Blue Synergy’s contribution to sustainability and circularity in the NANOMAT Project

As the NANOMAT project reaches its final stage, BLUE SYNERGY is proud to highlight its contribution to integrating sustainability, circularity and eco-design into the development of next-generation nanoelectronic technologies.

NANOMAT is advancing a new technological domain: flexible power RF nanoelectronics. The project focuses on the development of high-performance flexible components and circuits for demanding applications such as satellite communications and next-generation avionic radar systems. By combining innovations in carbon-based electronics and thermoelectrics, wide band gap semiconductor-based MMICs, RF MEMS and acoustic sensors, NANOMAT aims to overcome current limitations in flexible electronics and support the transition towards more advanced, lightweight and high-power electronic systems.

Within this ambitious framework, BLUE SYNERGY has contributed by ensuring that environmental, economic and circularity considerations are embedded into the technology development process. Our work has focused on generating evidence-based insights to support decision-making, identify improvement opportunities and guide future optimisation and scale-up activities.

Assessing Environmental Performance through Life Cycle Assessment

One of BLUE SYNERGY’s central contributions has been the evaluation of the environmental performance of the developed nanoelectronic components through a cradle-to-gate Life Cycle Assessment.

This assessment considered the main stages associated with component manufacturing, including material inputs, manufacturing processes and energy use. By identifying the main environmental hotspots, the analysis provides a scientific basis for understanding where sustainability improvements can be most effectively prioritised.

In emerging technologies such as those developed in NANOMAT, this type of assessment is especially important. Decisions made during early development stages can strongly influence future environmental performance, particularly when technologies move towards higher Technology Readiness Levels and potential industrial scale-up. The LCA work therefore supports the project by translating technical development data into actionable sustainability insights.

Understanding Economic Performance through Life Cycle Costing

In addition to environmental assessment, BLUE SYNERGY performed a Life Cycle Costing analysis to evaluate the economic performance of the developed components.

This work focused on quantifying both capital and operational expenditures associated with the manufacturing processes under assessment. By analysing equipment needs, material consumption, energy requirements and operational parameters, the LCC helped identify the principal cost drivers affecting the economic feasibility of the technologies.

The results are valuable not only for understanding current development costs, but also for supporting future optimisation pathways. By identifying where costs are concentrated, the analysis highlights opportunities to improve economic performance while maintaining the required technological functionality. This is particularly relevant for advanced nanoelectronic systems, where performance, reliability and manufacturing complexity must be carefully balanced with cost efficiency.

Exploring Circularity Potential

BLUE SYNERGY also assessed the circularity potential of the developed technologies, focusing on material use, resource efficiency, recovery opportunities and end-of-life considerations.

Nanoelectronic components often rely on specialised materials, complex manufacturing processes and highly specific performance requirements. For this reason, circularity must be considered from the design and development stages, rather than only at the end of the product life cycle.

The circularity assessment carried out within NANOMAT supported the identification of opportunities to improve material retention, reduce dependence on virgin resources and promote more resource-efficient systems. This work contributes to a broader understanding of how advanced electronic technologies can be designed and developed in alignment with circular economy principles.

Translating Results into Eco-design Strategies

Building on the results of the Life Cycle Assessment, Life Cycle Costing and circularity assessment, BLUE SYNERGY identified targeted eco-design strategies to support the future development of NANOMAT technologies.

These strategies aim to reduce environmental impacts, improve resource efficiency, enhance circularity and support more sustainable scale-up pathways. They include recommendations related to material selection, energy efficiency, process optimisation, waste minimisation, recovery potential and the integration of sustainability criteria into future technology development.

The objective is to move beyond assessment and provide practical guidance. By translating sustainability findings into eco-design recommendations, BLUE SYNERGY supports the project consortium in identifying concrete opportunities for improvement and in strengthening the long-term sustainability profile of the developed technologies.

Supporting Sustainable Innovation in Nanoelectronics

The NANOMAT project demonstrates how advanced technological development and sustainability assessment can work together. As flexible power RF nanoelectronics move closer to real-world applications, environmental, economic and circularity considerations become essential for guiding responsible innovation.

BLUE SYNERGY’s contribution has helped ensure that sustainability is not treated as an external consideration, but as an integrated part of the development process. Through Life Cycle Assessment, Life Cycle Costing, circularity assessment and eco-design strategies, our work provides a structured basis for improving the sustainability performance of emerging nanoelectronic systems.

As NANOMAT approaches its conclusion, BLUE SYNERGY is pleased to have contributed to a project that brings together technological excellence, industrial relevance and forward-looking sustainability thinking.

Learn more about NANOMAT: https://nanomat-project.com/