Blue Synergy Contributes Open-Access LCI Datasets to the Global LCA Data Access Platform

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Blue Synergy has contributed to the Global LCA Data Access (GLAD) platform by sharing open-access Life Cycle Inventory (LCI) datasets developed within the framework of the EU-funded BIOSYSMO project. These datasets focus on Pump and Treat technology for contaminated groundwater remediation and aim to support greater transparency, accessibility and knowledge sharing in environmental sustainability assessments.

Life Cycle Assessment (LCA) is an essential tool for evaluating the environmental impacts associated with remediation technologies, helping researchers and technology developers identify opportunities to improve resource efficiency and reduce environmental burdens. However, the availability of reliable and accessible inventory data remains an important challenge for conducting comprehensive assessments. By making these datasets publicly available, Blue Synergy seeks to facilitate further research and encourage the broader application of LCA methodologies in the environmental remediation sector.

This contribution reflects Blue Synergy’s commitment to open science, data transparency and sustainable technological development. Through its participation in BIOSYSMO, the company has supported the environmental and socio-economic assessment of innovative bioremediation solutions, contributing to a better understanding of their sustainability performance and potential for future implementation.

The datasets are now accessible through the GLAD platform, providing researchers, sustainability practitioners and other interested stakeholders with valuable information to support environmental assessments and advance the development of more sustainable remediation strategies.

Explore Blue Synergy’s contributions to the GLAD platform: Access the BIOSYSMO datasets.

POWERSAT Consortium Meets in Ancona to Review Progress and Sustainability

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The POWERSAT consortium recently gathered in Ancona, Italy, for its latest General Assembly, bringing together project partners to review progress, discuss key achievements, and coordinate activities for the final stages of the project.

As POWERSAT enters its final year, the consortium continues to make significant progress towards developing its innovative technologies. The meeting provided an opportunity to assess technical developments and address feedback received from project reviewers, confirming that the project remains on track to achieve its objectives.

Sustainability was a key topic during the meeting, with Blue Synergy contributing to discussions on the environmental and economic performance of the technologies under development. Our Sustainability Engineer, Patricio Iván Cano Santana, presented the latest advances in Life Cycle Assessment (LCA), Life Cycle Costing (LCC), and eco-design opportunities, highlighting how these assessments can support the identification of environmental and economic hotspots and guide improvements in the project’s technologies.

As the project approaches completion, these activities will play an important role in supporting the development of more sustainable and economically viable technological solutions.

Blue Synergy extends its appreciation to all POWERSAT partners for their continued collaboration and commitment: Thales, FADO.io, University College Cork, Università Politecnica delle Marche, Foundation for Research and Technology – Hellas (FORTH), IMT Bucharest, Uppsala University, and Tyndall National Institute.

Learn more about the project: POWERSAT website

VALORISH strengthens connections at Aquaculture Europe 2026

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The VALORISH Project participated in Aquaculture Europe 2026 (AE2026) in Ljubljana, Slovenia, bringing the project’s work on fish-processing side-stream valorisation to the European aquaculture community. The event provided an important opportunity to communicate the project’s progress, engage with key stakeholders and strengthen connections with other European initiatives working towards a more circular and sustainable aquaculture sector.

Blue Synergy and the VALORISH consortium contributed to the event through two interventions focused on circularity, innovation and the sustainable use of marine resources.

VALORISH at RootLinks: Blue Innovation Bites

During RootLinks: Blue Innovation Bites, Julio Morales Daza from Blue Synergy presented VALORISH and its approach to creating value from fish-processing side streams.

The session brought together primary producers, researchers and technology developers to explore practical circular and bio-based solutions for aquaculture. It also created a valuable setting for VALORISH to exchange perspectives with stakeholders, identify common areas of interest and explore potential synergies with other actors working across the blue bioeconomy.

Participation in the session contributed to VALORISH’s wider communication, dissemination and stakeholder engagement activities, helping connect the project’s technological developments with relevant communities beyond the consortium.

