Public Deliverables

The report reviews the cutting-edge technologies for enabiling JIDEP. 

This deliverable specifies how the JIDEP project achieves interoperability to enable the effective sharing of recyclable product, component, and material data to meet the data publishing needs of suppliers and information consumption needs of manufacturers to be able to make an informed decision regarding the type of reusability and circularity.

This deliverable develops the OntoMPLC ontology within JIDEP, capturing shared concepts across three use cases. It includes requirement analysis, ontology development, and quality assessment to ensure usability.

This deliverable develops code for representing and integrating ontologies in JIDEP using OWL. The TBox Generator tool was created to transform CSV data into OWL ontologies, supporting querying via SPARQL and JSON-LD. A material passport ontology was developed, contributing to the first version of the JIDEP knowledge graph, deployed using RDF4J for efficient data access and management.

This deliverable develops an ontology for metadata representation in JIDEP. It analyses composite material datasets, maps metadata to existing standards, and bridges gaps by creating new concepts. The ontology is integrated with domain and application ontologies and tested on collected datasets.

This deliverable outlines the JIDEP project's data sharing and search approach, based on the iTelos methodology. It details reusable project resources, a custom metadata schema, and the JIDEP data catalog, built using JKAN. The catalog facilitates online metadata publication and supports JIDEP’s strategy for efficient data sharing and search services.

​This deliverable details the APIs developed for JIDEP, ensuring secure data access, seamless service interaction, and blockchain anchoring for data integrity. These APIs enhance platform functionality, security, and scalability for future use cases.

This initial deliverable of D4.2 outlines the API-driven integration of WP4 services into the JIDEP platform. This approach enhances functionality, scalability, and real-time data exchange, ensuring seamless interoperability for stakeholders.

The JIDEP UAT Report summarizes testing from M25 to M29, validating functionality, usability, and performance with stakeholder involvement. Critical defects were resolved, non-critical ones documented, and the system was approved for deployment.

The Use-Case-1 Demonstration Progress Report evaluates JIDEP’s real-world application, focusing on system performance and usability. Testing for wind turbine blade recycling began early to reduce R&D risks, with ZOR, TPI, and ADS refining processes using smaller samples before scaling up.

This report validates JIDEP’s demonstration deliverables with end-user screenshots, a video summary, and partner presentations from the Year-2 plenary. While it reflects the M28 status, demonstrations will continue until M32.

This report summarises the latest updates on the JIDEP project's dissemination activities, which will run parallel to the project’s implementation. The dissemination efforts aim to engage stakeholders and raise awareness through continuous actions supported by project participants.

The discovery phase aimed to assess practices, methods, frameworks, and policies for JIDEP data exchange, reporting, and provision by issuing a standardisation questionnaire to consortium partners. The results were intended to guide JIDEP development, end-user training, and ensure secure data exchange practices across industries.

The objectives of this deliverable include observing and analysing approaches and best practices applied in ontology modelling, ontology-centric tool development, rule creation, interoperability enhancement, data sharing and reusability, and data collection from different sources.

This final deliverable (D2.3) refines and extends domain-specific ontologies within JIDEP. It builds on the beta version by enhancing ontology alignment with EMMO and ISO standards and introducing lexical-semantic annotations. Key developments include the OntoCompMat teleotology and a taxonomic knowledge annotation methodology.

This deliverable develops an ontology for metadata representation in JIDEP. It analyses composite material datasets, maps metadata to existing standards, and bridges gaps by creating new concepts. The ontology is integrated with domain and application ontologies and tested on collected datasets.

This report outlines the distributed data contributions of JIDEP, detailing the selection of GunJS for storage implementation and the system’s architecture. It defines Distributed Storage Peers and Servers for secure, real-time data management and integrates ontology services for use-case-specific Data Sharing Units (DSUs). Security, access control, and performance improvements were implemented to ensure efficient and confidential data sharing.

This deliverable presents the first version of the iTelos framework for Knowledge Graph (KG) generation in JIDEP. It describes tools that implement the iTelos methodology, supporting both manual and semi-automated processes within the JIDEP platform. The framework streamlines KG creation by integrating tools in a sequential workflow, reducing effort and ensuring a structured approach from requirement formalization to final KG generation.

This deliverable presents JIDEP’s DLT platform on Polygon, focusing on smart contracts, data anchoring for Material Passports, and interoperability. It outlines key components, tool selection, and plans for scaling.

​This final deliverable of D4.1 showcases JIDEP’s tools for sustainability, transparency, and collaboration, including the Environmental Analytic Tool, Material Passports, and Circularity Calculator. These solutions drive industry innovation and efficiency.

​The JIDEP QA Testing Report assesses platform reliability using Playwright and JMeter, identifying issues and recommending improvements for performance, UI, and cross-browser compatibility to ensure a seamless user experience.

The WP5 Use Case Planning Report outlines JIDEP’s use-case demonstration plan, detailing objectives, scenarios, and technologies involved. It includes a roadmap, end-user expectations, and testing strategies for three distinct use cases. The main challenge lies in JIDEP’s dual nature—both a software solution and an industrial data-gathering tool—requiring real-time micro-projects and cross-industry validation. The plan ensures structured testing across both software and use-case layers, with end-users acting as both testers and validators.

This report validates JIDEP’s demonstration results with end-user screenshots and supporting materials, including a video summary and partner presentations. While it reflects the M28 status, demonstrations continue until M32.

This report highlights strategic partnerships in composites and electronics recycling, including Composites UK, EuCIA, and Wind Europe. Upcoming events will foster collaboration, innovation, and sustainability, driving progress in these industries.

This report highlights the JIDEP project's use of GitHub for source control, supporting collaboration across WP2, WP3, and WP4. Eight team members manage eleven repositories, ensuring development consistency and tracking code changes. The report also covers team roles, collaboration practices, and security measures to maintain project integrity.

This is the first version of the deliverable on the legal and ethical monitoring D8.3, due on M4 followed by M18 and M36. The following reports will be made by the ethical advisor appointed as part of the project as well. The legal and ethical monitoring