What Is Sustainable Packaging Life Cycle? A Practical Guide

If you have ever stood on a packing line at 6:30 a.m. in a corrugated box plant and watched pallets of material disappear into a sea of shrink wrap, tape, and finished cartons, you already know that what is sustainable packaging life cycle is not a neat little slogan. It is the whole journey, from the first truckload of fiber or resin to the last mile of shipping, and then all the way through reuse, recycling, composting, landfill, or recovery. I remember one winter morning in a plant just outside Milwaukee, Wisconsin, where the pallet jack battery was dying, the line was backed up, and everyone was blaming the box spec, as if the carton had personally offended them. That day made me appreciate something very simple: the package that looks “greenest” on a sales sheet is not always the one with the lower footprint once the math is done, especially when a 48" x 40" pallet is leaving a 220,000-square-foot facility by 7:15 a.m.

That reality hit me hard years ago during a client review for custom printed boxes used in retail packaging. The brand wanted a lighter paperboard carton because the recycled-content story sounded strong, but their product was a fragile glass item with a 9% breakage rate in transit, and the warehouse was shipping from a facility in Columbus, Ohio to stores across the Midwest and Northeast. Once we tracked the full what is sustainable packaging life cycle picture, the heavier corrugated option with a tighter fit and fewer returns actually made more sense. Honestly, I think this is where a lot of well-meaning packaging programs get tangled up: they chase the story they want to tell before they check whether the box can actually do the job. The lesson was simple: sustainability is not one feature. It is a system, and that system needs to work across production, freight, and recovery, not just on a presentation slide.

Custom packaging buyers, especially teams working on branded packaging and package branding, need that systems view because a “better” package on paper can become a worse package on a warehouse floor. I have seen beautiful paperboard sleeves fail because the adhesive window was too small for the line speed of a plant running 120 units per minute, and I have watched a molded pulp insert save material but create so much dust that the filling room needed extra filtration at a cost of $18,000 for the first quarter alone. What is sustainable packaging life cycle means measuring those tradeoffs honestly instead of hoping a single claim will carry the whole decision. And yes, I have had more than one conversation where everyone wanted a miracle answer and I had to politely say, “Well, the carton is not magic,” especially when the spec called for 350gsm C1S artboard but the line was tuned for 24-point SBS and nothing else.

What Is Sustainable Packaging Life Cycle? A Simple Definition With a Surprising Reality

What is sustainable packaging life cycle in plain language? It is the full chain of events a package goes through: raw material extraction, resin or fiber production, converting, printing, finishing, packing, shipping, use, and end-of-life handling. That includes everything from a paper mill in Wisconsin, a corrugated sheet plant in Georgia, or a thermoforming line in Shenzhen, all the way to a consumer putting the empty package into curbside recycling or a landfill bin. If you’ve ever walked a line where the board smelled faintly of starch and hot glue, you know that each stage leaves its own little fingerprint on the final result, whether the substrate is 32 ECT corrugated, 24-point SBS, or a 350gsm C1S artboard sleeve printed in four-color process.

The surprising part is that the lightest-looking package is not always the lower-impact one. A thin plastic tray may use less material than a molded fiber tray, but if it travels 1,200 miles farther, damages the product more often, or ends up in a recovery stream that cannot actually process it, the environmental picture changes fast. That is why what is sustainable packaging life cycle is really about comparison, not assumptions. I’m fairly opinionated on this: if the only argument in favor of a package is “it uses less stuff,” I’m already suspicious, especially if that “less stuff” saves $0.02 per unit but adds two extra repacks at the fulfillment center in Reno, Nevada.

Here is the practical test I use: does the package protect the product, use only the material it truly needs, run efficiently on the filling line, ship well in a full pallet pattern, and have a realistic end-of-life path in the market where it will be sold? If the answer is no to any of those, the package may be good-looking but not truly sustainable. That is the kind of straight talk I give customers when they ask me to compare corrugated boxes, molded pulp, paperboard cartons, rigid boxes, and plastic alternatives on the same playing field. A 44 ECT shipper box with a well-sized insert can outperform a much prettier carton if the prettier one collapses in humid conditions after 72 hours in a warehouse near Savannah, Georgia.