“Aquaculture Europe 2026 was a valuable opportunity to bring VALORISH closer to the aquaculture community and, importantly, to listen to the perspectives of those working across the sector. The conversations and new connections made in Ljubljana will help us strengthen collaboration and ensure that the project’s work on fish side-stream valorisation remains connected to real industry needs and opportunities.” — Julio Morales Daza, Social Researcher and Communication Specialist at Blue Synergy, and Stakeholder & Clustering Manager for VALORISH

Showcasing VALORISH at the AE2026 Innovation Forum

VALORISH was also represented by its Co-coordinator, Akanksha Mishra, during the AE2026 Innovation Forum, where she participated in the EU Circular Economy Project Pitch Session.

The session focused on circular economy approaches in European aquaculture and brought together several EU-funded projects developing solutions across the sector. VALORISH presented its progress and contribution to fish-waste valorisation, alongside projects addressing areas including sludge valorisation, algae by-products, bivalve shells and plastic valorisation.

The Innovation Forum highlighted the importance of approaches such as side-stream valorisation, resource efficiency and closed-loop production systems for improving the sustainability, resilience and competitiveness of European aquaculture.

Building connections across the European aquaculture community

Beyond the two interventions, participation in AE2026 offered VALORISH an important opportunity to meet key stakeholders, network with other EU-funded projects and establish new contacts that can support future collaboration and knowledge exchange.

These interactions are particularly valuable for connecting research and technological development with the needs and perspectives of the wider aquaculture community and for increasing the visibility and potential impact of the solutions being developed within VALORISH.

Blue Synergy and the VALORISH consortium would like to thank the European Aquaculture Society, SUBMARINER Network for Blue Growth EEIG, RootLinks, and everyone who participated in the sessions and shared their perspectives with the team.

VALORISH leaves Ljubljana with new connections, valuable insights and renewed momentum to continue advancing circular and sustainable solutions for the fisheries and aquaculture sectors.

Beyond waste reduction: Creating value from fish processing side-streams

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By Patricio Cano Santana – PhD on Bioprocess Engineering, Sustainability Engineer at Blue Synergy.

Today, 29 September, we mark the International Day of Awareness of Food Loss and Waste, an initiative established by the United Nations to highlight the need to reduce food loss and waste across the entire food system. The focus in 2026 is on the “Transformative Potential of Reducing Food Loss and Waste”, reinforcing an idea that is both simple and important: when food and biological resources are lost or wasted, we also lose part of the water, energy, materials and effort invested in producing them. Reducing these food losses can therefore contribute to food security, lower environmental pressures and a more efficient use of resources.

But reducing waste is only part of the challenge. Some biological side streams are unavoidable, particularly during food processing. In fisheries and aquaculture value chains, for example, processing can generate materials such as heads, bones, skin, viscera and shells. Although these are often considered waste, they may still contain valuable proteins, oils, minerals and other components. The challenge is therefore not only to reduce the amount of waste generated, but also to make better use of the resources that are already available to us. This is where the circular bioeconomy can play an important role, by helping turn unavoidable side streams into new resources and opportunities.

Specifically, this is the challenge being fully addressed by the EU-funded VALORISH project. VALORISH is developing a cascade biorefinery approach to transform fish-processing waste and by-products into valuable bio-based products. Rather than extracting a single component and discarding the remainder, the cascade concept seeks to recover value progressively from different fractions, while identifying further uses for the resulting side streams. In this way, oils, hydrolysates, minerals and high-value compounds such as astaxanthin, vitamin B12 and bacteriocins can be directed towards new applications, while reducing the amount of residual material generated. These technical developments are complemented by sustainability, circularity and regulatory activities, providing a broader assessment of the proposed valorization pathways and supporting their future implementation, uptake and market deployment.

From my perspective, the transformative potential of reducing food loss and waste also depends on how effectively unavoidable side-streams can be preserved and valorised. This means that, for VALORISH, access to fresh fisheries side-streams and rapid processing are therefore essential, while nearby centralized treatment facilities could help bring together material from different local producers, ensuring a more stable supply and reducing storage and transport needs.

