Portfólio

From ECOINNOCATALYSTS to PROMETHEUS: A New Horizon Europe Success

We are delighted to share an important achievement building on the scientific expertise, research results and international collaborations developed within the ECOINNOCATALYSTS project.

The Horizon Europe proposal PROMETHEUS – PROject for MEaningful Twinning in Hydrogen Energy United Science (Proposal ID 101339154) has been successfully evaluated and selected for funding and is currently entering the Grant Agreement Preparation stage.

PROMETHEUS brings together CEMEA SAS, Fraunhofer IKTS, Vrije Universiteit Brussel (VUB) and ADDSEN in an international partnership focused on strengthening research excellence, scientific cooperation and innovation capacity in the field of hydrogen energy. The submitted proposal has a total requested budget of EUR 1.5 million, with CEMEA SAS acting as project coordinator and partners from Germany, Belgium and Slovakia contributing complementary expertise.

The success of PROMETHEUS represents an important continuation of the research direction and collaborative efforts fostered through ECOINNOCATALYSTS. Knowledge and expertise gained in advanced catalytic and electrocatalytic materials, electrochemical evaluation, sustainable technologies and international research cooperation provide a strong foundation for further scientific development and new European partnerships.

This achievement also demonstrates the broader impact of ECOINNOCATALYSTS beyond its immediate research activities. The expertise, scientific results and collaborative networks established through the project are helping to create new opportunities for competitive European research and to strengthen long-term cooperation among research and innovation partners.

PROMETHEUS will build on these foundations by further developing research excellence and international collaboration in hydrogen energy, contributing to the advancement of sustainable energy technologies and strengthening European research capacity.

The next step is the completion of the Grant Agreement Preparation process, followed by the launch of the new project.

From ECOINNOCATALYSTS to PROMETHEUS – building on scientific excellence, strengthening European research collaboration and advancing towards a sustainable hydrogen future.

ECOINNOCATALYSTS Project Featured in SAVinci Documentary Series (8 August 2026)

We are delighted to announce that the ECOINNOCATALYSTS project is featured in the new SAVinci documentary series produced by the Slovak Academy of Sciences (SAS). The first episode will premiere on STVR Dvojka on 8 August 2026 at 11:35 CET, showcasing world-class research carried out at the Centre for Advanced Materials Application (CEMEA SAS).

The documentary presents cutting-edge research on 3D structures for hydrogen production, highlighting the work of Assoc. Prof. Anna Kityk, coordinator of the ECOINNOCATALYSTS project. The programme introduces the project's innovative approach to developing advanced catalytic materials for sustainable hydrogen generation and demonstrates how fundamental materials research contributes to Europe's clean energy transition.

The four-part SAVinci documentary series was created by Matej Pok from the Department of Communication and Public Relations of the Slovak Academy of Sciences. Its aim is to bring outstanding Slovak research closer to the public and demonstrate that science conducted at the Slovak Academy of Sciences is internationally competitive. As Matej Pok notes, Slovak researchers are actively involved in numerous international collaborations and produce results comparable with leading research institutions worldwide. Through the SAVinci series, these achievements are presented in an accessible and engaging format for a broad audience.

The inclusion of ECOINNOCATALYSTS in this national science communication initiative provides an excellent opportunity to raise public awareness of the importance of sustainable hydrogen technologies and advanced materials research. By sharing our work with a wider audience, we hope to inspire greater interest in green energy solutions and the role of scientific innovation in building a more sustainable future.

We invite everyone to watch the premiere and learn more about the exciting research behind the ECOINNOCATALYSTS project.

Premiere: 8 August 2026, 11:35 CET, STVR Dvojka.

ECOINNOCATALYSTS Presented at ANM 2026 Conference in Portugal (22–24 July 2026 )

The ECOINNOCATALYSTS team participated in the 26th International Conference on Advanced Nanomaterials (ANM 2026), held from 22–24 July 2026 at the University of Aveiro, Portugal. ANM is a well-established annual conference series dedicated to the latest advances in nanomaterials, bringing together researchers from academia and industry to exchange knowledge and foster scientific collaboration.

Among the conference sessions, the Hydrogen Energy section was of particular relevance to the ECOINNOCATALYSTS project, featuring numerous lectures and poster presentations focused on innovative materials and technologies for sustainable hydrogen production and energy conversion.

