MODACC will support and guide a total of 15 companies in their calculation of the carbon and water footprint in textile production. Good practices and recommendations will be derived for their effective reduction, thus adapting to the obligations arising from the European ecodesign directive.
The implementation of 3D display room prototypes of biological systems will be essential not only to develop drug repositioning strategies, but also, and what is very important, to develop and implement a new pedagogical strategy. This strategy will allow students from different levels and areas of study to come into contact with complex molecular structures, such as therapeutic goals and their interaction with drugs.
This achievement will fulfill the ultimate purpose of the drug repositioning process, which is to explore the potential to give new life to existing drugs, as well as introduce new molecules adapted to specific therapeutic needs. The materialisation of this realisation will be done through the availability of a list of drugs with potential to advance in the process of drug repositioning. This will be done recognising the role of the pharmaceutical industry in bringing medicines to patients.
Implementation of 3 collaborative robot demonstrators in a real productive environment focused on 3 different sectors of high representativeness and economic impact in the SUDOE space (carnic, fruit and plastics) and 3 living labs for the integration and demonstration of the results achieved in the framework of the project to the business fabric and other entities interested in implementing the solutions developed, or equivalent, in their production processes.
This initial deployment serves as a work base to test the different processes of data acquisition, model capacity, simulation of polluting processes, etc. Once the prototype phase is completed, the deployment in the pool of the Institute of Thermalism of the Univ de Bordeaux will be the first pilot.
After the deployment and commissioning of the monitoring and control system, the locations/balconies will become the pilots of the project, where the data captured by the thermal water quality control system will be collected and analysed. These pilots will allow to evaluate the effectiveness of the system in real time and its ability to guarantee water quality in various thermal environments. The results obtained from these pilots will provide nexcessary information for the future implementation of the system in other spas within the Interreg SUDOE territory. Institute of Thermalism of the University of Bordeaux, a pilot in Portugal associated with the thermal pool of associate Gestão de Equipamentos do Município de Chaves, E.M., S.A., a pilot in the pool of the Hervideros de Cofrentes spa, a Pilot will unfold in the thermal pool of the Balneario El Raposo, a pilot will be developed by the associate Caldaria Termal SLU in the Spa of Laias and two pilots in resorts of France to define by HERE O Thermes, thermal cluster Nouvelle-Aquitaine, adding a total of 6 pilots
Two pilot actions will be developed and will contribute to the output indicator RCO84. The pilot actions are characterised by their cross-border and cooperative nature between the beneficiaries and the associated partners of the project and aim to implement the results of the study and scientific analysis activities of WG1 and WG2. The first pilot action aims to study the transferability of bio-products validated in the previous activities through the industrial incorporation and marketing of stabilised functional ingredients developed from agroforestry residual biomass. A value chain will be developed between the partners INGREDALIA, TAGUS Valey and ARGAL that will be based on the results of the GT1 and that will result in the testing and possible commercialisation of new sausages with biofunctional ingredients. The second pilot action seeks to replicate a transnational biorefinery process in the agroforestry sector that can be transferred to other entities in the cooperation space. The value chain will consist of the associated partners Alliance Forêts-Bois, Sogibois, FBS, TMAD and ENCE, who will provide the raw materials and partners INPT, INRAE, UVIGO, UMINHO, CETIM and BLC3 Evolution, who will take on the transformation and conversion. The efficiency and feasibility of this process will be analysed in order to study its possible continuity and replicability after the completion of the project. The achievements and results of these actions will in turn feed transnational strategies and provide consortium partners with very useful practical experience to ensure the transfer of validated by-products and processes.
Demonstrator of the technologies developed in GT1, specifically in the automatic detection of damage or defects in the products and materials selected in GT3. This demonstrator shall include a sensor system or systems for this purpose, in accordance with the conclusions drawn from the activities of this WG. A version of this demonstrator will be included as part of the pilot for GT2, which is the global demonstrator.
Demonstrator of different technologies developed in this GT, applied to a specific case of remanufacturing or support for it, with a particular type of product. This demonstrator will have at least one robot, with access to a workspace, and a sensor system according to the specifications obtained from the activities of this GT. As input to the demonstrator, the damage or defect detection system developed in GT1 will be included.
Launch of two Pilots to replace negative environmental impact components with others to drive smart and sustainable growth of the SUDOE space. P1 Validation Cr (VI) replacement process in chromium electrodeposition. P2 Validation Cr (VI) replacement process in the protection of light alloys.
