Food-grade vs non-food-grade rPET: What brands must know before procurement

Food-grade vs non-food-grade rPET: What brands must know before procurement

Food-grade vs non-food-grade rPET

Food-grade vs non-food-grade rPET: What brands must know before procurement

It usually starts with a simple goal.

A brand wants recycled plastic in its packaging. Procurement begins speaking to suppliers. A few batches of rPET flakes arrive for evaluation.

And then someone asks the question that changes the entire discussion. “Can this even go back into a bottle?”

That is usually the moment when the conversation becomes uncomfortable. Because while many suppliers sell rPET, not all of it can be used in food or beverage bottles.

And if a brand gets this distinction wrong, the consequences are far from minor. Compliance risks, packaging failures, and supply disruptions can follow.

So, before any purchase order is signed, brands need to clearly understand one basic thing: food-grade rPET and non-food-grade rPET are not the same material, even if they look identical.

If all rPET comes from bottles, why can’t it all go back into bottles?

Most rPET starts its life as a PET bottle. After use, these bottles are collected, sorted, cleaned, and recycled.

But the journey from waste bottle to new bottle is not simple.

During collection and recycling, plastic can pick up contaminants. These may come from labels, other plastics, food residue, chemicals, or even the environment where the waste was stored.

For recycled plastic to be used again in food or beverage packaging, those contaminants must be removed to extremely strict levels.

That is why regulators worldwide require special recycling processes for food-grade rPET.

According to the Food Safety and Standards Authority of India (FSSAI) and the Bureau of Indian Standards (BIS), recycled PET used in food packaging must undergo validated decontamination processes that remove potential contaminants to safe levels.

Without this step, recycled PET cannot legally or safely be used for food packaging.

So what actually makes rPET “food-grade”?

Food-grade rPET is not simply recycled plastic. It is recycled plastic that meets strict safety and traceability standards.

To produce bottle-to-bottle material, recyclers must control the process from start to finish.

Key requirements usually include the following:

  • Controlled feedstock, primarily post-consumer PET bottles
  • Advanced washing and sorting systems
  • Super-clean recycling technology that removes contaminants
  • Regulatory compliance with food-contact standards
  • Traceability of the waste stream

In India, compliance with Bureau of Indian Standards (BIS) guidelines is critical for food-contact recycled plastics.

These standards ensure that the rPET flakes or pellets produced are safe for reuse in beverage bottles and food packaging.

Without these safeguards, recycled PET may still be useful. But it cannot be classified as food grade.

Then, where does non-food-grade rPET go?

A large portion of recycled PET globally is actually non-food-grade rPET.

This material still has value. It simply serves different industries.

Common applications include:

  • polyester fibre used in textiles
  • packaging straps
  • thermoformed trays
  • plastic sheets and industrial packaging

Because these uses do not involve direct food contact, the contamination thresholds and regulatory requirements are different.

According to a study, only a portion of recycled PET is processed through systems designed for bottle-to-bottle recycling. The rest flows into these non-food applications.

For brands that need recycled content in beverage bottles or food packaging, this distinction matters greatly.

Why procurement teams often struggle with rPET sourcing

On paper, sourcing rPET looks like a straightforward procurement exercise.

In reality, it is tightly linked to the entire recycling ecosystem behind the material.

Many brands focus only on price and material specifications when evaluating suppliers. But food-grade recycled PET depends on factors that sit much earlier in the chain.

Questions procurement teams often overlook include:

  • Where were the bottles collected from?
  • How were they sorted and processed?
  • Is the recycling process validated for food contact use?
  • Is the material traceable back to post-consumer PET bottles?

Without clear answers, brands may unknowingly purchase material that cannot legally or safely be used in food packaging.

That is why leading companies are starting to look beyond suppliers and examine the systems that produce the rPET in the first place.

Food-grade rPET

The quality of rPET starts long before recycling

High-quality rPET does not begin inside a recycling plant.

It begins with the collection system.

If the incoming PET bottles are poorly sorted, heavily contaminated, or mixed with other plastics, even the best recycling technology struggles to produce food-grade material.

This is why strong recovery networks, efficient sorting infrastructure, and transparent supply chains play such a critical role in bottle-to-bottle recycling.

In other words, the quality of the recycling ecosystem determines the quality of the rPET it produces.

Building the system behind reliable food-grade rPET

At ReCircle, the focus is not just on supplying recycled material. The focus is on building the system that enables high-quality rPET.