Honestly, many packaging teams get tripped up here. They start with a material preference instead of a performance target. They ask, “Can we make it recycled?” before they ask, “What does the product need?” A stronger question is what is sustainable packaging life cycle for this specific item, in this specific market, with this specific fulfillment model? If you are shipping 8,000 units a month from a co-packer in Dallas, Texas, your answer will look very different than a boutique run of 500 units packed by hand in Portland, Oregon.

“We saved 14 grams of board per carton, but the new insert added 11 seconds to pack time. On a 40,000-unit run, that changed the labor math more than anyone expected.”

I heard a version of that line from a packaging engineer at a Midwest cosmetics co-packer, and it stuck with me because it captures the whole point. A package is not just a material choice; it is a production choice, a freight choice, and a recovery choice. That is the heart of what is sustainable packaging life cycle, and it becomes even clearer when a 12,000-unit order ships in a 53-foot trailer from Chicago, Illinois with 14% less cube waste after a minor carton redesign.

How the Sustainable Packaging Life Cycle Works From Raw Material to Recovery

The sustainable packaging life cycle starts long before a box is printed. It begins at the source, where fiber is harvested, recycled pulp is recovered, or resin is produced from fossil-based or bio-based feedstocks. A paper mill will turn wood chips or recovered fiber into linerboard or paperboard, while a plastics plant may compound polyethylene, PET, HDPE, or a biopolymer into pellets. Those upstream stages use energy, water, chemicals, and labor, and each one leaves a footprint that matters in what is sustainable packaging life cycle. I’ve toured mills in Green Bay, Wisconsin where the recovery loop was so tight you could practically hear the sustainability team smiling, and I’ve also seen operations outside Houston, Texas where the wastewater treatment area looked like it deserved its own warning label and a second set of filters.

Then comes conversion. In a corrugated plant, sheets are slotted, die-cut, glued, stitched, and folded on equipment that can run from 12,000 to 18,000 sheets per hour depending on the structure. In a paperboard carton plant, you might see a Heidelberg press laying down four-color process work, followed by aqueous coating, die-cutting, and window patching. In a thermoforming facility, heated sheet moves through vacuum stations and trim presses, while injection molding uses high pressure and precise cooling cycles to shape a rigid component. Every one of those steps adds energy use, trim waste, and handling. And if a converting crew has to babysit a difficult score line because the spec was drawn by someone who clearly never had to fold a thousand units by hand in a factory near Charlotte, North Carolina, well, that’s when the coffee consumption spikes and the scrap bin starts filling faster than anyone planned.

I once toured a box plant near Atlanta, Georgia where the die room had a big stack of offcut scrap from a poorly designed insert. The scrap itself was recyclable, sure, but the manager pointed out that the hidden cost was not the waste bale; it was the press time, the knife wear, and the labor to sort it. That is a perfect example of what is sustainable packaging life cycle in practice. Waste is not just what gets thrown away. Waste is also the time and energy spent producing something that never had a functional purpose, and in that plant the extra trim was adding nearly 6 hours of machine time over a 25,000-piece run.

Transportation matters just as much. A package that is 18% lighter can still be worse if it needs refrigerated air freight or a long overseas lane that outweighs the material savings. I have seen a lightweight paperboard option beat a heavier molded alternative simply because the paperboard supplier was within 300 miles of the packer in Indianapolis, Indiana, while the molded option came from a facility more than 1,800 miles away in Monterrey, Mexico. The what is sustainable packaging life cycle answer changed once freight entered the picture, especially after we calculated that the “lighter” option was actually moving on two additional LTL shipments every month.

Distribution adds another layer. Pallet pattern, cube utilization, stack strength, and warehouse handling all influence whether the package arrives intact. A corrugated shipper with a 44 ECT board rating can perform beautifully, but if the wrong flute is selected or the print coverage weakens the board, you may lose compression strength and increase damage. That is why what is sustainable packaging life cycle must include real shipping conditions, not just lab assumptions. I like to see a carton survive a 36-inch drop test, a 250-pound top load, and a 90-minute vibration sequence before anyone calls it “optimized.”

Finally, end-of-life. This is where the conversation often gets oversimplified. A package can be recyclable on paper, compostable in theory, or reusable in a closed-loop program, but the actual recovery path depends on local infrastructure. A PET tray may be recyclable in one city and landfilled in another. A molded fiber insert may compost in an industrial system, but only if a facility exists within reasonable hauling distance, like the ones clustered around Chicago, Illinois or San Francisco, California. If the recovery pathway does not exist where the customer actually lives, the claim loses much of its value. That reality sits at the center of what is sustainable packaging life cycle, and it is why a claim without a ZIP code is rarely enough.

