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GTC Advanced Laboratories Possible collaboration areas

GTC Advanced Laboratories Possible collaboration areas. Sustainability Biopolymers Polymers from renewable resources Biodegradable polymers Natural reinforcements (wood, fibres, etc.) Bio-mimetic polymers (self-healing, actuators, etc.) Advanced water&air quality sensing

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GTC Advanced Laboratories Possible collaboration areas

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  1. GTC Advanced LaboratoriesPossible collaboration areas • Sustainability • Biopolymers • Polymers from renewable resources • Biodegradable polymers • Natural reinforcements (wood, fibres, etc.) • Bio-mimetic polymers (self-healing, actuators, etc.) • Advanced water&air quality sensing • Environmental friendly antibacterial and disinfection technologies • Sustainable use of materials (LCA based)

  2. GTC Advanced LaboratoriesPossible collaboration areas • Materials and Technologies • Surface protection and functionalization • Easy-to-clean technologies • Environmental barriers (corrosion protection & tribology) • Photocatalytic surfaces • Air treatment • Heavy metal-free and low temperature catalysis • High surface area adsorbents • Nanostructured filters (e.g. biomorphous ceramic filters) • Electro-active technologies (e.g. plasma, electrostatic) • Advanced high temperature thermal insulation

  3. GTC Advanced LaboratoriesPossible collaboration areas • Advanced Mechanics • Aeroacoustics (transient conditions) • Mechanical durability (design for life of components) • Multiphase flow: particle laden flows (filtering, clogging, erosion) • Humid air phase transition (modeling of condensation, evaporation, etc.) • Sound quality: appliances customer perception on passive and operational conditions

  4. USER INTERFACE TECHNOLOGY • Technology survey for color display solution • 3D displays without 3D glasses • Projection technologies integration • User recognition, User presence • Removable User Interface (Contact less) • BACKBONE TECHNOLOGY • New electronic component evaluation (ceramics for power mngt, solid state switch for high temperature, enviromental friendly PCB • High efficiency inverterby introduction of new electronic component (SilC – GUN technology) • Inverter energy harvesting (recovery of losses on motor and inverter) • New electrical motor beyhound Permanent magnet • New appliance architecture for connectible appliances • Wireless smart sensor evaluation • New sensor scouting • Power supply distribution in connectable appliance GTC Advanced ElectronicsPossible collaboration areas

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