As part of the ECOINNOCATALYSTS project, we presented the poster "Electrosynthesized TiO₂ Nanotubular Films on Ti-6Al-4V Using Deep Eutectic Solvents for Coupled Photocatalytic and Hydrogen-Evolution Performance". The presented research demonstrated the potential of deep eutectic solvent (DES)-assisted anodization to fabricate nanostructured TiO₂ surfaces on Ti-6Al-4V alloys, offering an environmentally friendly approach to improving photocatalytic activity and hydrogen evolution performance.

The poster sparked several engaging discussions with researchers working on surface nanostructuring, electrochemical processing, and green solvent technologies. These exchanges provided valuable feedback and opened opportunities for future collaborations in the development of sustainable materials for hydrogen energy applications.

Participation in ANM 2026 enabled the ECOINNOCATALYSTS team to disseminate project results, strengthen international scientific networks, and gain insights into the latest developments in advanced nanomaterials and hydrogen technologies, supporting the objectives of the ECOINNOCATALYSTS project.

ECOINNOCATALYSTS Team Inspires the Next Generation of Scientists at the SAS Summer School 2026

(13-17 July 2026)

Researchers from the ECOINNOCATALYSTS project at the Centre for the Advanced Materials Application of the Slovak Academy of Sciences (CEMEA SAS) actively participated in the Summer School of Young Scientists 2026 as supervisors and mentors, providing young scholars with a unique opportunity to experience modern scientific research through a rich programme of laboratory experiments and interactive demonstrations.

This year's Summer School combined chemistry, electrochemistry, molten salt systems, inorganic materials synthesis, glass science, and green hydrogen technologies, demonstrating how interdisciplinary research contributes to the development of sustainable energy solutions and environmentally friendly industrial technologies.

Throughout the programme, participants gained hands-on experience with the preparation and investigation of molten salt systems, electrochemical measurements, synthesis of advanced inorganic materials, and high-temperature processing techniques used in modern materials research. Students also prepared lithium silicate glass, explored the fascinating properties of liquid nitrogen, and performed a variety of experiments illustrating the relationship between material composition, processing, and functional properties.

One of the highlights of the Summer School was a practical demonstration of green hydrogen production. Participants operated a water electrolyser powered by electricity generated from photovoltaic panels and compact wind turbines, allowing them to produce green hydrogen using renewable energy sources. They also learned about the principles of hydrogen fuel cells, gaining insight into how hydrogen can be efficiently converted back into electricity for clean energy applications.

The programme concluded with a demonstration of a hydrogen-powered vehicle, illustrating the growing role of hydrogen technologies in sustainable mobility. This educational infrastructure has been established at CEMEA through support from the Small Grant Scheme of the Slovak Academy of Sciences together with the ECOINNOCATALYSTS project, creating new opportunities for both advanced research and science education.

The ECOINNOCATALYSTS project focuses on the development of eco-innovative catalysts and advanced functional materials for electrochemical energy conversion and sustainable hydrogen technologies. Alongside its research activities, the project is strongly committed to the popularization of science and increasing awareness of green hydrogen and clean energy technologies among pupils, students, teachers, and the wider public.

By combining cutting-edge research with practical education and public engagement, ECOINNOCATALYSTS aims to inspire future scientists and engineers while promoting innovative catalytic materials and electrochemical technologies that will contribute to Europe's transition towards a sustainable, carbon-neutral economy.

The enthusiasm of the young participants and the dedication of the researchers once again demonstrated that inspiring the next generation is an essential part of building the future of sustainable energy and advanced materials research.

ECOINNOCATALYSTS Project Featured on Slovak National Television (12 July 2026)

The ECOINNOCATALYSTS project was recently highlighted through the participation of its project leader,
Dr. Anna Kityk from the Slovak Academy of Sciences, in the television programme Spektrum 24, broadcast on the JOJ 24 news channel.

The programme focused on the growing importance of green hydrogen as a key component of the transition to sustainable energy systems. During the discussion, Dr. Kityk explained the principles of green hydrogen production, its potential to support the decarbonisation of industry and transport, and the scientific and technological challenges that must be addressed before its large-scale deployment.

The interview also emphasized the importance of advanced materials and innovative catalytic technologies in improving the efficiency and sustainability of hydrogen production. These topics are closely aligned with the objectives of the ECOINNOCATALYSTS project, which aims to develop environmentally friendly catalyst materials and contribute to the advancement of clean energy technologies.

Participation in national media provides an important opportunity to communicate scientific achievements to the wider public, increase awareness of sustainable energy solutions, and demonstrate the societal relevance of research carried out within the ECOINNOCATALYSTS project.

