At PLA Bottles, we are leading the way in fossil plastic-free packaging with industrial compostable, recyclable, and cleanly burnable solutions for water, milk, and juices. As a trusted supplier and manufacturer of PLA preforms and bottles, we are committed to reducing plastic pollution and creating a healthier planet for future generations.
Our PLA (Polylactic Acid) bottles are made from renewable plant-based materials, offering a sustainable alternative to petroleum-based plastics. Unlike traditional plastics, our bottles are industrial compostable, breaking down in controlled composting facilities without leaving toxic residues or microplastics. Even if they end up in a landfill, they will naturally degrade over time without leaving microplastic and toxins behind, unlike fossil-based plastics that persist for centuries. Additionally, our bottles can be recycled or cleanly incinerated, providing multiple environmentally responsible end-of-life options.
Our mission is clear: eliminate fossil plastic waste and microplastic pollution. We are continuously innovating and developing next-generation plant-based preforms, particularly for juice and milk packaging. As we push the boundaries of sustainable packaging, we are excited to share our progress and bring truly non-toxic, circular packaging solutions to the market.
Join us in building a fossil plastic-free future with PLA Bottles.
At PLA Bottles EU, we’re dedicated to minimizing our environmental impact by replacing petroleum-based products like bottles, straws, and utensils with eco-friendly alternatives. Our industrial compostable preforms are crafted from non-GMO, plant-based resins such as PLA and PHA, making them a truly sustainable choice.
Our PLA bottles offer versatile disposal options, including industrial composting, recycling, incineration, and even digestion alongside food waste. We are also developing closed-loop systems that enable the collection and proper processing of empty bottles and caps, reducing transportation needs and waste disposal costs.
In collaboration with bottlers, we’re bringing our bottles to market filled with premium water, providing consumers with the finest water in the world, packaged in the most planet-friendly bottle available. By choosing PLA over fossil-based plastics, we’re not only lowering our carbon footprint but also fostering a circular economy and contributing to the creation of plastic-free environments.
Join us in making a positive difference for the planet!
First findings from a new meta-study conducted by HYDRA Marine Sciences on PLA in the environment found that in contrast to non-biodegradable polymers, PLA will eventually fully hydrolyze and biodegrade, meaning no persistent particles should remain and accumulate in the environment.
In recent years, there has been increasing concern about the environmental and health risks of nano- and microplastics. Everything in the natural world, whether organic or inorganic, breaks down over time. Plants biodegrade into
humus, which ultimately mineralizes into carbon dioxide and water, closing the natural cycles. However, when synthetic materials like conventional, non-biodegradable plastics wear down, they produce persistent nano and microplastics that are out of place in the natural environment.
There is rightful concern over the impact of synthetic, persistent microplastics, with questions being asked about the implications of their chemistry, potential toxicity, and long-term fate in the environment. As we begin to understand
microplastics’ effects on human and environmental health, biobased and compostable polymers like polylactic acid (PLA) are increasingly viewed as a
more sustainable long-term alternative.
Check out the comparison of the different packaging materials on: CO2 emissions, energy use, and water use.
The 2025 Life Cycle Assessment (LCA) of Luminy® PLA by TotalEnergies Corbion provides a detailed evaluation of the environmental impact of their biobased and recycled-content PLA materials.
This independent study follows ISO 14040/44 standards and assesses the full cradle-to-gate footprint of Luminy® PLA produced from sugarcane in Thailand. The report compares virgin PLA with versions containing 20% and 30% chemically recycled PLA, offering valuable insights into the benefits of circular production. Results show significant reductions in CO₂ emissions, water use, and land occupation when recycled content is used.
The 30% rPLA grade, in particular, achieves a much lower carbon footprint than fossil-based plastics and even outperforms virgin PLA. The study highlights the effectiveness of chemical recycling in reducing environmental impact and supporting a closed-loop economy. It also emphasizes the role of biogenic carbon storage in helping to meet climate goals.
This LCA confirms that recycled-content PLA is a smart choice for brands seeking sustainable packaging solutions. The report provides credible data for manufacturers, policymakers, and consumers interested in low-impact materials. You can download the full report below to explore the findings in detail.
Camila Canturin, Alessandra Rojas and Rafael Villanueva from the Industrial Engineering Department of the Universidad de Lima, conducted a report on Replacing PET plastic with
Biobased plastics from agricultural crops. The shift from fossil-based to renewable resources is essential for achieving the EU’s climate neutrality goals by 2050. Bioplastics –
PLA does not create persistent microplastics First findings from a new meta-study conducted by HYDRA Marine Sciences on PLA in the environment found that in
Biodegradable vs. Compostable Biodegradable and compostable are two terms that are often used interchangeably, but they actually have different meanings and implications. Understanding the differences
Polylactic Acid (PLA) is a biodegradable, bio-based polymer made from fermented plant sugars. The use of PLA as a feedstock for anaerobic digestion to produce
Compostability Certifications in Australia: An Overview Composting is an important part of waste management and sustainability in Australia, and compostability certifications play a crucial role
Bioplastics are an essential part of the bioeconomy and a fast-growing, innovative industry that has the potential to decouple economic growth from resource depletion and environmental impact. Bioplastics are a diverse family of materials with differing properties. There are three main groups:
PLA is the bio-plastic that we use for our plant-based bottles, caps, and labels. PLA is one of the bioplastics that has the highest volume of production and is the most widespread bio-plastic in the industry. Our PLA bottles are made from sugarcane and are NON-GMO.
The much newer bio-plastic PHA is at the moment researched and tested within our company to become a candidate for making preforms and bottles.
The plant-based bottle is made out of Polylactic acid (PLA), a 100% compostable and recyclable material made out of NON-GMO plants (no genetically modified plants are used). No petroleum resources are needed for our products.
As a manufacturer compostable bottles it is our plan to distribute our plant-based compostable bottles within “closed-loop” venues, whereby used containers are collected on-site and undergo proper end-of-life processing. This way we can create the highest environmentally impact of switching to a PLA – plant-based bottle.
A lot of locations can be set up as closed-loop locations. Some are better equipped than others to become a fully closed loop for our bottles.
Our compostable and recyclable PLA bottles have multiple end-of-life solutions and we welcome also brand/clients with products sold in normal retail to look at the benefits of a PLA packaging. Every end-of-life has its own benefits and together with our clients, we decide which solution fits their situation best.
Mechanical recycling is the processing of our PLA bottles in which the chemical bonds of the plastics are not broken down. The waste is ground mechanically and melted by an extruder
With chemical recycling, the chemical structure of our plant-based bottles is changed and broken down into the original building blocks (polylactic acid) that make up the PLA. With this polylactic acid new PLA can be made.
The plant-based bottles can also be collected for sending them to the incinerator our PLA bottles will burn without toxic outcome. Pressed in blocks our bottles will give the same energy value as hard wood.
Our PLA bottles of water can also be easily composted in industrial composter factories.
“compostable” means; material that is certified according to European standards EN 13432 (packaging) and EN 14995 (products) and is composted in industrial composting installations.
The on side composting machine is a patented commercial biodigester that decomposes our compostable bottles and all food waste within 24 – 48 hours.
