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The guidance document will be a TS aiming to enhance and harmonize the B2B traceability and complementing the ISO TS 13 830 on B2C traceability. The project will
- Identify a suitable terminology associated to the traceability for transparency enhancement in the B2B chain where traceability should refer to the ability to identify, track and trace manufactured Nano-objects, their aggregates or agglomerates, as it moves along the supply chain from their production, through their integration in goods up to finished products. The terminology will rely on ISO definitions if available and is aiming to completing the ISO TR 1332 on terminology used in Safety Data Sheet (SDS);
- Define physical and / or chemical descriptors to be consider in the technological B2B traceability. Beside classical physical or chemical descriptors (size, size distribution, chemical composition….) some others, more linked to the purpose of the use of nanomaterials (functionalities, properties, claim) could be also considered. Physical traceability such as adding radionuclides and their corresponding descriptors will also be consider;
- Define tools, methods and relevant corresponding standards supporting the defined descriptors. The purpose is to define for each descriptor, the suitable methods, tools and standards addressing them. The economic viability will be taken into consideration to optimise the capability to be implemented by all industries in the value chain;
- Define document and computational tools to support the management, transmission and recording of the information for B2B traceability purpose. Intellectual properties (IP) management will be considered as well as the choice of the information as a function of the position in the B2B value chain (beginning, middle, last). The use of blockchain principle for IP management will be taken into consideration. The use of existing method and tools such as IMDS coupled with IPC 175x and IEC 62474, the UN/OECD Chemical In Product project or the EU LIFE Ask REACH project will be considered. Moreover, Artificial intelligence (AI) scheme will also be considered as a manner to further enhance the capability of the traceability to support innovation; the latest AI capabilities will allow the enhancement of B2B traceability as well as keeping the material innovation sensitive information confidential
- And evaluate the robustness and usefulness of the information among the B2B chain through several case studies;
Reģistrācijas numurs (WIID)
69933
Darbības sfēra
The guidance document will be a TS aiming to enhance and harmonize the B2B traceability and complementing the ISO TS 13 830 on B2C traceability. The project will
- Identify a suitable terminology associated to the traceability for transparency enhancement in the B2B chain where traceability should refer to the ability to identify, track and trace manufactured Nano-objects, their aggregates or agglomerates, as it moves along the supply chain from their production, through their integration in goods up to finished products. The terminology will rely on ISO definitions if available and is aiming to completing the ISO TR 1332 on terminology used in Safety Data Sheet (SDS);
- Define physical and / or chemical descriptors to be consider in the technological B2B traceability. Beside classical physical or chemical descriptors (size, size distribution, chemical composition….) some others, more linked to the purpose of the use of nanomaterials (functionalities, properties, claim) could be also considered. Physical traceability such as adding radionuclides and their corresponding descriptors will also be consider;
- Define tools, methods and relevant corresponding standards supporting the defined descriptors. The purpose is to define for each descriptor, the suitable methods, tools and standards addressing them. The economic viability will be taken into consideration to optimise the capability to be implemented by all industries in the value chain;
- Define document and computational tools to support the management, transmission and recording of the information for B2B traceability purpose. Intellectual properties (IP) management will be considered as well as the choice of the information as a function of the position in the B2B value chain (beginning, middle, last). The use of blockchain principle for IP management will be taken into consideration. The use of existing method and tools such as IMDS coupled with IPC 175x and IEC 62474, the UN/OECD Chemical In Product project or the EU LIFE Ask REACH project will be considered. Moreover, Artificial intelligence (AI) scheme will also be considered as a manner to further enhance the capability of the traceability to support innovation; the latest AI capabilities will allow the enhancement of B2B traceability as well as keeping the material innovation sensitive information confidential
- And evaluate the robustness and usefulness of the information among the B2B chain through several case studies;