We are pleased to contribute to the public discussion on the future of green hydrogen and the role of scientific innovation in building a more sustainable energy future.

ECOINNOCATALYSTS Project Team from CEMEA SAS at VivaTech 2026: Inspiring Innovation for a Sustainable Future (17–20 June 2026)

The ECOINNOCATALYSTS project team is pleased to share highlights from our visit to Viva Technology 2026, Europe's largest startup and innovation event, held in Paris from 17–20 June 2026. Bringing together thousands of innovators, researchers, entrepreneurs, investors, and technology leaders from around the world, VivaTech offered an exceptional opportunity to explore breakthrough technologies that are shaping the future of sustainable industry, digital transformation, and clean energy.

As a project focused on developing innovative catalytic materials and electrochemical technologies for sustainable energy conversion and carbon-neutral industrial processes, the ECOINNOCATALYSTS team found the exhibition to be an invaluable source of inspiration, collaboration, and new ideas.

A Global Hub of Technological Innovation

Throughout the event, we explored emerging technologies that are accelerating the transition toward a greener, smarter, and more resilient society.

Among the most inspiring innovations were:

🤖 Artificial Intelligence (AI) enabling smarter research, predictive modelling, advanced data analysis, and intelligent industrial automation that are transforming scientific discovery and manufacturing.

🦾 Collaborative robotics and intelligent manufacturing, demonstrating flexible, highly efficient production systems that combine automation with human expertise to improve productivity and sustainability.

🌱 Clean energy technologies, including renewable energy integration, advanced batteries, energy storage systems, circular economy solutions, and carbon-neutral industrial processes supporting the global energy transition.

⚡ Hydrogen and Power-to-X technologies, showcasing advances in hydrogen production, electrolysis, fuel cells, and innovative pathways for converting renewable electricity into sustainable fuels and valuable chemicals.

🧪 Advanced materials and catalysis, presenting novel functional materials, nanotechnology, and catalytic systems designed to improve energy efficiency, resource utilization, and environmentally friendly chemical production—areas closely aligned with the objectives of the ECOINNOCATALYSTS project.

🚁 Autonomous mobility and smart logistics, highlighting intelligent transportation systems, drones, and digital infrastructure that contribute to more efficient and sustainable supply chains.

🔐 Cybersecurity and digital resilience, protecting increasingly connected industrial systems, research infrastructures, and smart manufacturing environments.

🏙️ Smart cities and sustainable infrastructure, where digital technologies, renewable energy, IoT, and intelligent resource management work together to build cleaner, more resilient urban ecosystems.

Inspiration for ECOINNOCATALYSTS

The technologies showcased at VivaTech clearly demonstrated that the future of sustainable innovation lies at the intersection of materials science, catalysis, electrochemistry, artificial intelligence, digitalization, and renewable energy.

For the ECOINNOCATALYSTS project, the event reinforced our commitment to developing next-generation catalytic materials and electrochemical processes that contribute to cleaner energy production, efficient CO₂ utilization, and more sustainable industrial technologies.

The exhibition also created valuable opportunities to connect with research organizations, technology developers, startups, and industrial partners working toward common goals of accelerating Europe's green and digital transition.

Science Accelerating the Green Transition

Innovation flourishes through international collaboration and interdisciplinary research. VivaTech 2026 once again demonstrated how scientific excellence can be translated into practical technologies addressing some of today's most pressing global challenges, including climate neutrality, resource efficiency, sustainable manufacturing, clean energy generation, and circular carbon solutions.

The ECOINNOCATALYSTS project remains dedicated to advancing research that bridges fundamental science with industrial application, contributing to Europe's ambitions for a competitive, climate-neutral, and innovation-driven future.

We sincerely thank all exhibitors, innovators, and partners for the inspiring discussions and look forward to transforming these valuable insights into future research activities, collaborations, and technological advancements within the ECOINNOCATALYSTS project.

Together, we are advancing sustainable technologies through science, innovation, and international collaboration.

