Explore cutting-edge research and development initiatives focused on advanced packaging materials within the Valencian Community. This compilation highlights innovative projects addressing sustainability, recyclability, and functionality in the packaging sector. Discover leading technology centers and companies driving the future of sustainable packaging in the region. Ideal for industry professionals, researchers, and businesses interested in eco-friendly and high-tech packaging solutions.
This project is fundamental due to its focus on valorizing agri-food waste to create biodegradable packaging. It transforms by-products like rice straw and grape pomace into active and sustainable packaging solutions.
SustainPU is vital for the sustainability of the packaging industry by developing bio-based polyurethane adhesives. This reduces dependence on fossil resources and improves packaging recyclability, aligning with circular economy guidelines.
Pulpfiction is a key project that seeks to replace conventional plastics in rigid packaging with 100% recyclable cellulosic alternatives. Its development of more sustainable food trays and cosmetic packaging is highly relevant.
This project is fundamental for the development of reusable and safe packaging based on PHB, a highly biodegradable biopolymer. Its goal is to offer a viable alternative to fossil-based plastics, reducing waste generation.
RES4PACK is an innovative project that valorizes agri-food waste to create biodegradable packaging. It transforms winemaking by-products, rice straw, and almond shells into materials with antioxidant and antimicrobial properties.
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AQUAPACK is an international project that develops biodegradable packaging materials from aquatic biomass. Its focus on micro and macroalgae, together with a freshness monitoring system, makes it highly innovative and sustainable.
FlotaPET is a crucial innovation to improve the recovery of plastic packaging in aquatic environments. Although not a new material, it modifies PET properties to make it float, facilitating its recycling and reducing marine pollution.
This research is vital for creating biodegradable and active packaging that extends the shelf life of food. The incorporation of natural compounds with antioxidant and antimicrobial properties reduces food waste and the use of preservatives.
CAPTHURE is a crucial project to improve the recycling of multi-layer packaging, a significant challenge in the circular economy. Its optical detection system with THz technology and machine learning optimizes classification and reduces landfilling of these materials.
This project is highly relevant due to its focus on transforming fruit and vegetable waste into sustainable packaging with improved properties. It generates new economic opportunities and reduces environmental impact, meeting the demand for ecological solutions.