Through a pan-India recovery network, ReCircle works with collection partners to recover post-consumer PET bottles. These bottles are sorted and processed through traceable supply chains designed to support bottle-to-bottle recycling.

The result is high-quality food-grade rPET flakes produced from post-consumer PET bottles.

These flakes are:

  • suitable for bottle-to-bottle applications
  • fully traceable across the supply chain
  • compliant with BIS standards

For brands looking to increase recycled content while maintaining packaging safety and regulatory compliance, this system-first approach matters.

Looking to procure food-grade rPET?

Demand for recycled packaging will only continue to grow, but sourcing the right rPET requires transparency and strong recycling infrastructure.

ReCircle’s pan-India recovery network collects post-consumer PET bottles and converts them into traceable, BIS-compliant bottle-to-bottle rPET flakes suitable for food and beverage packaging.

If your brand is planning to increase recycled content in packaging, connect with the ReCircle team to explore procurement options and secure a consistent supply of food-grade rPET.

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Frequently Asked Questions

1. What is the difference between food-grade and non-food-grade rPET?
Food-grade rPET is recycled PET plastic that has been processed through validated decontamination and recycling systems so it can safely come into contact with food and beverages. Non-food-grade rPET, while still valuable, does not meet these strict safety standards and is typically used for products such as textiles, packaging straps, or industrial sheets. The key difference lies in the recycling process, traceability, and regulatory compliance required for food contact.
2. Can all recycled PET be used to make new beverage bottles? +
No. Only rPET that has gone through specialised bottle-to-bottle recycling systems and validated decontamination processes can be used to manufacture new beverage bottles. Many recycled PET streams contain contaminants or mixed plastic inputs, which makes them unsuitable for food packaging applications.
3. What regulations govern food-grade rPET in India? +
In India, food-grade recycled PET must comply with guidelines from regulatory authorities such as:
  • Bureau of Indian Standards (BIS)
  • Food Safety and Standards Authority of India (FSSAI)
  • Plastic Waste Management Rules under India’s EPR framework
These regulations ensure that recycled PET used in food packaging undergoes validated decontamination and meets strict safety limits for contaminants.
4. What is bottle-to-bottle recycling in PET? +
Bottle-to-bottle recycling refers to the process where used PET bottles are collected, cleaned, and processed into high-purity rPET flakes or pellets that can be used to manufacture new food or beverage bottles. This closed-loop system helps reduce dependence on virgin plastic and supports circular packaging systems.
5. What should brands check before procuring food-grade rPET? +
Procurement teams should evaluate several factors before purchasing rPET:
  • Source of the PET bottles and feedstock quality
  • Traceability of the recycling supply chain
  • Validated food-contact recycling processes
  • Compliance with BIS and relevant safety standards
  • Consistency and reliability of material supply
These checks help ensure the material is truly suitable for food packaging applications.
6. Why is traceability important when sourcing rPET? +
Traceability allows brands to track where the recycled PET bottles were collected, how they were processed, and whether the recycling process meets food safety standards. Without traceability, it becomes difficult to verify whether the rPET is suitable for bottle-to-bottle applications or compliant with regulatory requirements.
7. What are the common contaminants that affect rPET quality? +
Common contaminants that reduce rPET quality include:
  • PVC and other incompatible plastics
  • Labels, adhesives, and glue residues
  • Food residues or liquids
  • Dirt, moisture, or environmental contamination
Even small amounts of these contaminants can affect the performance and safety of recycled PET in packaging.
8. Where is non-food-grade rPET commonly used? +
Non-food-grade rPET is widely used in several industries where direct food contact is not required. Typical applications include:
  • Polyester fibres used in clothing and textiles
  • Plastic strapping used in logistics
  • Thermoformed trays and sheets
  • Industrial plastic packaging
These applications still benefit from recycled plastic while maintaining appropriate safety standards.
9. Why does the recycling system matter when producing high-quality rPET? +
The quality of rPET is strongly influenced by the recycling ecosystem behind it. Efficient bottle collection systems, proper sorting infrastructure, and controlled recycling processes ensure that incoming plastic is clean and suitable for bottle-to-bottle recycling. Without these systems, producing reliable food-grade rPET becomes extremely difficult.
10. How does rPET support circular packaging systems? +
rPET allows post-consumer PET bottles to be recovered and turned back into new packaging instead of becoming waste. This process helps:
  • Reduce reliance on virgin plastic
  • Lower carbon emissions from plastic production
  • Extend the lifecycle of PET packaging
  • Support circular economy goals in the packaging industry
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