Imagine trying to tell if a tiny, invisible sheet of carbon is safe or defective without breaking it. This project creates a 'medical check-up' for materials, using high-tech cameras to spot risks early. It's like having a digital scanner that tells a factory if their graphene is safe to use before it ever leaves the building.
Companies using graphene struggle to prove their materials are safe and consistent without expensive, slow lab tests. This creates a bottleneck in getting new 2D-material products to market.
A set of 3-6 imaging methods, an image atlas for safety diagnostics, and a reporting guideline for data sharing.
If you are a flexible electronics manufacturer dealing with unpredictable material toxicity—this project developed imaging-based tools that allow for quality monitoring right next to the production line. This ensures your 2D materials meet safety standards before assembly.
If you are an aviation component producer dealing with strict safety certifications for new composites—this project developed a safety profiling system that correlates high-resolution images with risk levels. This helps you prove your graphene-enhanced parts are safe and sustainable.
If you are a marine construction firm dealing with the environmental impact of advanced coatings—this project developed reference materials and imaging methods to predict environmental risks. This prevents costly regulatory failures during the deployment of 2D materials.
Based on available project data, specific pricing or implementation costs are not provided.
Yes, the project specifically aims to provide tools for quality monitoring next to the production line to accelerate sectors like aviation and electronics.
Based on available project data, the project focuses on submitting standard proposals to standardization bodies to create regulatory-ready products.
Yes, it aligns with the EU Commission's Standardisation Strategy and the JRC SSbD (Safe and Sustainable by Design) guidelines.
The project period runs from 2023-01-01 to 2026-08-31, suggesting full availability toward the end of 2026.
The consortium is well-balanced for technology transfer, consisting of 10 partners across 8 countries. With a 20% industry ratio (2 companies) and 5 universities, the project blends academic rigor with commercial application. The inclusion of 3 research institutes ensures the technical validity of the imaging methods before they reach the 2 SMEs involved.
Contact UNIVERZA V LJUBLJANI for technical specifications on the imaging framework.
Contact SciTransfer to identify the specific imaging methods suitable for your production line.
