Discover here, the main results of the NWE-REGENERATIS project in an infographic Read More
NWE-REGENERATIS - REGENERATIon of Past Metallurgical Sites and Deposits through innovative circularity for raw materials
- Open Access Platform
- Partner’s presentations
According to JRC (2013), metal working industry represents 13 % of the 2.5 m Potential Contaminated Sites (PCS) in the EU. Consequently, a significant amount of their produced waste was deposited in landfills (37.2% of all PCS). Assessing these figures reveals approx.100.000 sites with a recovery potential of metals.
While recent metallic waste streams are usually treated, older waste (aggregated material with high ferrous metal content, scrap, other metals, white and black slags and other streams) are considered as a source of pollution, expensive to manage/eliminate. REGENERATIS aims to transform this problem into an opportunity, as large volumes of resources (metals, materials & land) from Past Metallurgical Sites and Deposits (PMSD) can be recovered by urban-mining. In order to implement this in NWE, REGENERATIS tackles the sectoral and contextual barriers. The main challenge for stakeholders is the environmental risk&the profitability of recovery processes. Currently all PMSD are managed within a remediation strategy focused on environmental impact/risk. In NWE region PCS inventories are inadequate, as they lack relevant data on the economic potential (quantity, quality & materials value). Traditional exploration methods are not focused on raw materials recovery.
REGENERATIS delivers an evidence-based solution implemented & tested on 3 sites (including innovative characterization by geophysics, innovative recovery processes guidance, artificial intelligence algorithm), promotes an Harmonized Inventory Structure, and supports new business models for resource recovery from PMSD, by using open source 4D Smart Tool (SMARTIX). Impact is guaranteed by long-term involvement of all REGENERATIS partners/ associated partners to convince stakeholders. Beneficiaries are public&private PMSD owners, managers&operators.10 years after: 60 raw materials recovery projects launched on PMSD throughout NWE, 3 m t of valuable materials recovered & 3000 jobs created.
Materials Processing Institute
Centre Technologique International de la Terre et de la Pierre
55 Chaussée d’Antoing
Bureau de Recherches Géologiques et Minières
3 avenue Claude Guillemin, BP 36009
Université de Liège
7 Place du XX Aout
23 avenue de la Créativité
Openbare Vlaamse Afvalstoffenmaatschappij
84 bis Rue Paul Bert
Technische Hochschule Köln
Bergischer Abfallwirtschaftsverband (BAV)
Société Publique d'Aide à la Qualité de l'Environnement
38 Bd. d'Avroy
|Société Publique d'Aide à la Qualité de l'Environnement||
38 Bd. d'Avroy
|Materials Processing Institute||Alan Scholesfirstname.lastname@example.org||United Kingdom|
|Centre Technologique International de la Terre et de la Pierre||Antoine Masseemail@example.com||Belgium|
|Bureau de Recherches Géologiques et Minières||Jean-Christophe Gourryfirstname.lastname@example.org||France|
|Université de Liège||Frederic Nguyenemail@example.com||Belgium|
|Openbare Vlaamse Afvalstoffenmaatschappij||Kris van Looyfirstname.lastname@example.org||Belgium|
|Technische Hochschule Köln||Christian Wolfemail@example.com||Germany|
|Bergischer Abfallwirtschaftsverband (BAV)||Pascal Beese-Vasbenderfirstname.lastname@example.org||Germany|
|Cranfield University||Stuart Waglandemail@example.com||United Kingdom|
As part of the NWE-REGENERATIS project funded by Interreg Northwest Europe, an exchange of experts took place on March 16, 2023 at the :metabolon research site in Lindlar. Read More
The global transition to a circular economy calls for research and development on technologies facilitating sustainable resource recovery from wastes and by-products. Metal-bearing materials, including electronic wastes, tailings, and metallurgical by-products, are increasingly viewed as valuable resources, with some possessing comparable or superior quality to natural ores. Bioleaching, an eco-friendly and cost-effective alternative to conventional hydrometallurgical and pyrometallurgical methods, uses microorganisms and their metabolites to extract metals from unwanted metal-bearing materials. The performance of bioleaching is influenced by pH, solid concentration, energy source, agitation rate, irrigation rate, aeration rate, and inoculum concentration. Optimizing these parameters improves yields and encourages the wider application of bioleaching. Here, we review the microbial diversity and specific mechanisms of bioleaching for metal recovery. We describe the current operations and approaches of bioleaching at various scales and summarise the influence of a broad range of operational parameters. Finally, we address the primary challenges in scaling up bioleaching applications and propose an optimisation strategy for future bioleaching research. Read More
2nd meeting of the Advisory board of NWE-REGENERATIS project and guided tour of Campine. Read More
Members of the project team have recently visited Teesworks to inspect the former Tata Steel landfill located there which is estimated to be more than 95% steel slag. (With operation ceasing in July 2002). In order to characterise the structure and type of metallurgical wastes, a team of geophysicists from BRGM and the University of Liège accompanied by members of MPI and Cranfield University conducted a geophysical survey on the Teesworks site. From 17th to 24th May. Read More
On March 9 2022, our NWE REGENERATIS member Eddy Wille (OVAM) participated in a webinar on landfill redevelopment organized by the Interreg Europe COCOON partner Landesamt für Umwelt (LfU) from Potsdam-Brandenburg (Germany). Read More
- Focused workshop on Regeneratis methodology and strategies - Conferences aboout analytical and geophysical methods for post mining and metallurgical site’s resource recovery - Conference about insights into chemical and biological leaching of metals from former mining and metallurgical activities sites Read More
