When customers walk into our café, pick up their morning oat milk latte paired with a vegan wrap in a to-go container, and glance at the label that says “100% Compostable,” most assume that’s the end of the environmental impact story. As the owner of an eco friendly to go containers supply company, I hear that assumption all the time—and it’s a myth I’ve spent years unpacking, one order, one conversation at a time. Producing sustainable to go containers isn’t as simple as swapping plastic for a plant-based alternative. There’s a tangled web of farming, processing, transportation, and waste management that shapes their real environmental footprint, and it’s critical to get that right before we celebrate “eco-friendly” as a catch-all solution. Eco Friendly To Go Containers
Let’s start with the biggest component of most plant-based to go containers today: polylactic acid, or PLA. Unlike conventional plastic, which is made from fossil fuels like crude oil, PLA is derived from fermented plant sugars—most often from corn starch or sugarcane. On the surface, that sounds like a win for the planet. But dig a little deeper, and it’s not that straightforward. The corn used for most PLA production in the U.S. is not the heirloom variety grown by small family farms for generations; it’s commodity corn, the same crop that drives industrial monocropping across the Midwest. Monocropping, where vast fields are planted with a single crop year after year, strips the soil of essential nutrients, leading to widespread use of synthetic fertilizers. A 2022 study from the Union of Concerned Scientists found that corn production for PLA generates 2 to 3 times more nitrous oxide emissions than conventional wheat production for food. Nitrous oxide is a greenhouse gas 298 times more potent than carbon dioxide over a 100-year period, so those emissions offset some of the fossil fuel benefits of switching from plastic to PLA.
Sugarcane-based PLA, which is more common in regions like Brazil, has its own set of issues. Large-scale sugarcane plantations often displace native ecosystems, including the Amazon and Cerrado, which are vital carbon sinks. A 2021 report from the World Wildlife Fund documented that between 2010 and 2020, over 1.2 million hectares of Cerrado were cleared for sugarcane expansion, much of it destined for bioplastics production. Even when sugarcane is grown on existing agricultural land, the processing stage has a heavy environmental cost. Fermenting plant sugars to make lactic acid, then polymerizing that acid into PLA resin, requires large amounts of energy. Most bioplastic manufacturing facilities rely on grid electricity that still comes from fossil fuels, particularly in parts of Asia where much of the world’s PLA is produced. A 2020 life cycle assessment (LCA) published in the Journal of Cleaner Production found that PLA production generates 40% more greenhouse gas emissions than producing conventional polyethylene terephthalate (PET) plastic when energy from coal is used to power factories. That’s a number that surprises a lot of our clients—they assume plant-based equals low impact, but the numbers don’t lie when you look at the full supply chain.
Of course, not all eco friendly to go containers are made from PLA. Some use bagasse, the fibrous byproduct of sugarcane juice extraction, which would otherwise be burned or left to decompose in fields. Bagasse containers have a smaller upstream footprint in many ways, because they’re using a waste product instead of a primary crop. But even here, there are caveats. Bagasse processing requires extensive pulping and molding, which uses large amounts of water and bleach to achieve the smooth, white surface customers expect. Chlorine-based bleaching, which is still common in many bagasse factories, releases dioxins—highly toxic chemicals that persist in the environment and accumulate in the food chain. A 2019 study from the Environmental Working Group found that unbleached bagasse containers have 30% lower water usage in production than bleached ones, and eliminate dioxin emissions entirely. That’s why we made the switch to 100% unbleached bagasse for our line of hot food containers two years ago—it was a small extra cost upfront, but it cut our water pollution footprint significantly and our clients love the subtle, natural brown look that’s become a signature for our products.
Another factor that’s often overlooked in production is transportation. Most raw materials for eco friendly containers are grown in one region, processed in another, and shipped to distribution centers across the globe. For example, a bagasse container made in India might use sugarcane from rural Maharashtra, be pulped in a factory in Tamil Nadu, shipped to a port in Singapore, then transported to our warehouse in the U.S. Midwest. That cross-ocean shipping adds a huge amount of greenhouse gas emissions. A 2023 LCA from the Sustainable Packaging Coalition found that transportation can account for 25 to 35% of a container’s total carbon footprint, depending on how far its components travel. We’ve worked to mitigate that by partnering with a domestic PLA manufacturer in Iowa, where the corn is grown within 100 miles of the factory, and a bagasse processor in Texas that sources sugarcane byproduct from local farms. Cutting that international shipping down has reduced our containers’ carbon footprint by 18% in just two years—small changes in supply chain choices add up to big environmental gains.
Water usage is another critical environmental impact of producing eco friendly to go containers, especially in a time of widespread drought. PLA production requires approximately 1,800 liters of water per kilogram of resin, according to a 2021 report from the European Bioplastics Association. That’s more than double the water used to make conventional plastic, which is processed at much higher temperatures with less water-intensive steps. Bagasse containers, while they use less energy in processing, still require around 1,200 liters of water per kilogram for pulping and molding, unless the factory uses closed-loop water systems that recycle 95% of process water. We invested in closed-loop systems at our two production partners in 2022, and now our water usage for each container is down to 450 liters per kilogram—on par with some of the best conventional paper containers on the market, and far lower than most PLA producers.
