Challenges for Efficacy Testing of Antimicrobial Coatings and Surfaces
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Prof. Davide Deganello Professor - ProfessorSpeaker
Chris Lowe Course Deliverer - Swansea UniversitySpeaker
Zoe Slade Sustainability Manager - British Coatings FederationSpeaker
David Park Public Affairs Manager - BCFSpeaker
Nicole Guo RSC SCIG and University of BirminghamSpeaker
Prof. Jason Zhang Professor of Soft Matter Engineering - RSC SCIG and University of BirminghamSpeaker
Danish Zaiful Azri Regulatory & Supply Chain Support - Chemical Business AssociationSpeaker
Dr Karen Harvey Membership Manager - Chemical Business AssociationSpeaker
Koen Nickmans Business Development & Sustainability Manager - Lawrence IndustriesSpeakers
Claire Gerard Warwick Scientific Services Manager - University of Warwick
Ben Breeze Platform Manager, Spectroscopy Research Technology Platform - University of Warwick
Shaun Morris Business Manager (Surface Modification), Interface Polymers - Warwick University
Dr Marc Walker Photoemission Research Technology Platform Manager - University of Warwick
Daniel Lester Platform Manager, Polymer Characterisation Research Technology Platform - University of WarwickSpeakers
Anna Voytyukova Research Engineer - Swansea University
James Smith Global R&D Project Manager - Beckers Group
Prof Matthew Lloyd-Davies Head of the Applied Photochemistry Group - Swansea UniversitySpeaker
Prof. Manish Tiwari University College LondonSpeaker
Alex Fletcher PhD Student - University of WarwickThis research describes a versatile method for the creation of multi-tier hierarchical structured surfaces, that seek to optimise conflicting surface effects, such as anti-viral/anti-microbial efficacy and hydrophobic (easy-clean) properties. This approach exploits the availability of surface-active ‘chemical functional’ groups whilst also manipulating surface micro- and nano-structure, to control the way the coating interacts with liquid droplets. Further to this, the methodology highlights a new and valuable route to mechanically robust, nano-structured surfaces which outperform control coatings over multiple abrasion cycles. The approach utilizes a simple spray application process to create the robust structured surfaces, doing so without the use of specialist equipment. Finally, this approach is presented as a potential route to ‘self-decontaminating surfaces’ that can capture and remove hazardous chemicals from surfaces.
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Prof. Matt Unthank Professor of Chemistry - Northumbria UniversitySpeaker
Dr Ke Ren Postdoctoral Research Fellow - RSC SCIG and University of BirminghamSpeaker
Dr Daisy Rabbitt Research Fellow - RSC SCIG. University of Birmingham