For standards and third-party guidance, I often point teams to resources from the U.S. EPA recycling program and the International Safe Transit Association. They do not make your packaging sustainable by themselves, but they help anchor the discussion in actual performance, recovery, and transit testing rather than wishful thinking, especially when a packaging line in Newark, New Jersey is moving 9,000 units before lunch.

What Is Sustainable Packaging Life Cycle, and Why Does It Matter for Real-World Packaging Decisions?

What is sustainable packaging life cycle if you have to explain it to a buyer, a plant manager, and a finance lead in the same meeting? It is the framework that keeps everyone looking at the same full picture instead of arguing over a single data point. A procurement team may care most about unit price, operations may care about throughput, and sustainability teams may focus on recycled content or recovery rates. The life cycle view gives each of those groups a place at the table while keeping the package honest about what it can actually do.

I have seen this matter most in custom packaging programs, where a brand wants a premium unboxing experience but also needs a format that runs quickly and ships efficiently. A soft-touch rigid box may feel luxurious, yet if it slows the line in a facility near St. Louis, Missouri and increases damage during parcel shipping, the overall result can be worse than a simpler paperboard solution. That is why asking what is sustainable packaging life cycle helps brands move beyond look and feel into function, freight, and recovery.

It also matters because package decisions ripple outward. A board change can alter carton strength, which can affect stacking, which can affect pallet height, which can change freight cost, which can shift emissions. One small adjustment can create several downstream effects, and those effects may be good or bad depending on the context. In practical terms, what is sustainable packaging life cycle is the difference between a clever idea and a durable solution.

Key Factors That Shape Packaging Life Cycle Performance and Real-World Impact

Material choice comes first, but it should never come alone. Virgin fiber, recycled fiber, PET, HDPE, molded pulp, paperboard, corrugated, and bioplastics all behave differently in production and after use. A 32 ECT corrugated mailer is not the same animal as a 24-point folding carton, and neither behaves like a molded pulp insert. When customers ask me what is sustainable packaging life cycle, I tell them the answer starts with matching the material to the job. Otherwise you end up with a very noble package that can’t survive a Tuesday in the shipping department, especially if that Tuesday includes a humid dock door in Memphis, Tennessee and a 700-mile final delivery route.

Package design efficiency is the next big lever. Right-sizing the outer carton, reducing wall thickness where safe, changing flute selection from B-flute to E-flute or vice versa, and trimming insert bulk can save a lot of material. I once worked with a nutraceutical brand that was shipping an outer carton with 28% headspace because the bottle “looked better” when the box was oversized. After a redesign, they reduced paperboard use by nearly 22% and cut shipping void fill by 100%, which made their what is sustainable packaging life cycle score far better without hurting the unboxing experience. That one felt good, mostly because I hate paying to ship air, and because the final format fit neatly into a 12-pack case at the packer in Raleigh, North Carolina.

Printing and finishing are often underestimated. Aqueous coatings usually keep recycling compatibility more straightforward than heavy laminations. UV coatings can look premium and hold up well, but they may create a recovery problem depending on the substrate and local recycling system. Foil stamping, soft-touch lamination, and heavy ink coverage can lift a brand visually, yet they can also complicate fiber recovery. That is why what is sustainable packaging life cycle needs both aesthetic and operational judgment. A carton printed on 350gsm C1S artboard with a full-bleed matte laminate may photograph beautifully, but if it slows folding speed by 15% on a line in Orange County, California, the footprint gets worse in ways the brochure never mentions.

Product sensitivity changes everything. Food packaging may need barrier properties for freshness, cosmetics may need scuff resistance and shelf appeal, electronics may need ESD protection and crush resistance, and industrial parts may need moisture control. A package that protects a $2 accessory does not need the same structure as one protecting a $300 device. I have seen teams overspec rigid boxes because they wanted a premium feel for product packaging, then discover the freight and assembly cost was eating their margin. The better question is not “What looks premium?” but “What level of protection is actually necessary?” That is what is sustainable packaging life cycle in operational terms, especially when the premium box requires a 45-minute setup on a folding line in St. Louis, Missouri.

