly two-thirds of all textile waste goes directly into the ground.
66%
Percentage of textile waste that is landfilled. Add the 19% that's combusted in waste-to-energy facilities, and 85% of textiles are effectively destroyed rather than recycled.
15%
Percentage of textile waste that is recycled or diverted from disposal — the only fraction that gets a second life through resale, reuse, or fiber recovery.
80 lbs
Approximate amount of clothing the average American discards per year — roughly the weight of a fully packed large suitcase, per person, every year.
2024
Year the GAO released its first-ever comprehensive federal report on textile waste — confirming the crisis had been largely invisible at the policy level until that point.
These numbers tell a clear story: the textile waste problem is massive, the existing infrastructure to address it is inadequate, and the gap between consumer perception and reality is enormous. Most people who put clothing in a donation bin believe they've recycled it. The data says otherwise. Eighty-five percent of textile waste is landfilled or combusted, regardless of the donor's intentions.
That's not an indictment of good intentions. It's a structural problem — not enough recycling capacity, not enough funding for textile recovery, not enough transparency about what happens after the donation. NMLP's approach doesn't solve the structural problem at a national level. But it solves it for every item that comes through my operation, and in Albuquerque, that matters. Every bag of clothing I divert from Cerro Colorado Landfill to fiber recovery is a concrete, measurable step in the right direction.
The landfill diversion page has more detail on how NMLP tracks diversion across all categories — books, clothing, outdoor gear, electronics, and household goods.
Frequently Asked Questions
What happens to donated clothing that can't be resold?
How does textile fiber recovery work?
Can stained or torn clothing be recycled?
How much textile waste goes to landfills in the US?
Does New Mexico have textile recycling facilities?
What's the difference between textile recycling and clothing donation?
What types of clothing fiber can be recycled?
How does fast fashion affect clothing recycling?
Where does exported US clothing actually end up?
How do I donate clothing for recycling in Albuquerque?
Related Pages
Clothing Donation Pickup
Free clothing pickup in Albuquerque — all clothing, shoes, outdoor gear, and accessories. Any condition welcome.
Landfill Diversion
How NMLP keeps books, clothing, gear, and household items out of Albuquerque landfills through resale and recycling.
Outdoor Gear Donations
Camping, hiking, skiing, climbing, and sporting goods — free pickup for outdoor gear in Albuquerque.
Sustainable Decluttering
Declutter without the landfill guilt — a responsible approach to clearing out closets, garages, and homes in ABQ.
Closet Cleanout Pickup
Empty the closet, skip the trip. Free pickup for full closet cleanouts anywhere in the Albuquerque metro.
Estate Cleanout Service
Estate cleanouts handled with care — books, clothing, gear, and household items sorted and diverted from landfill.
Free Pickup Service
Free pickup for books, clothing, outdoor gear, and household donations across the Albuquerque metro area.
Free Book Pickup
Where it all started — free book pickup in Albuquerque. Any quantity, any condition, any genre.
Your Clothing Deserves Better Than a Landfill
Every item you donate through NMLP goes to resale, community reuse, or textile recycling for fiber recovery. Nothing wearable or recyclable gets landfilled. Free pickup anywhere in the Albuquerque metro. One text is all it takes.
Josh Eldred • New Mexico Literacy Project • 702-496-4214 • 5445 Edith Blvd NE Unit A, ABQ NM 87107