**Patricio Cano Santana (PhD on Bioprocess Engineering) is a sustainability engineer at Blue Synergy, where he works on environmental, economic and social sustainability assessment within European research and innovation projects. In VALORISH, his work focuses on assessing the sustainability and feasibility of the proposed fish by-product valorization pathways, helping to complement the project’s technical developments with a broader understanding of their environmental, and socio-economic performance and their potential for future implementation.

Paving The Way For Greener, Cleaner Ecosystems: The Conclusion Of The Horizon Europe BIOSYSMO Project

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After four years of groundbreaking research and interdisciplinary collaboration, the BIOSYSMO project (BIOremediation systems exploiting SYnergieS for improved removal of Mixed pOllutants) has successfully reached its conclusion. Funded by the European Union under the Horizon Europe research and innovation programme (Grant Agreement No. 101060211), the project brought together a leading consortium of research institutes, universities, and specialized industry partners coordinated by IDENER.

BIOSYSMO set out to address one of Europe’s most pressing environmental challenges: the widespread contamination of soils, sediments, and water bodies caused by complex, recalcitrant mixtures of pollutants—such as heavy metals, polycyclic aromatic hydrocarbons (PAHs), chlorinated ethenes, pesticides, and pharmaceuticals.

As the project wraps up, we reflect on BIOSYSMO’s core achievements, the transformative biotechnologies developed, and the dedicated role Blue Synergy played in evaluating the holistic sustainability, economic viability, and social impact of these solutions.

Unlocking synergies: Key achievements of BIOSYSMO

Conventional physicochemical remediation approaches (such as soil excavation, pump-and-treat, or intensive chemical oxidation) often demand high energy inputs, require synthetic reagents, disrupt native ecosystems, and carry high operational costs. BIOSYSMO turned toward synergistic in-situ bioremediation—combining natural and optimized bacteria, fungi, and plants into coordinated biological systems capable of cooperative degradation and sequestration.

Over its 48-month duration, the consortium achieved critical milestones across the bioremediation pipeline:

  1. Model-driven & computational discovery: Leveraging data mining and genome-scale metabolic (GEM) models, the consortium mapped metabolic networks and identified key microbial players and enzymatic pathways to simulate degradation dynamics.
  2. Innovative biosystems & bioelectrochemical integration: The project developed micro-structured artificial consortia, electroactive biofilms, engineered poplar lines for phytoextraction and endophyte colonization, and hybrid bioelectrochemical systems (BES) capable of driving oxidative and reductive pathways simultaneously.
  3. Multi-matrix application & lab validation: Tested against contaminated matrices from across Europe—ranging from industrial aquifers in Spain to chlor-alkali and agricultural sites in France and estuarine sediments in Portugal—the biosystems demonstrated significant removal efficiencies across soil, groundwater, sediments, and est uarine environments.
  4. Field validation & scalability Roadmaps: The most promising biotechnological configurations were progressed to pilot testing in real-world environments (reaching TRL 5), accompanied by detailed roadmaps for replication across other contaminated sites.

Blue Synergy’s core contribution: Environmental, economic, and social sustainability

Technological innovation can only achieve meaningful uptake if it is environmentally superior to existing practices, economically feasible, and socially accepted. Within BIOSYSMO, Blue Synergy led Work Package 6 (WP6: Environmental, socio-economic, risk and regulatory assessment), orchestrating the multidimensional evaluation required to transition these lab- and pilot-scale systems into viable commercial and societal solutions.

Specifically, Blue Synergy led and executed the following core tasks:

Environmental Life Cycle Assessment (LCA)

Blue Synergy conducted comprehensive ISO 14040/14044-compliant Life Cycle Assessments to benchmark BIOSYSMO’s bioremediation technologies against standard physicochemical treatments (such as dig-and-dump excavation or conventional treatment plants).

  • Key focus: Quantifying associated emissions and environmental indicators, including Global Warming Potential, ecotoxicity, human toxicity, and resource depletion.
  • Biodiversity and ecosystem services integration: Incorporating biodiversity and ecosystem services aspects to measure the net-positive ecological footprint and recovery of natural habitats.
  • Outputs: Delivered the preliminary and final LCA analyses (Deliverables D6.1 and D6.5), identifying potential environmental hotspots during process scale-up and ensuring compliance with open European LCA documentation standards (ILCD format).