#ECOINNOCATALYSTS #VivaTech2026 #Catalysis #Electrocatalysis #Electrochemistry #CO2Utilization #CarbonNeutral #CleanEnergy #Hydrogen #GreenInnovation #AdvancedMaterials #ArtificialIntelligence #Industry40 #ClimateTech #CircularEconomy #Sustainability #Research #Innovation #CEMEASAS #SlovakAcademyOfSciences

🚀 ElectroChemX (spin-off powered by ECOINNOCATALYSTS and CEMEA SAS) at VivaTech –
Powering the Future of Clean Energy & Sustainable Chemistry

We are excited to announce that ElectroChemX, an initiative of the ECOINNOCATALYSTS team and CEMEA SAS, will participate in Viva Technology (VivaTech) 2026, Europe's leading startup and innovation event, bringing together innovators, investors, industry leaders, and technology pioneers from around the world.

VivaTech attracts thousands of startups, investors, and corporate partners focused on shaping the future through breakthrough technologies.At ElectroChemX, we are advancing electrochemical innovation for clean energy and sustainable chemistry, developing technologies that support the global transition to a low-carbon, resource-efficient future. Our work aligns closely with VivaTech's focus on climate technologies, energy transition, and sustainable industrial innovation.

🔬 What we bring to VivaTech
Advanced electrochemical solutions for clean energy applications
Research-driven innovation with real-world industrial impact
New approaches supporting sustainable chemical processes
Opportunities for collaboration with industry, investors, and research partners
We look forward to connecting with innovators, companies, and stakeholders who share our vision of accelerating the energy transition through science and technology.

📍 Meet us at VivaTech
Explore how electrochemistry can drive the next generation of sustainable solutions and help build a cleaner, more resilient future.

Contact us: anna.kityk@savba.sk

#VivaTech #ElectroChemX #CleanEnergy #Electrochemistry #ClimateTech

#Sustainability #GreenInnovation #EnergyTransition #DeepTech #ResearchInnovation #SlovakAcademyOfSciences #SAS #FutureOfEnergy

From Solar and Wind Power to Hydrogen Mobility: Students Explore Tomorrow's Energy Solutions with ECOINNOCATALYSTS Team Members (3 June 2026)

On 3 June 2026, the team of the ECOINNOCATALYST project from the Centre for Advanced Materials Application of the Slovak Academy of Sciences (CEMEA SAS), with the support of the Small Grant Scheme of the Slovak Academy of Sciences, participated in a Green Energy Masterclass organized during the excursion of second-year students of the University for Gifted Children and Grammar School (Škola pre mimoriadne nadané deti a gymnázium – ŠpMNDaG) in Bratislava.

The event provided a unique opportunity for talented young scholars to experience cutting-edge green energy technologies firsthand and to learn about current research activities aimed at supporting the transition towards a sustainable energy future.

During the exhibition and demonstrations, students were introduced to several innovative technologies, including:

Green hydrogen production powered by photovoltaic panels and a wind turbine;
A PEM electrolyser demonstrating the conversion of renewable electricity into hydrogen;
A hydrogen-powered vehicle showcasing the practical use of hydrogen as a clean energy carrier;
A large-scale alkaline electrolyser connected to and operated by electricity generated from a full-scale photovoltaic installation;
The latest advanced electrode materials being developed for next-generation electrolysis systems and energy applications.

The hands-on demonstrations enabled scholars to observe the complete renewable energy chain, from solar and wind energy generation, through hydrogen production and storage, to its final utilization in clean mobility applications.

The young visitors were absolutely fascinated by the presented technologies. Their enthusiasm, curiosity, and insightful questions clearly demonstrated a strong interest in science, innovation, and sustainable development. Many students expressed excitement about the possibility of contributing to future research and technological advances in the field of green energy.

The event successfully bridged the gap between advanced scientific research and education, making complex concepts such as hydrogen technologies and renewable energy systems more accessible and understandable to the younger generation.

The ECOINNOCATALYST team would like to thank the students and teachers of ŠpMNDaG for their active participation and inspiring discussions. We are also grateful for the support provided through the Small Grant Scheme of the Slovak Academy of Sciences, which made this educational outreach activity possible.

By bringing state-of-the-art research closer to young people, we hope to inspire future scientists, engineers, and innovators who will help shape a cleaner, more sustainable, and energy-secure future.

ECOINNOCATALYSTS Scientific Webinar: Advanced Electrochemical Testing and Performance Evaluation of Efficient Catalysts

On 28 May 2026, the ECOINNOCATALYSTS team organized a scientific webinar entitled "Advanced Electrochemical Testing and Performance Evaluation of Efficient Catalysts.

The ECOINNOCATALYSTS team organized a scientific webinar dedicated to the electrochemical testing and evaluation of efficient catalysts, bringing together researchers interested in advanced electrocatalytic materials, electrochemistry and sustainable energy technologies.

