Oxygen scavengers are an essential tool in preserving the quality and extending the shelf life of packaged goods, particularly in food and beverage applications. Traditionally, these materials have relied on moisture-triggered or metal-based chemistries, often delivered in standalone formats like sachets or inserts. While effective, these systems can be incompatible with modern, integrated packaging workflows and may raise challenges related to recyclability, food-contact compliance, or optical sorting.
As demands for sustainability and performance increase, so does the need to revisit oxygen scavenger design from the ground up. Many legacy scavenger technologies are based on chemistries with expiring or limited patents (e.g., polybutadine, m-Xylylenediamine-bis(phthalimide), aromatic nylon with cobalt catalyst), creating opportunities to re-engineer known systems or develop entirely new formulations optimized for use within monolayer and multilayer structures.
We invite experts actively working on (or capable of developing) oxygen-reactive materials to collaborate with us in advancing next-generation oxygen scavengers that are high-performing, scalable, and compatible with recyclable polyester packaging formats.
We are seeking partners with experience in the development or formulation of oxygen scavenger systems, particularly those compatible with PET-based packaging formats such as films, and rigid containers. In addition to scientific and technical expertise, ideal collaborators will have the facilities and resources needed to engage in applied development efforts, such as synthesizing materials, incorporating them into substrates, and evaluating their function under relevant packaging conditions.
New or re-engineered oxygen scavenger materials compatible with PET
Oxygen-scavenging systems, including, encapsulated particles, catalyst-assisted systems, and metal–polymer composites
Scavenger materials designed for direct integration into films, or rigid packaging
Evaluation and testing of novel oxygen scavengers
High-throughput or accelerated methods for assessing scavenger performance, including kinetics and capacity
Expertise in oxygen scavenger formulation and development
Experience testing oxygen scavenging performance
Ability to conduct hands-on development of new scavenger materials
Working with scavenger integration into polymers, films, or other packaging applications
Performing scavenger kinetics and capacity modeling
Familiarity with the IP landscape of legacy scavenger technologies
Testing scavengers specifically in packaging-relevant conditions or formats
Understanding of regulatory or processing implications for barrier materials
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