Keiron Roberts is a Senior lecturer in sustainability and built environment within the School of Civil Engineering and Surveying at the University of Portsmouth.
He works within the Research England funded GreenTech South Innovation hub. He is researching disruptive markets and policies to enable the uptake of new renewables, energy storage and market pricing to improve the islands energy autonomy as part of the Innovate UK funded Isle of Wight Energy Autonomous Community project. He is currently coordinating the UNEP IRP marine plastic litter think piece for delivery at the upcoming G20 events.
Keiron is a visiting research fellow at the University of Southampton where he previously held the position of research fellow. He is contributing to two research projects investigating the potential application of the circular economy model within the operations of a large water and wastewater company (Southern Water, ZeroWIN), and part of the continued development of the solid waste infrastructure model of GB within the MISTRAL project (EPSRC funded), with outputs influencing the UK's waste management infrastructure. Prior to his postdoctoral work he completed a PhD funded by EPSRC and the EU FP7 All Gas project, investigating the use of marine micro algae for biogas production.
Keiron is a researcher with expertise in wastewater, solid waste and energy systems and resource management and technologies, with a particular focus on sustainability and the circular economy.
Experience
2021–present
Lecturer, University of Portsmouth
2022–present
Senior lecturer, University of Portsmouth
2018–2021
Research fellow, University of Portsmouth
2016–2018
Research fellow, University of Southampton
2016–2016
Research fellow, Open University
Education
2016
University of Southampton, PGCE Secondary and Tertiary Physics
2015
University of Southampton, PhD Civil Engineering
2011
University of Southampton, MSci Oceanography
Publications
2023
From shops to bins: a case study of consumer attitudes and behaviours towards plastics in a UK coastal city,
2023
Turning off the Tap: How the world can end plastic pollution and create a circular economy,
2022
A new treaty process offers hope to end plastic pollution,
2022
Struvite precipitation within wastewater treatment: a problem or a circular economy opportunity?,
2021
Policy Options to Eliminate Additional Marine Plastic Litter by 2050 under the G20 Osaka Blue Ocean Vision: An International Resource Panel Think Piece,
2021
Increased personal protective equipment litter as a result of COVID-19 measures,
2020
Demand Response Model Development for Smart Households Using Time of Use Tariffs and Optimal Control—The Isle of Wight Energy Autonomous Community Case Study,
2019
Semi-continuous anaerobic digestion of the marine micro-algal species I. galbana and D. salina grown under low and high sulphate conditions,
2018
Applying circular economy thinking to industry by integrating education & research activities,
2018
SWIMS: A dynamic life cycle-based optimisation and decision support tool for solid waste management,
2016
Quantification of methane losses from the acclimatisation of anaerobic digestion to marine salt concentrations,
2016
Comparative testing of energy yields from micro-algal biomass cultures processed via anaerobic digestion,
2015
Anaerobic Digestion of Marine Microalgae, Thesis
2013
Dissolved trace metals (Ni, Zn, Co, Cd, Pb, Al, and Mn) around the Crozet Islands, Southern Ocean,
Grants and Contracts
2021
SHAPE UK
Role:
Primary researcher and WP lead
Funding Source:
Innovate UK
2019
Eliminating marine plastic litter
Role:
Primary researcher to inform the G20 on policies to reduce MPL
Funding Source:
Government of Japan
2019
Newton Fund/ CEFAS travel grant
Role:
Travel grant to engage with researchers in Brazil
Funding Source:
Newton Fund
2019
Smart Energy Systems - Isle of Wight Energy Autonomous Community
Role:
Primary researcher , determining the economic feasibility of novel energy systems and distribution methods.
Funding Source:
Innovate UK
2016
MISTRAL
Role:
Researcher developing the Solid Waste Infrastructure Model (SWIMS) for the ITRC MISTRAL project
Funding Source:
Engineering and Physical Sciences Research Council