In the European ITN project, our idea is simple: to publish all of our course materials online and without charges, to make them widely available to everyone.

 

 

 

Project web site

 

Résumé : In the Mediterranean region, olive mills produce huge amounts of olive mill wastewaters (OMW) as well as solid wastes (OSW) that are very rich in nutrients (especially K, N and P) and organic matter, respectively. Taking benefits from these two types of liquid and solid wastes in agriculture without health and environmental risks will certainly attenuate the climate changes negative impacts. For this aim, recently, in the frame of a well established collaboration between the French (IS2M and RITTMO) and Tunisian (CERTE) partners, Haddad et al. (2017) established a strategy for the recovery of the OMW. This strategy includes an impregnation of OMW on lignocellulosic biomass (sawdust) followed by a controlled slow pyrolysis step. This innovative strategy proved that it is possible to turn OMW from a pollutant source to green fuels, agricultural water and biofertilizers (nutrient-enriched-biochars) producer. Therefore, FERTICHAR will be the continuity of this innovative work and its main aim will be the environmental and agricultural valorization of nutrients-enriched biochars (slow pyrolysis) and nutrients enriched hydrochars (hydrothermal carbonization) from impregnated OSW (instead of sawdust) by OMW. FERTICHAR includes 5 partners form countries producing very high olive oil amounts: Spain (greatest producer in the world), Greece, Tunisia (greatest exporter) and France. The young researches implicated in this project have complementary roles and multi-disciplinary expertise. FERTICHAR is the first project to develop the use of nutrients-enriched-chars produced from olive mill wastes’ thermal treatment for a sustainable agriculture development and environment protection. The originality of this project is to adapt a complete processing chain, based on an innovative and environmentally friendly solution, to a particular environment challenge taking into account socio-economic aspects. The innovative production practices and measures will be demonstrated in field in the network of production systems. Indeed, nutrients-enriched-chars will be amended to agricultural soils cultivated with olive trees (circular economy concept) and high economical-added-values crops with the main objectives of: i) preservation of the natural resources since the use of synthetic fertilizers will be significantly reduced, ii) carbon sequestration and attenuation of climate changes, iii) growth of soil’s carbon contents, iv) important local socio-economic development thanks to the dynamic implication of the key stakeholders. Nutrients release, and pesticides retention from/by these chars will be modeled by an appropriate geochemical model and its outputs will be confronted to the experimental measures.  FERTICHAR is structured in 7 work packages (WPs). Besides the coordination and quality assurance (WP1), the scientific work, related mainly to the characterization of the produced OMW and OMSW and the derived chars, the valorization of the formers for agricultural and environmental purposes (WP2-6), a separated WP was dedicated to exploitation, communication and dissemination of the main outcomes which are the result of co-generation of knowledge and co-innovation through the active cooperation with key stakeholders (farmers, farmer associations and local/regional actors). The wide geographic coverage of project partners will facilitate the access to international initiatives, pan-European and North African networks dealing mainly with the large sustainable development thematic. Moreover, for maximizing the project impacts, exchange of researchers and students will be also the core activities for innovation transfer. Specific convivial actions and tools (conferences, workshops, website…) will be organized/developed.Finally, the good management and implementation of FERTICHAR will be ensured thanks to active collaboration between the project coordinator, work packages leaders team (WPLT) and an external experienced advisory board.

 

 

Welcome to the NanoTRAACES website

 

Résumé: Dans le Rhin supérieur, la coopération transfrontalière en pédagogie spécialisée reste limitée, malgré des besoins similaires. L’enseignement inclusif requiert du personnel qualifié et des supports adaptés.

« Éducation 3D » se saisit de cette opportunité en réunissant écoles, universités et institutions spécialisées pour concevoir, grâce à l’impression 3D, des outils adaptés, accessibles et personnalisables. Le projet équipera des établissements inclusifs et spécialisés d’imprimantes 3D, formera les enseignants et créera une base de données bilingue des modèle et concepts pédagogiques. Des ateliers, expositions et concours communs favoriseront la création d’un réseau pour l’échange d’expériences et la diffusion de méthodes inclusives.

À long terme, l’impression 3D doit enrichir la pratique pédagogique et promouvoir une éducation sans barrière.

Porteur du projet: Pädagogische Hochschule Freiburg

Partenaires du projet: Hochschule für Technik, Wirtschaft und Medien Offenburg Albert-Ludwigs–Universität Freiburg, Centre National de la Recherche Scientifique – Délégation Alsace Université de Strasbourg Association Adèle de Glaubitz Forscher/innen für die Region e. V. Black Forest Filaments GmbH Landkreis Emmendingen Stadt Karlsruhe Ministerium für Kultur, Jugend und Sport Baden-Württemberg Kreismedienzentrum Freiburg St. Hildegardishaus gGmbH Landkreis Germersheim TIMKEN EUROPE Réseau Canopé

Fonds Européens : 1 498 096.06 € de fonds européens pour un budget total de 2 496 826.77 €

Site internet du projet: http://www.icse.eu/education-3D

Responsable scientifique à l’IS2M: Arnaud Spangenberg – arnaud.spangenberg@uha.fr