The webinar provided a platform for sharing scientific knowledge, practical experience and methodologies developed and applied within the ECOINNOCATALYSTS project. Researchers, PhD students and specialists in catalysis, materials science and electrochemistry had the opportunity to learn more about approaches for reliable electrochemical characterization of advanced catalyst materials.

From Catalyst Development to Electrochemical Performance

During the webinar, the ECOINNOCATALYSTS team presented the principles and practical aspects of electrochemical catalyst testing. Particular attention was given to the importance of reliable characterization for determining catalytic activity, reaction kinetics, stability and durability under relevant experimental conditions.

The presentations demonstrated that the development of an efficient catalyst goes beyond material synthesis. Careful selection of experimental conditions, appropriate electrochemical techniques and reliable interpretation of the obtained data are essential for understanding catalyst performance and identifying the most promising materials for further development.

Selected results and research approaches from ECOINNOCATALYSTS were presented as practical examples, demonstrating how advanced catalyst development was combined with systematic electrochemical evaluation within the project.

Webinar Programme

1. ECOINNOCATALYSTS – Advanced Catalysts for Sustainable Technologies

Introduction to the project and its scientific objectives
Advanced catalytic and electrocatalytic materials developed within the project
Role of electrochemical characterization

2. Fundamentals of Electrochemical Catalyst Testing

Principles of electrochemical measurements
Experimental setup and electrode preparation
Selection of electrolytes and testing conditions
Reproducibility and reference measurements

3. Electrochemical Methods for Catalyst Characterization

Cyclic voltammetry (CV)
Linear sweep voltammetry (LSV)
Chronoamperometry and chronopotentiometry
Electrochemical impedance spectroscopy (EIS)
Evaluation of electrochemical surface properties

4. Evaluating the Efficiency of Electrocatalysts

Catalytic activity and current-density analysis
Overpotential determination
Tafel analysis and reaction kinetics
Stability and durability testing
Interpretation and comparison of electrochemical results

5. ECOINNOCATALYSTS Research Results and Case Studies

Selected catalyst materials investigated within the project
Electrochemical characterization strategies
Evaluation of catalyst performance
Experimental challenges and lessons learned

6. Scientific Discussion and Q&A
The webinar concluded with an open discussion, providing participants with an opportunity to exchange experience, discuss experimental challenges and explore different approaches to electrochemical catalyst characterization.

Sharing ECOINNOCATALYSTS Expertise with the Scientific Community

The webinar represented an important knowledge-transfer and dissemination activity of ECOINNOCATALYSTS. It enabled the project team to share its expertise and research experience with the wider scientific community while promoting reliable methodologies for evaluating advanced catalyst materials.

The event also contributed to strengthening communication among researchers working in catalysis, electrochemistry, advanced materials and sustainable energy technologies, creating opportunities for further scientific exchange and future collaboration.

Through knowledge sharing and scientific cooperation, ECOINNOCATALYSTS continued to transform project expertise into a resource for the wider research community.

ECOINNOCATALYSTS Expands International Cooperation and Builds New Research Partnerships

On 20 January 2026, Assoc. Prof. Anna Kityk, leader of the ECOINNOCATALYSTS project, participated in and contributed to the organization of the International Advisory Board evaluation meeting of the Centre for Advanced Materials Application SAS (CEMEA SAS). The meeting brought together members of the International Advisory Board and leading international experts to evaluate the scientific performance, research activities and strategic development of CEMEA SAS.

The meeting provided an important opportunity to present and discuss the latest scientific results achieved within ECOINNOCATALYSTS. During her presentation, Assoc. Prof. Kityk highlighted recent progress in the development and characterization of advanced catalytic and electrocatalytic materials, with particular attention to innovative material concepts and their potential applications in sustainable energy and environmentally responsible technologies.

The presentation demonstrated how the scientific activities carried out within ECOINNOCATALYSTS contribute to the development of new functional materials and catalytic approaches while creating a strong foundation for their further technological development and practical application.

Beyond the presentation and evaluation of scientific results, the meeting served as a valuable platform for international scientific exchange and cooperation. Discussions with members of the International Advisory Board and invited experts provided an opportunity to receive external scientific feedback, exchange perspectives on future research directions, and identify areas with strong potential for joint research activities.

