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This document highlights key advancements in nanotechnology across various sectors including automotive, pharmaceuticals, and beverages. It discusses energy harvesting strategies, efficiency improvements in photovoltaic panels, and the use of nanotechnology in conductive thermoplastics that enhance lithium batteries. The beverage industry seeks lighter PET bottles with enhanced CO2 barrier properties, while pharmaceutical innovations focus on precise drug delivery systems at an industrial scale. Prominent companies like SEAT, Chemetall, DAMM Group, and Endor showcase cutting-edge applications that aim for sustainability and efficiency.
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Automotive industry Centro Técnico de SEAT S.A. • - Energy Harvesting / Efficiency of Photovoltaic-panels • Dispersion of nano-additives in Thermoplastics • Conductive Thermoplastics • Increase the efficiency of Li-batteries • Regulation of reflective surfaces (mirrors) www.seat.com Stefan Ilijevic
Chemical products for Surface Treatment Chemetall, Sociedad Anónima. Pg. de la Ribera 107 08420-Canovelles Spain Chemical treatment for metallic surfaces prior to paint, based in nanotechnologist coatings. The main affected markets are automotive industry, automotive components and General Industry. Dr. Josep Vives www.chemetall.com
Drug delivery and pharmaceutical formulation Activery Biotech sl • To achieve 25 nanometers particles of organic drugs in a consistent and industrial scale (more than 1 kg per day) to: • Create new ways of administration • Target for solid tumors www.activery.com Carles Ventosa
Food & Beverages DAMM Group Nanotechnology, a way to lighter, high barrier and environmentally friendly packaging? The beverage industry is craving for: - PET bottles for carbonated drinks that, lighter than now, could give higher barrier to CO2 and 02, keeping their transparency, brilliance and overall appearance. We look for the monolayer PET bottle able to keep beer fresh: O2 permeability < 0.2ppm and less than 5% losses of CO2 in 12 months! - Improving the barrier and strengthen the biodegradable plastics, like PLA, in order to be able to have PLA water bottles to claim fully environmentally friendly. Can nanotechnology: nanoparticles, nanocomposites, polymer nanolayers, etc., help achieving this challenge? Javier Romero Innovation Manager www.damm.es
Nanomedicine : Delivery systems, Regenerative and Medical Imaging Endor is a company founded in 2007 and located in Barcelona (Spain). Our mission is to is to translate our technology platforms using advanced nanosystems to make a positive biopharmaceutical market impact. Endor is looking for scientific advisory and new ideas on: • Biomedical Applications with Metallic Nanoparticles. • Self – assembling peptides as advanced scaffolds. • Nano-cosmetics applications. www.endornanotech.com Marc Ramis Castelltort