#Packaging, #Foodprotection, active packaging, packaging technologies, packaging materials, #microplastics, #valorization, #biomass, IATA-CSIC

Joined December 2021
🌱 Sharing our research at #5IMDES in India! 🇮🇳 Our colleague presented her poster, “Green recovery of #hemp #cellulose using ultrasound-assisted NaDES”, at Ahmedabad University, exploring greener approaches to cellulose recovery. 🌿🔬 @iata_csic #BIOFUN
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🎓 A new PhD in the team! Congratulations to @landrea_3 on successfully defending her thesis on #agroindustrial #residues, #biopolymers & @circulareconomy at @iata_csic within the PhD Program in Food Science, Technology and Management at @UPV. 🌾🍄♻️🌱 #BIOFUN
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"Toxicity Evaluation of Microplastics Exposure in Water Contaminated with Pyrene and Methyl Chlorpyrifos Using Daphnia magna", published in ACS ES&T Water doi.org/10.1021/acsestwater.… in collaboration with Dr. Ekvall @lunduniversity and the @FoodPackGroup of @iata_csic. CIPROM2024-49
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🚀 PhD position at @iata_csic! Join BIOFUN Lab & the EU FAroGels Doctoral Network to develop sustainable, biodegradable aerogels from seaweed residues. 🎓 36-month fully funded PhD 📅 Apply by 9 Dec 2026 🔗 Full position details: biofun.csic.es/farogels_en/
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Presentamos los avances de los proyectos BOLECOENVASE (aimat.iata.csic.es/bolecoenv…) y SUSAMPACK (aimat.iata.csic.es/susampack…) desarrollados por @FoodPackGroup del @iata_csic en la reunión del grupo de trabajo del CANAL RETAIL de la @Food4LifeSPAIN
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Packaging Group retweeted
La Unidad MATBIO del @iata_csic, reconocida por TÜV Austria para realizar ensayos vinculados a la certificación OK Compost Home. Este permite evaluar biodegradación, desintegración, ecotoxicidad, metales pesados y flúor en productos destinados al compostaje doméstico.
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📝 ¡Nueva publicación! #valorización de residuos de #biorrefinería de #algasmarinas para obtener películas para #envasealimentario y el efecto del tratamiento H₂O₂/UV sobre sus propiedades. 👉 doi.org/10.1016/j.foodhyd.20… @iata_csic @EVOLVEPACK2024 #UPRISING @seafoodture
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Packaging Group retweeted
Los polímeros biobasados impulsan la transición hacia una economía circular. Se obtienen de recursos renovables y tienen aplicaciones en envases, biomedicina o automoción. Descúbrelos en la microcredencial del CSIC y PTI SUSPLAST: goo.su/nAbjzQ
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Packaging Group retweeted
🚨 Si eres beneficiario/a de la beca #JAEIntro2026, tienes hasta el 12 de agosto para elegir tu plan formativo. 🔬 JAEINT26_EX_1032, desarrollo de materiales biobasados para la remediación de microplásticos. 📍Valencia | 📅 7 meses (20 h/semana) 📩[email protected] @iata_csic
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🚨 Si eres beneficiario/a de la beca #JAEIntro2026, tienes hasta el 12 de agosto para elegir tu plan formativo. 🔬 JAEINT26_EX_1032, desarrollo de materiales biobasados para la remediación de microplásticos. 📍Valencia | 📅 7 meses (20 h/semana) 📩[email protected] @iata_csic
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Bringing algae innovation to the European Parliament! 🇪🇺🌱 Thank you to MEP @EricSargiacomo for the invitation to share the latest achievements of @circalgae_eu and discuss the future of algae-based biorefineries and the European blue bioeconomy. @IATA_CSIC #BIOFUN
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Packaging Group retweeted
📅 | #AgendaPCUV El 26 de junio, el IATA-CSIC celebra el seminario “Ciencia Diversa”, con Javier Armentia, para reflexionar sobre diversidad, inclusión y representación en la ciencia. 📍 Salón de Actos, IATA-CSIC | Asistencia libre f.mtr.cool/lwhxjapaye
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Excited to host the first General Assembly of the @INFOTECHDATA @COSTaction at @iata_csic 🌍 Building comparable, reusable, and open #technofunctional food data to accelerate #innovation in #foodscience. 👉 infotechdata.eu #OpenScience #ResearchCollaboration
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First outcome of a great scientific collaboration: our new publication on converting #cashewapple #bagasse into ultralight #cellulose #cryogels for #sustainable porous #biomaterials 🌱♻️ 👉doi.org/10.1016/j.ijbiomac.2… @iata_csic #valorization #circulareconomy #biofun
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Impulsando soluciones sostenibles a partir de hongos 🍄♻️ Nuestra compañera @KioomiLou participó en el XIII Congreso Nacional #CyTACESIA2026 con el póster: “Efficient Recovery of #Protein-Rich Extracts from #PleurotusOstreatus” en la @UPV. #UPRISING @AgEInves @iata_csic
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New publication out! 🌱Turning rice straw & #fungalbiomass into high-performance #biocomposites, achieving plastic-like stiffness, 47% better water barrier, and scalable, solvent-free processing 👉doi.org/10.1016/j.foodhyd.20… @iata_csic @EVOLVEPACK2024 #UPRISING #AGROMAT @landrea_3
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"Chitosan-stabilized polylactic acid emulsions: A green coating strategy to improve barrier properties of packaging materials" is available at Carbohydrate Polymer Technologies and Applications. doi.org/10.1016/j.carpta.202…
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"Simulated secondary mechanical recycling of PLA water bottles: insights into structural integrity, barrier performance, and biodegradability", collaboration between @iata_csic and @estrellagalicia is available at Resources, Conservation and Recycling. doi.org/10.1016/j.resconrec.…
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"Upcycling of post-consumer PLA into active packaging films: Structural and functional assessment of rPLA/PCL blends with quercetin", collaboration between @iata_csic and @estrellagalicia is available at Food Packaging and Shelf life. doi.org/10.1016/j.fpsl.2026.…
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"Curcumin-Activated Copolymer Coatings for Barrier Enhancement and Antioxidant Activity in Recycled Polypropylene", coolboration between @iata_csic and @usach is available at ACS Applied Polymer Materials
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