Dr Richard Lord

Senior Lecturer

Civil and Environmental Engineering

Personal statement

I am a geochemist with interdisciplinary research interests in earth resources & pollution, low carbon energy, sustainability, engineering and the environment. I have particular expertise in the reuse of wastes in the bio-based Circular Economy and the remediation and reuse of contaminated or brownfield land to deliver net zero. After joining Strathclyde in 2012 I won CEE’s first KTP for 25 years with Scottish Canals on reusing dredged sediments, while my earlier KTP with Northumbrian Water on reusing water treatment residues was nominated for KTP of the year. As CEE’s Director of Knowledge Exchange for 7 years I was the Engineering Faculty’s KTP champion, securing funding for a further KTP for the Department with William Tracey. I now lead Strathclyde’s contribution to two international research consortium projects which each develop my earlier research themes: The €8M SURICATES Interreg NWE project (Sediment Uses as Resources in Circular And Territorial EconomieS) addresses the largest non-mining waste stream in the EU with a consortium of 14 European partners. The €3.5M CERESiS H2020 Project (ContaminatEd land Remediation through Energy crops for Soil improvement to liquid biofuel Strategies) is addressing two key issues: the legacy of contaminated land and the requirements for high energy density liquid biofuels for transport to meet our Net-Zero targets, through a truly international consortium of 12 partners, from Canada, Brazil, Ukraine and Europe. I currently lead the Circular Land & Water research group, within the Centre for Water, Sustainability & Public Health, and am subtheme co-ordinator for Environmental Impact for the University’s “Energy” research theme. I lead and deliver CEE’s three group design project modules for 5th year MEng and MSc Civil/Environmental Engineering students CL518, CL519 and CL966. I am open to PhD student enquiries in all of the above areas.

Publications

A downscaled economic model validated and applied to sediment management projects in Ireland and Scotland
Harrington J, Sulivan R O', Hamilton A, Lord R, Torrance K, Wijdeveld A, Debuigne T, Masson E, Batel B
Journal of Soils and Sediments Vol 22, pp. 2900-2911 (2022)
https://doi.org/10.1007/s11368-022-03267-z
The application of a downscaled economic model for sediment management projects in Ireland and The Netherlands
Harrington J, Wijdeveld A, Wensveen M, Hamilton A, Lord R, Torrance K, Debuigne T, Masson E, Batel B
Civil Engineering Research in Ireland 2022 (2022)
ContaminatEd land remediation through energy crops for soil improvement to liquid biofuel strategies : [making sustainable biofuels on formerly contaminated land]
Nunn Benjamin, Lord Richard, Torrance Keith
All-Energy and Decarbonise 2022 (2022)
Blue green infrastructure on mineral sites
Lord Richard, Moffat Andy, Sinnett Danni, Phillips Peter, Brignall Dave, Manning David
ICE Manual of Blue Green Infrastructure (2022) (2022)
On-site analyses as a decision support tool for dredging and sustainable sediment management
Lemière Bruno, Laperche Valérie, Wijdeveld Arjan, Wensveen Marco, Lord Richard, Hamilton Alasdair, Haouche Laurence, Henry Mathieu, Harrington Joe, Batel Branislav, Lehette Pascal
Land Vol 11 (2022)
Mechanical properties and microstructure of low carbon binders manufactured from calcined canal sediments and ground granulated blast furnace slag (GGBS)
Sadok Rachid Hadj, Maherzi Walid, Benzerzour Mahfoud, Lord Richard, Torrance Keith, Zambon Agnes, Abriak Nor-Edine
Sustainability Vol 13 (2021)
https://doi.org/10.3390/su13169057

More publications

Professional activities

UKRI Innovate UK Knowledge Transfer Network (External organisation)
Advisor
15/6/2022
Could Contaminated Land Provide Sustainable Feedstocks for liquid biofuels?
Contributor
10/5/2022
Frontiers in Environmental Science (Journal)
Associate Editor
28/2/2022
Highlights of Sustainability (Journal)
Editorial board member
18/11/2021
Polish National Science Centre (NCN) (External organisation)
Advisor
9/11/2021
Could contaminated land provide the solution for bioenergy’s sustainability problem?
Contributor
7/9/2021

More professional activities

Projects

University of Strathclyde Centre for Sustainable Development, Strathclyde Centre for Doctoral Training for Sustainable Development
Lord, Richard (Principal Investigator) Torrance, Keith (Principal Investigator)
50% co-funding for PhD studentship bursary and stipend award (£37.6K) matching £37.6K from CERESiS H2020 project.
01-Jan-2022 - 28-Jan-2026
KTP 13260 - AHK Energy Services Ltd. Development of robust analytical methodology to support the creation of an index of risk of self-heating ability of biomass pellets
Lord, Richard (Principal Investigator) Knapp, Charles (Co-investigator) Li, Jun (Co-investigator) Liggat, John (Co-investigator)
01-Jan-2022 - 31-Jan-2025
ContaminatEd land Remediation through Energy crops for Soil Improvement to liquid fuels Strategies
Lord, Richard (Principal Investigator) Torrance, Keith (Co-investigator) Nunn, Benjamin (Post Grad Student)
Horizon 2020 project, addressing call *LC-SC3-RES-35-2020: Combined clean biofuel production and phytoremediation solutions from contaminated lands worldwide
01-Jan-2020 - 30-Jan-2024
Development of Framework for Sustainable Decommissioning by Utilising the expertise gained in Ship Recycling
Turan, Osman (Principal Investigator) Beverland, Iain (Co-investigator) Kurt, Rafet (Co-investigator) Lord, Richard (Co-investigator) Phoenix, Vernon (Co-investigator) Gunbeyaz, Sefer Anil (Research Co-investigator)
01-Jan-2019 - 30-Jan-2020
Feasibility of phytoremediation on former mine sites, Derwent Reservoir catchment, NE England
Lord, Richard (Principal Investigator)
18-Jan-2018 - 17-Jan-2021
What happens to groundwater chemistry during fault slip: implications for rock friction (£1.2K)
Stillings, Mark (Principal Investigator) Shipton, Zoe (Co-investigator) Lunn, Rebecca (Co-investigator) Lord, Richard (Co-investigator)
Mimicking the pressure changes in groundwater during earthquakes. Changes in groundwater pressure can trigger precipitation and dissolution of minerals, changing water chemistry and fracture surfaces. This in turn can lead to changes in rock friction, potentially increasing the magnitude of future earthquakes.
31-Jan-2018 - 31-Jan-2019

More projects

Address

Civil and Environmental Engineering
James Weir

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