Particular attention was given to strengthening cooperation with leading European research institutions, including the Fraunhofer Institute, and to exploring opportunities for future collaborative research and participation in international projects. These interactions provide an important basis for expanding the international research network developed around ECOINNOCATALYSTS and for translating current scientific achievements into new collaborative initiatives.

Participation in this high-level international evaluation meeting further strengthened the international visibility of ECOINNOCATALYSTS and demonstrated the relevance of its research within the broader European scientific and innovation landscape. The meeting also opened new opportunities for knowledge exchange, joint project development and long-term cooperation with internationally recognized research partners.

Presenting results, exchanging expertise and building new partnerships – ECOINNOCATALYSTS continues to strengthen its international research network and create new opportunities for future scientific collaboration.

ECOINNOCATALYSTS in the Media:

Assoc. Prof. Anna Kityk on Spektrum 24

Assoc. Prof. Mgr. Anna Kityk, PhD, project leader of ECOINNOCATALYSTS, recently appeared in the television program Spektrum 24 broadcast on JOJ 24. In the episode, she discussed the rapidly evolving field of green hydrogen and its role as a fuel of the future.

During the interview, Dr. Kityk presented achievements of the ECOINNOCATALYSTS project, particularly in the development of efficient electrocatalysts for green hydrogen production. These advanced materials are crucial for improving the efficiency and sustainability of hydrogen generation, supporting the transition toward cleaner energy systems.

The discussion also explored broader perspectives on renewable energy sources, emphasizing the importance of green hydrogen as part of a diversified and resilient energy mix. Dr. Kityk highlighted both the opportunities and current challenges in scaling up hydrogen technologies for real-world applications.

By communicating complex topics such as hydrogen technologies clearly and engagingly, initiatives like this help bridge the gap between research and society—an essential step for fostering public understanding and acceptance of sustainable innovations.

The full episode of Spektrum 24 featuring Dr. Kityk can be viewed here:
https://joj24.noviny.sk/spektrum-24/1190527-spektrum-24-o-zelenom-vodiku-palive-buducnosti

ECOINNOCATALYSTS Team Participated in the "Grants & Startups" Event in Bratislava

This week (11.03.2026), more than 100 startup founders, investors, and innovation ecosystem stakeholders gathered in Bratislava for the "Grants & Startups" event to discuss an important question: Do grants make sense for startups?

The discussion showed that they certainly do. In Slovakia, several projects and companies have already used grant funding to advance their technologies, enter the market, or attract investors. At the same time, the panel openly addressed what works well in the current system, what could be improved, and what new support instruments are being prepared for startups.

Another strong message from the discussion was the importance of collaboration within the Slovak startup ecosystem. In an environment with limited resources, cooperation between organisations, investors, experts, and startups is essential for fostering innovation and growth.

Members of the ECOINNOCATALYSTS project team participated in the event, contributing to discussions on grant opportunities and innovation support mechanisms that help early-stage ventures develop and scale their technologies.

Project ECOINNOCATALYSTS: Beyond Routine Science Toward Industrial Solutions

The ECOINNOCATALYSTS project demonstrates how scientific expertise can extend beyond the laboratory and contribute to practical, high-value solutions addressing real industrial needs.

A key ambition of ECOINNOCATALYSTS is to strengthen the connection between research, innovation and industry. Rather than focusing solely on scientific results and academic outputs, the project promotes active engagement with industrial stakeholders, helping to identify market needs, explore potential applications and create effective pathways for transferring research outcomes into practice.

Through close cooperation between researchers and industry-oriented partners, the ECOINNOCATALYSTS team is working to bridge the gap between scientific discovery and industrial implementation. This includes evaluating the practical potential of developed technologies, identifying opportunities for commercialization, supporting intellectual property strategies, and exploring cooperation with companies, investors and other innovation stakeholders.

These activities are an important part of transforming promising research results into solutions with technological, environmental and economic value. By combining scientific excellence with an understanding of industrial requirements, ECOINNOCATALYSTS aims to accelerate the journey from advanced materials and catalytic technologies developed in the laboratory towards applications that can contribute to more sustainable industrial processes.

The project's industry-oriented approach also encourages researchers to think beyond traditional academic boundaries. Scientific expertise can become a foundation not only for publications and further research, but also for technology transfer, entrepreneurship, new partnerships and future investment opportunities.

By strengthening dialogue between science and industry, ECOINNOCATALYSTS is building a pathway from innovative research to practical impact, contributing to sustainable technological development and supporting the competitiveness of European industry.

