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Nanowood: A Simple Approach to a Complex Nanomaterial
The UCC TRANSLATE team has developed nanowood, a natural nanofluidic membrane created by removing lignin from wood using household bleach. This simple yet effective process produces well-aligned nanochannels that exhibit key nanofluidic properties, such as ion-selective transport. Nanowood offers a sustainable, low-cost platform for studying nanofluidics, making nanoscale research more accessible. Its potential applications range from energy harvesting to filtration and sensing.
People at a conferece
From award-winning research to insightful presentations, 2024 was a remarkable year for TRANSLATE. Our team participated in leading international conferences, sharing innovative advancements in energy storage, thermoelectrics, and nanomaterials. Join us as we reflect on a year of collaboration, discovery, and progress toward sustainable energy solutions.
Anjali Ashokan from UCC pictured as part of Bioeconomy Ireland Week, PhD researchers from the innovative ‘NxtGenWood‘ Project, funded by the Department of Agriculture, Food and the Marine, came together to engage the public as part of a 'Thesis in Trees' event. Eight researchers, stationed around the National Botanic Gardens, presented their innovative research in three minutes; including making chemicals, heat and even plastics from wood. The event was run in association with BiOrbic Bioeconomy Research Centre and Amber, Centre for Advancing Materials for Impact. 
Photo: Justin Farrelly.
The Cork Professor Interrogating His Labs’ Sustainability Credentials – My Green Lab
TRANSLATE Presented to China’s Minzu University Delegation
TRANSLATE at MATERIALS TODAY Conference 2023
Read about TRANSLATE's involvement in the Materials Science Conference 2023 (Singapore) through a poster presentation delivered by Dr. Irina Oliseveca. The conference explored energy and sustainability, soft and biomaterials, and advanced functional and structural materials.