Of course, no discussion of environmental impact is complete without talking about end-of-life, but it’s important to remember that end-of-life starts at production. The design of a container directly affects how it can be recycled or composted, and many eco friendly containers are so contaminated during use (think: leftover food grease, sauce, or coffee stains) that they can’t be processed correctly. That’s why we design our containers with a neutral barrier that’s made from plant-based wax, not plastic, so it’s still compostable, but it prevents grease from seeping through and ruining batches at composting facilities. We also print all our labels with soy-based ink, no plastic coatings, and we make sure our lids are separate, so customers can recycle the lids as rigid plastic if they have access to that service, or compost them if not. That design choice starts with our production team, who test every new prototype for barrier performance and compostability, not just for how it looks or feels in a customer’s hand.
As someone who’s been in this business for eight years, I’ve seen the trend from “plastic is evil” to “eco-friendly is perfect” and everything in between. The truth is, there is no perfect to go container—every option has trade-offs. Conventional plastic is cheap and easy to produce, but it takes 400 years to decompose, and 90% of it ends up in landfills or the ocean. Compostable containers can take 90 to 180 days to break down in a commercial compost facility, but they’re useless if they get tossed in a regular trash bin. The real environmental impact isn’t just about what the container is made of—it’s about how it’s produced, how it’s used, and how it’s disposed of.
That’s why our company’s mission isn’t just to sell “eco friendly to go containers”—it’s to make products that have the smallest possible footprint across their entire life cycle, and to educate our clients (cafés, restaurants, catering companies, college campuses) on how to use them responsibly. We work with each of our clients to understand their local waste management infrastructure, so we can recommend the right type of container for their area. If a client is in a rural area with no access to commercial composting, we suggest our line of durable, reusable containers instead of single-use ones, because even compostable containers don’t break down in backyard bins, and they’ll sit in a landfill for years, releasing methane as they decompose without oxygen. If a client is in an urban area with curbside compost pickup, we push our unbleached bagasse containers because they have the lowest overall environmental impact for their supply chain and production.
I’ve had clients come to us asking for the cheapest “green” containers, and I always walk them through the trade-offs. A $0.05 PLA container might seem like a steal, but if its production uses corn that drives deforestation or has high emissions from coal-powered factories, that cost is borne by the environment, not just the customer. We price our containers slightly higher than that, but we can point to the third-party LCAs that prove our products have 30% lower carbon footprints than most PLA alternatives, and our closed-loop water systems reduce our partners’ impact on local water supplies.
As we look to the future, there are still innovations we’re working on to reduce the environmental impact of our containers even more. We’re testing mushroom-based mycelium as a structural component, which would eliminate the need for any bleaching or chemical processing. We’re also partnering with regenerative farms to source our bagasse from farms that use no synthetic fertilizers or pesticides, so the entire supply chain supports soil health instead of depleting it. But for now, the most important thing is to be transparent about the real environmental impact of eco friendly containers—not just the marketing claims, but the numbers, the supply chains, and the trade-offs that come with every choice.
If you’re a business looking to reduce your to-go packaging footprint, we can help you navigate these choices. We don’t do one-size-fits-all solutions; we work with you to understand your needs, your local waste infrastructure, and your sustainability goals, so you can make a choice that’s good for your business and good for the planet. Whether you’re a small neighborhood café or a large catering company, we can customize our products to fit your brand and your budget, while delivering the eco-friendly performance you expect. Reach out to our team to start a conversation about how we can partner on sustainable packaging that makes a real difference.
Disposable Plates References
Union of Concerned Scientists. (2022). The Hidden Environmental Costs of Bioplastic Production.
World Wildlife Fund. (2021). Sugarcane Expansion and Ecosystem Loss in the Cerrado.
Journal of Cleaner Production. (2020). Life Cycle Assessment of Polylactic Acid (PLA) vs. Conventional Plastic Packaging.
Environmental Working Group. (2019). The Environmental Impact of Bleached vs. Unbleached Bagasse Containers.
Sustainable Packaging Coalition. (2023). Life Cycle Assessment of To-Go Packaging Transportation Impacts.
European Bioplastics Association. (2021). Water Usage in Bioplastic Manufacturing.
Hangzhou Zhaozhan Packaging Co., Ltd.
We are one of the most professional eco friendly to go containers manufacturers and suppliers in China, also support customized service with low price. We warmly welcome you to buy bulk eco friendly to go containers made in China here from our factory. If you have any enquiry about quotation, please feel free to email us.
Address: No. 718, Fengting Road, Linglong Sub-district, Lin’an District, Hangzhou City, Zhejiang Province, China
E-mail: zhaozhanbaozhuang@163.com
WebSite: https://www.ecozindustry.com/