Logistics and fulfillment can swing the result more than people expect. A package with better cube utilization can lower truckloads, reduce warehouse touches, and decrease damage rates. If a design increases pack-out speed from 18 units per hour to 24 units per hour, that is not just a labor improvement; it changes the total environmental and financial profile. In many cases, what is sustainable packaging life cycle comes down to the boring details: pallet height, corrugate compression, seal integrity, and how many people it takes to assemble the box. A 6-second reduction per unit over a 60,000-unit seasonal run in Dallas, Texas can save enough labor hours to matter on both the P&L and the footprint spreadsheet.

For additional industry context, I often recommend the Forest Stewardship Council for responsible fiber sourcing information. FSC certification does not automatically solve every packaging question, but it is one more useful signal when a brand is trying to source paper-based materials with clearer chain-of-custody documentation, particularly for shipments originating from suppliers in Quebec, Canada or the Pacific Northwest.

Step-by-Step: How to Evaluate a Sustainable Packaging Life Cycle for Your Brand

Step 1: Define the product requirements. Start with actual specs: weight, dimensions, fragility, shelf life, climate exposure, shipping distance, and display needs. If you are shipping a 14-ounce candle in winter across 1,000 miles, that is a different requirement set than a 3-ounce lip balm sold through a local boutique. The first part of what is sustainable packaging life cycle is knowing what the package must survive. I know it sounds obvious, but somehow this is the step people try to skip when they fall in love with a concept mockup, even though the carton will still need to survive a 38°F loading dock in Minneapolis, Minnesota.

Step 2: Map the current package and identify hotspots. Look at the current design and ask where waste appears. Is there too much void space? Are returns high because the insert shifts? Is the coating overbuilt? Does the current material run slowly on the line? I sat with a client in a folding carton plant in Nashville, Tennessee who was surprised to learn that a glossy laminated finish was responsible for a 4% increase in reject rates because the scoring cracked on the fold. Small problems like that matter a lot in what is sustainable packaging life cycle, especially when the reject pile fills a gaylord box after only 2,500 pieces.

Step 3: Compare two to four options side by side. Keep the comparison practical. Assess protection, printability, line efficiency, cost, recovery pathway, and supplier availability. You do not need twenty concepts; you need a small set of strong contenders. For example, compare a 24-point SBS carton with aqueous coating, a microflute corrugated mailer, and a molded pulp tray with a paper sleeve. That kind of comparison makes what is sustainable packaging life cycle concrete instead of theoretical, especially if each option comes with a real quote like $0.15 per unit for 5,000 pieces or $0.32 per unit for 10,000 pieces.

Step 4: Request samples and run real tests. I cannot stress this enough. Prototype samples should be dropped, compression-tested, humidity-tested, and run on your fill line. If the package takes 11 seconds to assemble when you need a 3-second cycle, that is a failed design even if the material story sounds strong. Use ISTA-style transit testing where appropriate, and if the package is for retail packaging, check both shelf appearance and shipping durability. That is the practical side of what is sustainable packaging life cycle, and a lab in Charlotte, North Carolina or Atlanta, Georgia can usually turn a basic drop-and-vibe report in 5 to 7 business days after sample receipt.

Step 5: Build a simple scorecard. I like a five-column sheet: product protection, cost, speed, appearance, and recovery. Give each concept a score from 1 to 5, then add notes on any red flags. This is not a perfect life cycle assessment, and I would never claim it is, but it helps internal teams move in the same direction. If someone pushes a pretty concept with a poor recovery path, the scorecard makes that tradeoff visible. That is often enough to make what is sustainable packaging life cycle part of everyday decision-making instead of a one-time sustainability exercise, especially when procurement is asking for a decision before a 20,000-unit purchase order closes.

One of the best client meetings I ever had was with a direct-to-consumer skincare brand in California. They were convinced their old rigid box looked more luxurious, but after line testing we found the paperboard mailer cut assembly time by 19 seconds per unit and reduced freight cube by 12%. The new design also passed compression testing with fewer crushed corners. That is a real-world example of what is sustainable packaging life cycle working exactly as it should: better function, lower waste, and cleaner economics, all from a redesign approved in Los Angeles and produced in a facility near Austin, Texas.