From scientific knowledge to industrial opportunity – ECOINNOCATALYSTS is turning research excellence into pathways for real-world innovation.

ECOINNOCATALYST Researchers Compete Among Slovakia's Top Scientific Teams

We are proud to announce that members of the ECOINNOCATALYST project have been selected to participate as part of the excellent interdisciplinary research team of CEMEA SAS (Centre for Advanced Materials Application of the SAS) in the prestigious competition for outstanding scientific achievement, organized by the Presidium of the Slovak Academy of Sciences. This competition recognizes Slovakia's most talented and impactful scientists and research collectives, celebrating excellence, innovation, and societal relevance.

The CEMEA SAS team has demonstrated remarkable synergy across multiple disciplines in energy research, positioning itself at the forefront of sustainable energy innovation.

Pioneering Research Areas

The team's expertise spans several high-impact fields that are critical to the global transition toward clean energy systems:

Green Hydrogen Catalysis:
Within the ECOINNOCATALYST project, the team develops advanced photo- and electrocatalysts for efficient and environmentally friendly hydrogen production using deep eutectic solvents (DESs), contributing to the advancement of hydrogen as a clean energy carrier.
Next-Generation Batteries:
CEMEA researchers design innovative electrodes and electrolytes to improve the performance, longevity, and safety of solid-state and alternative lithium-based batteries—key technologies for electric vehicles and energy storage infrastructure.
Battery Recycling:
In response to increasing demand for sustainable battery solutions, the team develops circular economy strategies and cutting-edge methods for recovering and reusing critical battery materials, significantly reducing environmental impact.
Perovskite Solar Cells and Photovoltaic Innovation:
The team works on improving the efficiency, stability, and scalability of perovskite-based and next-generation photovoltaic systems, paving the way for more accessible and high-performance solar energy technologies.

Scientific and Societal Impact

CEMEA SAS's interdisciplinary approach to energy research has a direct and growing impact on society. These innovations support the global shift away from fossil fuels, contribute to carbon neutrality goals, and promote energy independence. The practical applications of this research are helping shape a cleaner, more resilient energy future.

Strategic Importance for Slovakia

Slovakia's long-term economic and environmental sustainability depends on its capacity to innovate in green technologies. The work of CEMEA SAS and the ECOINNOCATALYST project addresses national priorities such as enhancing the competitiveness of the automotive industry through battery innovation and integrating renewable energy into the national grid.

By driving forward cutting-edge research and fostering collaboration between academia and industry, the team not only strengthens Slovakia's position in the European energy research landscape but also actively supports the country's transition toward a sustainable, low-carbon economy.

ECOINNOCATALYSTS at RAITH Expert

Workshop & Skill Days

From March 11-13, our project team had the opportunity to participate in the RAITH Expert Workshop & Skill Days in Best, Netherlands. This exclusive event brought together researchers, industry professionals, and RAITH equipment users to explore the latest innovations in nanofabrication, laser lithography, and software advancements.

We are proud to share that Jan Soltys, one of the key members of our ECOINNOCATALYSTS project, attended the workshop. His participation was crucial in gaining deeper insights into cutting-edge nanostructuring techniques—a fundamental aspect in the development of multifunctional catalysts for hydrogen production.

The event featured:
✅ Exclusive product and software updates from RAITH
✅ Technical contributions from fellow researchers and users
✅ Hands-on experience with new fabrication methods
✅ A visit to the laser lithography systems factory
✅ Roundtable discussions to exchange knowledge and solve technical challenges

For the ECOINNOCATALYSTS project, staying at the forefront of nanofabrication technology is essential for creating efficient catalysts that drive clean hydrogen production. Attending such workshops ensures that we stay connected with the latest industry advancements, collaborate with experts, and bring state-of-the-art solutions to our research.

We look forward to applying this knowledge to accelerate the transition to sustainable energy! 💡⚡

Event webpage: https://raith.com/events/expert-workshop/?utm_source=eventmail&utm_medium=email&utm_campaign=expert+workshop

"The Future of Green Electrochemistry: Dr. Anna Kityk's Insightful Interview"

On December 28, an engaging and enlightening interview featuring Dr. Anna Kityk, leader of the ECOINNOCATALYSTS project (CEMEA SAS organization), was released on the YouTube channel of the Slovak Academy of Sciences' Science Podcast. This interview was an important milestone in making cutting-edge green chemistry innovations accessible to a broad audience. Dr. Kityk eloquently discussed the transformative potential of "green" technologies in revolutionizing chemical processes, specifically focusing on electrochemical applications.