Life Cycle Costing (LCC) / Net Present Value

To ensure that green technologies can compete in the remediation market, Blue Synergy evaluated the total ownership cost over the full operational lifecycle.

  • Key focus: Evaluating capital expenses (CAPEX) and operating expenditures (OPEX)—including equipment, long-term monitoring, energy, consumables, and potential system profitability calculated through Net Present Value (NPV) economic feasibility models.
  • Impact: Delivered reports D6.2 and D6.6, demonstrating that the low-energy, low-reagent demand of BIOSYSMO biosystems provides significant long-term cost-effectiveness compared to resource-intensive commercial baselines.

Social Impact Analysis & Social LCA (S-LCA)

Recognizing that community engagement and social trust are paramount when deploying biotechnologies, Blue Synergy executed a thorough Social Impact Analysis complemented by Social Life Cycle Assessment (S-LCA).

  • Key focus: Analyzing direct and indirect social impacts on workers, local communities, consumers, and value chain stakeholders.
  • Methodology: Developing customized field surveys and interviews to assess variables such as public health improvements from decontaminated water/soil, employment generation, community welfare, and changes in local community perception.
  • Outcome: Consolidated in Deliverable D6.5, culminating in a Social Return on Investment (S-ROI) calculation that highlights the societal value created by deploying non-invasive, nature-based remediation techniques.

A word from our team

“Leading the sustainability assessment in BIOSYSMO has strengthened my expertise in evaluating innovative remediation technologies from environmental, economic and social perspectives, while addressing low-TRL uncertainty and scale-up challenges. BIOSYSMO has also enhanced my ability to translate applied research into robust scientific evidence, connecting sustainability assessment with real-world contaminated-site remediation and supporting more informed decision-making.” – Doctor Patricio Iván Cano Santana, Sustainability Engineer at Blue Synergy.

“Evaluating the human dimension of remediation in BIOSYSMO meant stepping directly onto the demo sites to understand local realities. By engaging local residents, municipal leaders, and researchers in places like Vieux-Charmont and Tarragona, our supplementary social impact analysis connected technical data with community memory and everyday concerns. Sustainable remediation is not just about reducing contaminant levels, it succeeds when it restores public trust, fosters social acceptance, and revitalises degraded spaces into safe, shared community assets.” – Julio Morales Daza, Social Research Specialist at Blue Synergy.

Looking forward: Supporting the zero-pollution ambition

The conclusion of BIOSYSMO marks an important step forward in supporting the EU Zero Pollution Action Plan and the European Green Deal. By demonstrating that synergistic bio-based systems can degrade complex pollutant mixtures while delivering a positive sustainable impact, the project has established a strong foundation for future sustainable remediation across Europe.

At Blue Synergy, we take pride in having steered the sustainability, socio-economic, and lifecycle evaluations that validate the feasibility and societal value of these solutions. We remain dedicated to supporting Europe’s green transition by bridging cutting-edge environmental research with rigorous impact metrics.

The achievements of BIOSYSMO were made possible through the dedication, expertise, and seamless collaboration of all consortium partners across Europe. Blue Synergy extends its sincere gratitude to project coordinator IDENER, as well as our academic and research partners: Universidad de Burgos (UBU), Institut Jožef Stefan (JSI), LEITAT, Université Marie et Louis Pasteur (UMLP), CIIMAR, Universidad Politécnica de Madrid (UPM), CNRS, AXIA Innovation, TAUW, and EXELISIS. It has been a privilege to collaborate alongside such an outstanding, interdisciplinary team driving forward the future of sustainable bioremediation.

To explore more details about the project, visit the official BIOSYSMO Website.

Pioneering Sustainable Nanoelectronics: Blue Synergy Celebrates the Successful Conclusion of the NANOMAT Project

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The Horizon Europe-funded NANOMAT project has successfully concluded, marking a transformative milestone in the evolution of European technology by establishing the entirely new domain of flexible power RF nanoelectronics.

