James Innes
Researcher
- Area
- School of EngineeringFaculty of Eng & Digital Technologies
- Phone
Biography
I spent 4 years working on the £1m Low Carbon Manufacturing grant at the University of Bradford, recycling thermoset rubber and difficult to separate polymer blends. Previously, when completing my PhD at the University of Manchester within the National Graphene Institute, I worked on elastomers and nanofillers in order to solve industry specific problems.
I collaborate with a number of industrial and academic partners on elastomer recycling and will continue working on sustainable materials moving forward. The recycling of tyres as well as development of novel and printable thermoplastic vulcanizates are two specific areas of focus. My characterisation expertise covers mechanical testing, rheology, Raman spectroscopy, IR, SEM, AFM, chemical extraction amongst other techniques for classifying and measuring polymers including elastomers, semi-crystalline materials and rubber.
I recently developed a fellowship bid that seeks to enable the recycling of tyres into tyres, and another that focuses on recycling of other rubber products such as seals, hoses, and shoe soles. If you are interested in recycling rubber products, or understanding devulcanization and revulcanization, then please contact me.
Research
Elastomers, Thermoplastic vulcanizates, Recycling, Circular Economy, Polymer nanocomposites, Devulcanization, Revulcanization
Professional activities
Awards (1)
- Performance recognition scheme - Individual Reward (1 June 2021)
Education (1)
- University of Manchester - PhD in Material Science
Professional associations (2)
- American Chemical Society, Rubber Division member (31 July 2020)
- Project Management Institute, Certified Associate in Project Management (6 March 2018)
Publications
Other publication (1)
One-and-a-half billion tyres wasted annually – there’s a better way to recycle them
James Robert Innes (2024)
Peer reviewed journal (7)
The role of cavitation in the toughening of elastomer nanocomposites reinforced with graphene nanoplatelets
(2024) Composites Part A: Applied Science and Manufacturing.
Development of thermoplastic vulcanizates based on polypropylene/ethylene propylene diene monomer for prototyping by Fused Filament Fabrication
Innes, J; Shriky, B; Nocita, D; Thompson, G; Coates, P; Whiteside, B; Kelly, A; Hebda, M (2023) Polymer.
Micromechanical modeling of devulcanized ground tyre rubber, graphene platelets, and carbon black in recycled natural rubber blends
(2023) Journal of Applied Polymer Science.
Effect of solid-state shear milled natural rubber particle size on the processing and dynamic vulcanization of recycled waste into thermoplastic vulcanizates
J. R. Innes, B. Shriky, S. Allan, X. Wang, M. Hebda, P. Coates, B. Whiteside, H. Benkreira, P. Caton-Rose, C. H. Lu, Q. Wang, A. Kelly (2022) Sustainable Materials and Technologies. Not known
Solid State Orientation of Thermoplastic Vulcanizates
Innes J.R.;Shriky B.;Spencer P.;Allan S.;Thompson G.;Wang X.;Coates P.;Whiteside B.;Benkreira H.;Caton-Rose P.;Lu C.;Wang Q.;Kelly A. (2022) Macromolecular Materials and Engineering. 307