ReCon Soil

A €3.2 million project aiming to revolutionise how waste material from construction projects is managed

Title: ReCon Soil

Funding: Interreg France (Channel) England (FCE); ERDF

Duration: April 2021–June 2023

University of Plymouth staff: Professor Mark Fitzsimons (PI); Professor Will Blake (Co-I); Dr Giuliano Laudone (Co-I); Dr George Littlejohn (Co-I); Professor Mathew Upton (Co-I); Dr Naofel Aljafer ; Mrs Angela Harrop ; Ms Yve Metcalfe-Tyrrell ; Miss Nicki Egginton

Partners: CL:AIRE UK; Cornwall College; Eden Project Learning; Bureau de Recherches Geologiques et Minieres, Normandie; Comite d'Action Technique et Economique, Bretagne; Universite Le Havre, Normandie; University of East Anglia

Healthy soil is at the heart of agriculture and in maintaining quality food production. Soil is also the largest carbon store on earth, helping to mitigate the effects of climate change and preserve biodiversity.

Yet industry is paying over to £3billion per annum to dispose of waste soil from building sites across the UK and France, while food security and agricultural sustainability remain two of the great global challenges of the 21st century. The construction industry wants to find new ways to reuse waste soils safely, especially where it contributes to reduced carbon emissions and acts as a low carbon technology.

The ReCon Soil project has a total budget of €3.2 million, of which €2.2 million is funded by the European Regional Development Fund via the Interreg France (Channel) England (FCE) Programme.

Interreg
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Interreg France (Channel) England (FCE) is an EU programme set up to foster economic development in the south of the UK and north of France by funding innovative projects which have a sustainable and economic benefit.

It focuses on a range of specific objectives including supporting innovation, improving the attractiveness of the FCE area and developing low carbon technologies.

For enquiries related to ReCon Soil contact Yve Metcalfe-Tyrrell, Project Manager

Bringing together scientists, industry and educators to revolutionise how construction waste materials are managed

The ReCon Soil project will develop and roll out at least three new soil recipes made from locally-sourced construction waste, dredged sediments and agricultural by-products.

These recipes will be thoroughly investigated in laboratories in Plymouth, and then at sites in the UK and France, to monitor their effectiveness and potential environmental impact.

The data from those studies will then be incorporated into blueprints detailing when and where the soils can be deployed, and any amendments needed to ensure their effective deployment.

It will also establish five new low-carbon technology networks – with members from the construction, agricultural, conservation, and public sectors – and train 200 workers, helping to take reconstructed soils from research to commercialisation.

The project will also explore the current policy barriers and regulatory impediments that would need to be addressed for the practice to be rolled out right across the construction sector.

Read the press release

University of Plymouth staff

Professor Mark Fitzsimons

Professor of Environmental Chemistry

Principal Investigator
Professor Will Blake

Professor of Catchment Science

Co-Investigator
Dr Giuliano Laudone

Lecturer in Physical Chemistry

Co-Investigator
Dr George Littlejohn

Associate Professor of Plant and Fungal Biology

Co-Investigator
Professor Mathew Upton

Associate Head of School (Research)

Co-Investigator
Dr Naofel Aljafer

Senior Research Fellow

Research Fellow
Mrs Angela Harrop

Technician

Research Assistant
Ms Yve Metcalfe-Tyrrell

SEI Project Manager

Project Director
Miss Nicki Egginton

Project and KE Officer

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Project partners

Soil research at the University

The University is home to world-leading researchers in various aspects of soil research. Working with partners including the world-famous Eden Project, it has over a decade of expertise in the design and manufacture of reconstructed soils. This includes measuring the effectiveness of soil recipes and the nutrients that need adding to ensure optimum mixes and working with industry and agriculture to ensure they are fit for purpose.

It has also led internationally significant research in Europe, Africa and South America looking at the causes and effects of soil degradation. That research has suggested that an interdisciplinary approach – which includes engaging local communities – is the only way to secure real and lasting change and avoid such devastating impacts on traditional farming landscapes.