For decades, flexible electronics were restricted by emitted power levels peaking around 500 milliwatts, leaving a significant technological gap for demanding applications such as conformal antennas for avionic radars and lightweight flexible antennas for satellite Internet of Things arrays, which require power levels approaching or exceeding ten watts. By heterogeneously integrating carbon-based nanomaterials, wide-bandgap III-nitrides, RF MEMS, and innovative organic cooling platforms, the initiative successfully delivered pioneering flexible transceiver components and circuits that bridge this critical power gap.

Throughout the project’s lifecycle, the consortium developed two prototypes of escalating innovation and complexity to validate the technology. The first was a medium-power, Ka-band hybrid integrated proof of concept tailored specifically for satellite communications. The effort then culminated in a second demonstrator, which was a high-power, X-band fully monolithic flexible RF transceiver designed for next-generation avionic radars.

Within this highly interdisciplinary framework, Blue Synergy proudly led the key tasks dedicated to environmental sustainability and circular economy integration, ensuring that these technological leaps did not come at an ecological cost while incorporating circularity principles into their development. More specifically, our team spearheaded comprehensive Life Cycle Assessments and Life Cycle Costing analyses, embedding eco-design principles directly into the early stages of the prototypes’ development. We rigorously evaluated potential environmental impacts across the entire life cycle of the RF transceiver devices, analyzing impact categories such as climate change, human toxicity, resource depletion, and cumulative energy demand. Simultaneously, our economic assessments identified vital cost reductions spanning the planning, acquisition, operation, and disposal phases of the new technologies.

Furthermore, Blue Synergy formulated robust circularity strategies to measure and facilitate the transition toward a circular economy within the targeted value chain. This involved analyzing key performance indicators focused on the efficient use of materials, mitigating supply chain risks, monitoring material scarcity, and establishing dedicated recovery and recycling pathways to responsibly manage the end-of-life phases of these advanced flexible devices.

Patricio Cano, Sustainability Engineer at Blue Synergy, stated: “working in the NANOMAT was a great opportunity to contribute to the development of pioneering flexible RF nanoelectronics while integrating environmental sustainability and circular economy principles from the early stages of technological development. It was also a highly rewarding experience to collaborate with an excellent European consortium at the forefront of next-generation deep-tech innovation”.

We extend our sincere gratitude to the project coordinator, Thales, as well as to the entire European consortium for their exceptional collaboration, dedication, and technical excellence. This remarkable success reinforces Blue Synergy’s steadfast commitment to fostering sustainable innovation and supporting high-impact European research across next-generation deep tech and nanoelectronics.

New Publication on the Integrated Sustainability Assessment of Brownfield Regeneration

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Blue Synergy is pleased to announce the publication of new research exploring an integrated approach to assessing the sustainability of brownfield regeneration strategies.

The publication, co-authored by our Sustainability Engineer, Patricio Cano Santana, presents a comprehensive sustainability assessment framework combining Life Cycle Assessment (LCA), Life Cycle Costing (LCC), Net Present Value (NPV), Social Life Cycle Assessment (S-LCA) and Social Return on Investment (SROI). By integrating environmental, economic and social perspectives, the study provides a holistic understanding of the potential impacts and benefits associated with brownfield restoration.

Developed within the BIOSYSMO Project, the research focuses on the regeneration of a brownfield in Vieux-Charmont, France. The study explores the potential of phyto-management approaches and circular soil-management strategies to support the sustainable restoration of contaminated sites, while assessing different technological and management pathways from a life cycle perspective.

The research highlights the importance of considering sustainability dimensions together when evaluating remediation and regeneration strategies. The integrated methodology supports a broader assessment of environmental impacts, economic performance and potential social value, providing evidence to inform decision-making and the future development of more sustainable brownfield management practices.

This publication represents an important collaborative effort, made possible through the contributions of Michel Chalot PhD and Humberto Castillo-Gonzalez PhD from Université Marie et Louis Pasteur, together with Blue Synergy’s General & Operations Director, German Cavero Lopez, and all participating co-authors.

Blue Synergy is proud to contribute to research that advances integrated sustainability assessment and supports the development of innovative, circular and socially responsible approaches to environmental restoration.

