Dr William Wise (BSc, MSc, PhD, MRSC) completed his PhD at the University of Leicester (UK) in 2011. Although his PhD was in organic chemistry he subsequently changed his research direction and specialised in the biopolymer field; using ionic liquids to modify starch based materials, some of which are in the process of being commercialised. After starting his post as a Senior Lecturer in Leather Science at The Institute for Creative Leather Technologies (University of Northampton) in May 2014 he is now applying this same technology to the field of leather manufacture with some promising and intriguing preliminary results.
Dr Will Wise is the Course Leader on the MSc Leather Technology and is the Course Leader on all other level 7 courses including the PGCert and PGDip.
Dr Will Wise currently supervises four PhD students and is the academic supervisor on an active Knowledge Transfer Partnership (KTP):
- PhD student – Thomas Garwood (full-time – one year in) – Looking into chromium (VI) detection and prevention in leather. This is a studentship sponsored by The Leathersellers Company and is currently a project with global interest.
- PhD Student – Alberto Bevilacqua (part-time – one year in) – Addressing the removal of chromium from leather waste so that both the metal and the resultant organic material may be recycled/ upcycled.
- PhD Student – Laura Cardaon (full-time – due to start in October 2017) – Looking into sustainability of the leather industry; how do you measure it? What impact does it have on a business?
- PhD Student – Lauren Samet (full-time) – Addressing animal nutrition.
KTP Project – Bryn Webster – Working with an external company “Xeros” on utilising a bead technology as an alternative medium to water for leather manufacture.
In addition to these students, Dr Will Wise has an interest in a sustainable and scientific approach to leather manufacture; this includes: use of alternative solvents, upcycling/recycling leather and leather manufacturing by-products, waste minimisation and understanding the physical and chemical properties of leather at a fundamental level. Many of his projects have been commercially funded in so called ‘private client’ research.
- Abbott, A. P., Antunes, A. P. M., Guthrie-Strachan, J., Mmapatsi, K. and Wise, W. R. (2015) Investigation of novel deep eutectic systems for the reduction of water usage in leather manufacture. In: XXXIII IULTCS Congress November, 24th – 27th, 2015 Novo Hamburgo/Brazil. International Union of Leather Technologists and Chemists.
- Abbott, A. P., Omaymah, A., Antunes, A. P. M., Douglas, A. C., Guthrie-Strachan, J. and Wise, W. R. (2015) Processing of leather using deep eutectic solvents. ACS Sustainable Chemistry and Engineering. 3(6), pp. 1241-1247. 2168-0485.
- Abbott, A. P., Antunes, A. P. M., Wise, W. R. and Mmapatsi, K. (2015) The new ‘ion’ age – revolutionary new technology for leather manufacture? Invited Presentation presented to: 4th Freiberg Leather Days, Berlin, Germany, 18-19 June 2015. (Unpublished)
- Abbott, A. P., Antunes, A. P. M. and Wise, W. R. (2014) Ion age processing of leather. International Leather Maker Magazine. 31 Dec.
- Abbott, A. P., Burrows, L., Wise, W. R., Antunes, A. P. M. and Guthrie-Strachan, J. (2014) Ion-age leather processing – a step change in technology. Invited Presentation presented to: 117th Society of Leather Technologists and Chemists (SLTC) Conference 2014, The University of Northampton, Northampton, UK, 26 April 2014. (Unpublished)