Imagine building a product like a Lego set, but using high-tech bio-plastics. Instead of starting from scratch every time, this method uses pre-made 'building blocks' like sheets and tapes made from plants. This makes it easy to switch designs quickly without needing expensive new machinery.
Manufacturers struggle to adopt bio-plastics because single bio-materials often fail to meet strict industrial performance requirements. Additionally, switching to sustainable materials usually requires expensive new equipment and rigid production lines.
A system of bio-based intermediate formats (organosheets, tapes, pellets) and three conformal manufacturing processes. These were validated through three physical prototypes: a bathroom cabinet, a foot orthosis, and a garbage lid.
If you are a fixture manufacturer dealing with high carbon footprints in plastic components — this project developed a process for bathroom ceiling cabinets that uses over 75% biobased content. This allows you to reduce greenhouse gas emissions by up to 33%.
If you are an equipment producer dealing with rigid production lines for custom patient needs — this project developed a method for feet orthosis using bio-based intermediate formats. This enables mass customized manufacturing as a service.
If you are a supplier dealing with non-recyclable plastic lids — this project developed a garbage container lid using bio-based composites. This ensures circularity by design and higher sustainable material uptake.
Based on available project data, the solution does not request large investment in complex equipment, making it more accessible for existing manufacturers.
Yes, the project focuses on large-scale uptake and mass customized manufacturing through the use of intermediate formats like organosheets, tapes, and pellets.
Based on available project data, specific licensing terms are not mentioned, but the project involves 6 industry partners and 5 SMEs who are developing the manufacturing processes.
The project targets a reduction in greenhouse gas emissions by up to 33% and ensures products have more than 75% biobased content to meet circularity goals.
The use of intermediate formats and conformal manufacturing technologies is designed to be flexible and adaptable to new market demands without heavy infrastructure changes.
The consortium is heavily industry-weighted with 6 industrial partners (including 5 SMEs), representing a 43% industry ratio. This strong commercial presence, combined with 4 research organizations and 2 universities across 7 countries, suggests a high focus on commercial viability and practical application rather than pure theory.
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