Discover the full publication: https://www.mdpi.com/3975642

POWERSAT meets in Sweden for its latest General Assembly

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The POWERSAT consortium recently gathered in Uppsala, Sweden, for its latest General Assembly, bringing project partners together to review the progress achieved so far and discuss the activities ahead as the project approaches its final year.

The meeting provided an opportunity to share the latest technical developments across the project and assess the progress of POWERSAT’s innovative technologies. Based on the advances presented and the feedback received from reviewers, the project continues to move forward on the right track towards achieving its objectives.

Sustainability at the heart of POWERSAT’s final stages

As POWERSAT enters the final stretch of its implementation, sustainability considerations are becoming increasingly relevant to support the development and future potential of the project’s technologies.

During the General Assembly, Blue Synergy‘s Sustainability Engineer, Patricio Ivan Cano Santana, presented the latest progress in the project’s Life Cycle Assessment (LCA), Life Cycle Costing (LCC) and the identification of Ecodesign opportunities.

Through these activities, Blue Synergy is contributing to the evaluation of the environmental and economic performance of the technologies developed within POWERSAT. The identification of potential Ecodesign opportunities also aims to provide valuable insights for improving their sustainability performance and supporting informed decisions as the technologies continue to advance.

Looking ahead to POWERSAT’s final year

Blue Synergy congratulates all POWERSAT partners for their hard work, commitment and collaboration throughout the project. After two years of significant progress, we look forward to continuing our contribution and supporting the consortium during this important final stage.

We hope the final year of POWERSAT will be as productive and successful as the journey so far.

Discover more about POWERSAT: https://project-powersat.com/

Blue Synergy Attends the Final BIOSYSMO General Assembly in Florence

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Blue Synergy recently participated in the final General Assembly of the BIOSYSMO project, held in Florence, Italy, marking the last consortium meeting on-site before the project reaches its conclusion later this summer.

The meeting brought together project partners to review the progress achieved throughout the project, discuss the remaining activities and align on the final steps towards the successful completion of BIOSYSMO. It also provided an opportunity to reflect on the scientific, technological and sustainability advances generated through the consortium’s collaborative work.

Representing Blue Synergy, our Sustainability Engineer, Patricio Ivan Cano Santana, participated online, presenting the work carried out by our team in the areas of Life Cycle Assessment (LCA), Life Cycle Costing (LCC), Social Life Cycle Assessment (S-LCA) and Social Impact Assessment. These activities have supported BIOSYSMO in evaluating the environmental, economic and social performance of the innovative technologies developed within the project, providing valuable insights to strengthen their sustainability and future implementation.

Meanwhile, our Social Researcher and Communications Specialist, Julio Morales Daza, attended the General Assembly in Florence, contributing to the discussions with project partners and participating in the final coordination activities. During his visit, Julio also attended the ALL4BIOREM clustering event organised by the pHYBi Project as part of the BioRemid 2026 conference, where several European initiatives exchanged experiences and explored opportunities for collaboration in the field of sustainable bioremediation and circular bioeconomy.

As BIOSYSMO approaches its conclusion, Blue Synergy is proud to have contributed to a project that has combined scientific excellence with sustainability principles to address complex environmental challenges. Our work has helped ensure that environmental, economic and social considerations have been integrated into the project’s innovation process, supporting the development of solutions with long-term value and impact.

We would also like to congratulate all BIOSYSMO partners for their commitment, professionalism and collaborative spirit throughout the project. Working alongside IDENER.AI, Universidad de Burgos, Jožef Stefan Institute, Leitat Technological Center, Université Marie et Louis Pasteur, CIIMAR, Universidad Politécnica de Madrid, AXIA Innovation GmbH, CNRS, TAUW, EXELISIS IKE and Imperial College London has been a rewarding experience that demonstrates the strength of European research and innovation when diverse expertise comes together towards a common goal.

Although the project is nearing its end, we are confident that the knowledge generated, the technologies developed and the partnerships established through BIOSYSMO will continue creating positive impact well beyond the project’s lifetime.

To learn more about BIOSYSMO, visit https://www.biosysmo.eu/.

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

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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/