Cost and Pricing: What Sustainable Packaging Really Costs Over the Full Life Cycle

Sustainable packaging can cost more upfront, or less, depending on the structure, print requirements, order volume, and the level of protection needed. A simple corrugated mailer might come in at $0.42/unit for 10,000 pieces, while a custom rigid box with specialty paper, insert, and foil stamping might land closer to $2.10/unit for 5,000 pieces. Those numbers are not universal, but they give you a sense of how the decision changes with material and finishing complexity. That is why what is sustainable packaging life cycle should always be tied to volume and structure, and to the city where the line is running, whether that is Cleveland, Ohio or San Diego, California.

The major cost drivers are easy to list and hard to ignore: substrate price, tooling or die costs, minimum order quantities, freight, storage, labor, assembly time, and waste during production. A die-cut insert that saves 8 grams of board but requires a new tool may not pay back at 2,000 units, yet it may become attractive at 50,000 units. I have negotiated with suppliers who could shave $0.07/unit off the cost only if the order was increased by 20%, and I have seen brands miss those savings because they focused only on the carton price, not the full conversion story. That is the kind of detail that shapes what is sustainable packaging life cycle, especially when a tooling change requires a 12- to 15-business-day lead time from proof approval to first articles.

Lifecycle cost is not the same as unit price. A slightly more expensive carton may reduce damage claims, returns, and pack-out time enough to win on total cost. I watched a client in the beverage sector switch to a reinforced paperboard multipack that was $0.05/unit higher on paper, but they saved more than that in reduced breakage and retailer chargebacks. In other words, what is sustainable packaging life cycle can actually improve margin when the right design eliminates hidden losses, like the 3.4% return rate that disappeared after we added a better score line and a stronger tray insert.

There are also pricing differences between corrugated, paperboard, molded pulp, rigid setups, and plastic formats. Corrugated tends to be efficient for shipping strength and can be very competitive on larger runs. Paperboard is often excellent for custom printed boxes and retail packaging where graphics matter, but specialty finishing can push cost up quickly. Molded pulp is attractive when cavity protection and fiber recovery matter, yet tooling and tolerances need careful attention. Plastic can be cost-effective in some applications, but the recovery path and regulatory climate vary widely. The right answer to what is sustainable packaging life cycle depends on these moving parts, not a single price line, and a 350gsm C1S artboard carton with aqueous coating may outprice a plain kraft mailer by only $0.04 when the order reaches 8,000 units.

I always tell clients to ask for two numbers: the unit price and the total landed cost. If one option is cheaper by $0.03/unit but adds 8% more freight volume and 2% more breakage, it may be more expensive in the end. That is one of the clearest examples of why what is sustainable packaging life cycle matters to finance teams as much as sustainability teams, especially when fuel surcharges, warehouse touches, and damaged goods are all line items on the same monthly report.

Common Mistakes Brands Make When Assessing Sustainable Packaging

Mistake 1: Trusting a label without checking the recovery system. A package that says recyclable or compostable is not automatically better if the local infrastructure cannot process it. I have seen brands print compostable claims on sleeves that were sold into markets with zero industrial compost access, including smaller towns in upstate New York where the nearest facility was hundreds of miles away. That is a weak place to stand if you are trying to explain what is sustainable packaging life cycle honestly.

Mistake 2: Focusing only on material content. Recycled content matters, but it is not the entire story. You also need to consider transportation weight, damage rates, conversion energy, and assembly labor. A light package that fails in transit can create more waste than a heavier one. That is a hard truth, but it is central to what is sustainable packaging life cycle, especially if a 6-ounce lighter carton causes a 4% increase in damaged returns from a distribution center in Kansas City, Missouri.

Mistake 3: Over-specifying finishes. Heavy laminates, complicated foils, and premium coatings can make a package look impressive on a shelf, but they may add cost and reduce recovery value. I once reviewed a luxury carton with three finishing steps and a window patch, and the production manager admitted that nearly 9% of the run was lost to setup and rejects. Pretty is not automatically efficient, and what is sustainable packaging life cycle rewards efficiency, particularly in plants where a 30-minute changeover can cost $600 in labor and downtime.

