Should food companies prioritize recyclable or compostable packaging materials?

For most food companies, recyclable packaging is the more practical choice over compostable packaging. Recyclable materials benefit from established collection infrastructure, clear regulatory support, and broader consumer access, making them a scalable option for the food industry right now. That said, the right answer depends on your product type, target market, and the packaging materials available to you. The sections below cover the key questions food companies are asking as they navigate this decision in 2026.

What is the difference between recyclable and compostable packaging?

Recyclable packaging is designed to be collected, processed, and turned into new materials through existing waste management systems. Compostable packaging is designed to break down into organic matter under specific conditions, either in industrial composting facilities or, in some cases, in home compost. The two routes are fundamentally different in how they return value to the material cycle.

Recyclable packaging retains material value. Cardboard, paper, glass, and many plastics can be reprocessed into new packaging or other products, reducing demand for virgin raw materials. The key requirement is that the packaging reaches a sorting facility and is technically compatible with recycling streams.

Compostable packaging, by contrast, is designed to disappear. When it works as intended, it adds nutrients to soil rather than feeding back into a manufacturing process. However, compostability is not a universal property. Most certified compostable packaging requires industrial composting conditions, including specific temperature and humidity ranges, that are not present in a standard household bin or garden compost heap. Composting is only effective under the right conditions.

Which packaging type has a lower environmental impact?

Recyclable packaging generally has a lower overall environmental impact than compostable packaging, particularly for food applications. The key reason is that recyclable materials can re-enter the production cycle, reducing the need for new raw materials, whereas composting recovers only the organic content and loses the energy and resources embedded in manufacturing the packaging.

The picture is more nuanced when looking at specific materials. Fiber-based packaging made from renewable wood fiber combines a low-carbon raw material with genuine recyclability in most European markets. Compared to conventional hard plastic trays, a fiber-based tray can generate significantly fewer carbon dioxide emissions over its life cycle — not because of composting, but because of the material itself and the efficiency of fiber recycling infrastructure.

Compostable packaging can offer benefits in closed-loop settings, such as catering or events where food waste and packaging waste are collected together. Outside those controlled environments, the environmental benefit is often theoretical rather than realized, because the packaging ends up in general waste rather than reaching an industrial composting facility.

Why can’t most compostable food packaging actually be composted?

Most compostable food packaging cannot actually be composted in practice because the infrastructure to process it at scale does not exist for the majority of consumers. Certified compostable packaging requires industrial composting conditions — typically sustained temperatures above 55 degrees Celsius — which cannot be replicated in home composting. Without access to an industrial facility, compostable packaging usually ends up in residual waste.

There is also a sorting problem. Compostable packaging often looks and feels similar to conventional plastic, which means it is frequently placed in the wrong bin. When compostable packaging enters plastic recycling streams, it can contaminate the batch and reduce the quality of recycled output. When it enters general waste, it goes to landfill or incineration, where its compostability provides no benefit.

Food contact is another complication. Packaging that has been in contact with meat, fish, or ready meals is often excluded from organic waste collection for hygiene reasons, which removes the most common route to composting even where facilities exist. For fresh food producers, this effectively closes the composting pathway for most of their packaging in most markets.

What do EU packaging regulations require from food companies?

The EU Packaging and Packaging Waste Regulation (PPWR) — an EU-level regulation that applies directly in all member states without requiring national implementation — begins applying from 12 August 2026. It requires all packaging placed on the EU market to be recyclable at scale by 2030, and sets a binding recycling target of 75% for paper and board packaging by that same date. The regulation also introduces extended producer responsibility, meaning food companies bear financial responsibility for the end-of-life management of their packaging, with fees modulated based on recyclability and recycled content.

Compostable packaging is not excluded from these requirements, but it is not treated as an automatic alternative to recyclability. The PPWR sets clear recyclability performance expectations, and packaging that cannot be recycled at scale will face higher producer responsibility fees. This creates a direct financial incentive to prioritize recyclable formats.

From August 2026, the regulation also prohibits intentionally added PFAS in food-contact packaging above strict threshold limits. This affects grease-resistant coatings used in some paper and board trays, as well as certain laminated structures. Food companies using coated fiber packaging need to verify that their suppliers meet the new thresholds. Jospak’s fiber materials and manufacturing processes already comply with these strict purity requirements, and the risk from unintentional PFAS residues in recycled fiber is actively managed. There is no transition period and no grandfathering for existing stock.

Digital labeling requirements follow from 2027, when packaging must carry identifiers such as QR codes linking to structured information about material composition and recyclability. Planning for this now reduces the cost of compliance later.

Should food companies choose recyclable or compostable packaging?

In most cases, recyclable packaging is the more practical choice for food companies. Recyclable formats are supported by existing collection infrastructure across European markets, align directly with PPWR requirements, and offer a credible, verifiable sustainability story that both regulators and consumers can act on. Compostable packaging remains a niche solution best suited to closed-loop environments where industrial composting infrastructure is guaranteed.

The strongest argument for recyclable packaging in the food sector is practicality. Recyclability functions at the scale food manufacturers operate at, across retail, foodservice, and export markets. Consumer behavior studies consistently show that fiber-based and glass packaging score highest for perceived recyclability, and EU packaging policy reinforces recyclability as the primary end-of-life target. The PPWR’s design-for-recycling principle — requiring packaging to be recyclable at scale by 2030 — directly supports strategies built around fiber-based formats, where the carton and film are separated so that valuable fiber re-enters existing collection systems.

Compostable packaging may be worth considering in specific, controlled contexts: zero-waste catering operations, markets with mature organic waste collection, or product categories where industrial composting infrastructure genuinely reaches the end consumer. Outside those situations, the gap between certified compostability and actual composting in practice is wide enough to undermine the environmental case.

If your company is working through this decision and needs to assess your current packaging footprint against PPWR requirements and sustainability goals, we at Jospak offer a sustainability consulting service that can help map out a practical path forward based on your specific product range and markets.

What recyclable packaging options are available for fresh food products?

For fresh food products requiring modified atmosphere packaging (MAP), the main recyclable options are fiber-based trays with a thin barrier film, mono-material plastic trays designed for recycling, and recyclable rigid plastic formats. Fiber-based trays represent the most significant shift in the market right now, combining genuine recyclability with a substantial reduction in plastic content compared to conventional hard plastic trays.

Fiber-based MAP trays address one of the core technical challenges in sustainable fresh food packaging: maintaining gas tightness for products like meat, fish, poultry, and ready meals while using a material that can enter cardboard recycling streams. The Jospak® carton tray, for example, is recyclable as cardboard in markets including Finland, Sweden, Germany, Poland, and Switzerland, and reduces plastic use by up to 92% compared to an equivalent hard plastic tray. The tray is made from at least 85% recycled fiber. It is suitable for microwave use and freezing; oven suitability depends on the selected material type. The fiber-based tray should be recycled as cardboard — it does not belong in the bio-waste bin.

The World Packaging Organisation and national packaging industry bodies published updated recyclability guides in 2025 that reflect PPWR requirements, offering food manufacturers practical guidance on which material and format combinations qualify as recyclable under the new framework. These are useful reference points when evaluating supplier claims.

When evaluating options, the key factors to weigh are the recyclability of the format in your primary markets, compatibility with your existing filling and sealing lines, shelf life performance for your specific product, and how the packaging will be labeled and communicated to consumers. Fiber-based trays have the added advantage of fitting directly onto existing tray sealing equipment used for conventional plastic trays, which reduces the barrier to switching.