Im Rahmen des Projekts NWE-REGENERATIS trafen sich am 11. Mai 2022 Experten und Wissenschaftler aus mehreren europäischen Staaten zu einem Workshop mit dem Titel „Circular Economy of Raw Materials“. Im Fokus der Fachleute steht dabei die Steigerung der Rohstoffwiederverwendung aus Altlasten der metallverarbeitenden Industrie sowie deren Sanierung. Read More
Présentation du projet NWE-REGENERATIS au Club Innovation Environnement « Sites et Sols Pollués » du Pôle AveniaPosted on
Le 11 février dernier, Pauline Kessouri (BRGM) est intervenue lors du Club Innovation Environnement organisé par le Pôle Avenia. Read More
The NWE-REGENERATIS project (Interreg North-West Europe), coordinated by SPAQUE, aims at demonstrating that resources (metals, minerals and land) can be recovered from Past Metallurgical Sites and Deposits (PMSDs) by Urban Mining techniques. CTP's involvement in the project consists essentially of evaluating the metals recovery potential from three metallurgical sites, located in Belgium, France and UK , by applying mineral processing techniques. Read More
Webinar - workshop: Barriers and obstacles at a legal/organizational level in the valorization of Past Metallurgical Sites and Deposits., Online
According to the JRC (2013), metallurgical industry represents 13 % of the 2.5 million Potential Contaminated Sites (PCS) in the EU. Consequently, a significant amount of their produced waste was deposited on site/landfills (37.2% of all PCS). REGENERATIS aims to transform this problem into an opportunity, as large volumes of resources (metals, materials & land) from Past Metallurgical Sites and Deposits (PMSD) can be recovered. In order to implement this vision, REGENERATIS tackles the sectoral and contextual barriers.
The final NWE-REGENERATIS workshop will take place in Paris on May 12. This workshop is the culmination of a series of successful events that have been held as part of the NWE-REGENERATIS project. The workshop will run alongside the NICOLE Spring Workshop Paris 2023.
2023-03-28 - Intersol - Valorisation de sols contaminés ou non pour la production de biomasses – retour d’expérience du projet REGENERATIS sur les friches métallurgiques et application des résultats obtenus aux problématiques d’agriculture urbaine, Lille, France
L’objectif de cette communication est donc de présenter de potentielles pistes de reconversion de zones non cultivées, et potentiellement contaminées, pour la production de biomasses dites « high-tech » (production de biomasse pour la synthèse de catalyseurs biossourcés) et « low-tech » (productions alimentaires) tout en s’assurant de la compatibilité sanitaire en lien avec l’usage envisagé.
Save the date for the next training and knowledge exchange event of NWE-REGENERATIS that will be hosted at the :metabolon Competence Centre for Resource Management and Circular Economy in Lindlar (Germany) on March 16th, 2023.
Cranfield are hosting a joint event between NWE-REGENERATIS project and the UK ELFM network.The event will be on the 5th and 6th December and will be held on the Cranfield University campus.
Valorization of soils and polluted materials from metallurgical sites: current challenges and new tools developed in the framework of the NWE-REGENERATIS project
Présentation des résultats du projet européen NWE-REGENERATIS qui vise la récupération des matériaux et métaux sur les anciens sites métallurgiques favorisant ainsi la diminution de leurs coûts de réhabilitation.
Save the date of May 11th for the NWE-REGENERATIS workshop at the :metabolon Competence Centre for Resource Management and Circular Economy in Lindlar (Germany).
16 march 2022 - 9:30 - 13:00
The NWE - REGENERATIS project partners are pleased to invite you to a workshop realised in collaboration with our guests from the New-C-Land project.
February 2nd, 2022 pm (presentations) and February 3rd, 2022 am (workshop): Mid-term event of NWE-REGENERATIS project!
NWE-REGENERATIS Open Access Platform
NWE-REGENERATIS intends to create a powerful interaction between stakeholders who initiate resource recovery driven projects from past metallurgical sites and deposits. NWE-REGENERATIS fosters the visibility of private/public owners of PMSD and the soil remediation and materials recovery sector. Therefore, NWE-REGENERATIS offers an Open Access Platform, which is especially addressed to site owners and site managers, environmental service providers and valorisation providers as well as other interested stakeholders to boost the regeneration of past metallurgical sites and deposits. On the Open Access Platform stakeholders can provide information as well as learn about sites, environmental services and valorisation technologies.
Are you interested in initiating resource recovery or remediation projects and want to learn more about raw materials recovery from PMSD? Please subscribe to the NWE-REGENERATIS Open Access Platform here.
NWE-REGENERATIS Project Partner's
NWE-SMARTX is an open source application based on artificial intelligence that suggests innovative valorization paths for the materials present on former metallurgical sites and deposits; the valorised materials can be: minerals, metals and eco-catalysts.
Objective: give technical recommendations for valorisation based on the site and material characteristics
Content: 5 distinct predictive modules have been developed: Geophysics, Metals, Minerals, Excavation, and Eco-catalysis
These modules recommend to the user:
- Geophysical methods that can be applied in order to gain better knowledge of the volume and location of residues on the metallurgical sites (Geophysics),
- Civil engineering methods aiming to optimize the excavation and pre-treatment of materials (Excavation),
- Valorisation methods based on site characteristics, material volumes, and types of materials present on site (Mineral, Metal, Eco-catalyst).