Mistake 4: Skipping prototype testing. You would be surprised how often teams approve a concept from a PDF and never run a real drop test. Then the box arrives at the fulfillment center and fails under humidity, vibration, or stacking pressure. The result is more rework, more waste, and more frustration. No theory can replace a proper test when you are deciding what is sustainable packaging life cycle should look like for your product, and a 36-inch drop test in a Chicago lab can reveal a weak corner that no mockup on a screen ever shows.

Mistake 5: Treating sustainability as a marketing claim instead of a design discipline. If the packaging story is not supported by actual manufacturing and shipping performance, customers notice. Retail buyers notice too. A package should do its job first, then tell a truthful sustainability story second. That is the only way what is sustainable packaging life cycle supports both trust and operations, whether the package is shipped from a co-packer in Fort Worth, Texas or assembled by hand in a small shop in Asheville, North Carolina.

“The best sustainability win we ever got was not a fancy material swap. It was trimming 6 millimeters off the carton length and cutting the void fill in half.”

Expert Tips and Next Steps for Better Sustainable Packaging Decisions

Start with right-sizing. That is the fastest win in most packaging programs, and it often costs nothing except a few hours of redesign work. If you reduce empty space, you usually reduce material, freight cube, and fill voids all at once. In my experience, this is one of the cleanest ways to improve what is sustainable packaging life cycle without forcing a complete rebrand or a major tooling reset, especially if the change is as simple as reducing the carton length by 4 mm and adjusting the tuck flap by 2 mm.

Choose materials that match your actual recovery markets, not the most optimistic label you can print. If most of your buyers live in curbside recycling regions, paper-based options may make sense. If your main channel is specialty retail in cities with stricter collection systems, that changes the calculation. The point is to line up what is sustainable packaging life cycle with reality, not aspiration, and that means checking whether the package will be handled in Phoenix, Arizona, Philadelphia, Pennsylvania, or a rural county with limited recovery access.

Work with suppliers who can talk about board grades, resin types, die geometry, and finishing options in plain language. A good supplier should be able to explain why a 350gsm C1S artboard with aqueous coating behaves differently from a 24-point SBS stock, or why a microflute outer may outperform a rigid setup for a certain product. The more specific the conversation gets, the faster you get to a better answer on what is sustainable packaging life cycle. If the supplier says everything is “premium” without explaining why, I tend to get a little twitchy, especially if they cannot tell you whether the samples will be ready in 7 business days or 15.

Set a small internal scorecard and use it every time. Five columns are enough: protection, cost, speed, appearance, and recovery. If one concept scores high on appearance but low on line speed and recovery, that mismatch should be visible immediately. I have seen teams save weeks of debate by using a simple scorecard, and that kind of discipline is exactly what what is sustainable packaging life cycle calls for. It also makes supplier quotes easier to compare when one option is $0.19/unit and another is $0.27/unit but runs twice as fast.

Next, audit one current package. Gather two or three samples from suppliers, run a transit test, measure assembly time, and document the damage rate. If you are already using Custom Packaging Products, compare the existing format against a lighter or more efficient option and see where the real tradeoffs land. That single exercise can tell you more than a dozen marketing decks, particularly when the data comes from a 5,000-unit pilot order shipped from a facility in Tampa, Florida.

If you need to present the findings internally, keep the story grounded. Say what changed, by how much, and why it matters. For example: “We cut board usage by 15%, reduced pack-out time by 9 seconds per unit, and kept the same drop performance on the ISTA-style test.” That kind of statement builds trust because it is measurable. And measurable is where what is sustainable packaging life cycle becomes useful, whether the audience is procurement, operations, or a CFO asking about payback on a 25,000-piece run.

One last thing: do not let the perfect become the enemy of the better. You do not need a flawless package to make progress. You need a package that performs well, reduces avoidable waste, and fits your actual supply chain. That may sound modest, but in a plant setting, modest improvements at scale can be enormous. That is the practical truth behind what is sustainable packaging life cycle, and it is why a 2% reduction in damage in Detroit, Michigan can matter more than a glossy sustainability promise that never leaves the sales deck.

For companies building branded packaging or custom printed boxes, the smartest move is usually a measured one: simplify the structure, test it hard, and keep the recovery path honest. I have seen that approach save money, reduce damage, and improve customer perception all at once. And that, in plain packaging terms, is what sustainable packaging life cycle is really about, whether the job is a 3,000-piece launch in Brooklyn, New York or a 100,000-piece national rollout from a converter in Los Angeles, California.

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