Dr. Kityk introduced a novel type of environmentally friendly electrolytes: deep eutectic solvents (DESs). These solvents align with the principles of green chemistry, offering unique advantages such as chemical, thermal, and electrochemical stability, as well as biodegradability. She emphasized that these innovative green electrolytes can improve and transform even well-established industrial electrochemical processes.

Some of the groundbreaking applications of DESs highlighted in the interview include:

Hydrogen Production: Enhancing the efficiency of hydrogen production from aqueous solutions with catalysts prepared in DESs.
Battery Recycling: Enabling the effective and eco-friendly recycling of batteries and accumulators.
Material Synthesis: Facilitating the production of new functional materials using DESs.

Dr. Kityk stressed the ability of DESs to breathe new life into modern electrochemistry, marking a significant step toward achieving sustainable and efficient industrial practices.

This interview underscores the importance of integrating new ideas and technologies, such as those developed within the ECOINNOCATALYSTS project, into Europe's green transformation initiatives, including the European Union's Green Deal program. By demonstrating the practical benefits of green innovations, the project not only advances scientific progress but also helps foster public understanding of the critical need for eco-friendly solutions in industry and energy.

Dr. Kityk also emphasized that the realization of the project takes place at CEMEA SAS (Center for Advanced Material Application, Slovak Academy of Sciences), a unique organization within the Slovak Academy of Sciences. CEMEA SAS brings together the best specialists, employs a multidisciplinary approach, and is focused on addressing challenges at the intersection of science and industry. This combination of expertise and practical orientation ensures that the project not only meets academic standards but also delivers solutions relevant to real-world industrial problems.

Dr. Kityk's ability to communicate complex scientific concepts in a clear and accessible manner was a key highlight of the interview. This initiative bridges the gap between researchers and the general public, fostering a positive image of European projects and researchers dedicated to improving quality of life through sustainable practices. The interview promotes a shared vision of a cleaner, greener future, driven by collaborative innovation and public engagement.

The full version of the interview can be found on YouTube at the following link:

https://youtu.be/FXHQwQXNyv0?si=sC4iIqTjzY2ztU9j

SAS page:

https://otvorenaakademia.sav.sk/70-anna-kityk-elektrochemia-nabera-novy-dych/

"Best Practice Workshop on Acquisition of European Hydrogen and Batteries Projects"

On September 27, 2024, Dr. Anna Kityk (ECOINNOCATALYSTS project leader) participated in Brussels's "Best Practice Workshop in Acquisition of European Hydrogen and Batteries Projects". This event gathered prominent researchers, EU officials, and industry leaders to discuss new trends, funding opportunities, and potential collaborations in hydrogen and battery technologies.

As part of the workshop, Dr. Kityk presented her research under the ECOINNOCATALYSTS project, which focuses on sustainable catalyst engineering for hydrogen evolution. Her presentation, titled "Sustainable Catalyst Engineering for Hydrogen Evolution: Multifunctional Layers Designed in Eco-friendly Solvents", showcased innovative methods aimed at advancing hydrogen technologies in an environmentally sustainable way. This opportunity allowed Dr. Kityk to align her work with the latest developments in her field and contribute to the broader discussion on sustainable energy solutions.

The workshop proved highly beneficial for the ECOINNOCATALYSTS project. It provided valuable insights into funding opportunities through Horizon Europe and JU Clean Hydrogen, which are critical for the project's future growth. Presentations by experts such as Dr. Gerd Schumacher (FZ Jülich) and M. Schmitt (KOWI) offered important updates on upcoming EU projects and strategic priorities in hydrogen and energy materials.

In addition, the event facilitated networking opportunities with potential research and industrial partners.
Dr. Kityk was able to engage with key figures, including Prof. Olivier Guillon (FZ Jülich) and Prof. Selmiye Gürsel (Sabanci University), whose work in advanced materials and energy technologies could complement the goals of the ECOINNOCATALYSTS project.

Moreover, the workshop highlighted emerging trends in hydrogen and battery technologies, which will help shape the direction of Dr. Kityk's ongoing research. Presentations on ceramics for energy transition, advanced electrochemical systems, and computational modeling provided her with fresh perspectives and potential collaboration opportunities.

The knowledge and connections gained during the event will be crucial in ensuring the project's continued relevance and success within the European research landscape.

For more information on the ECOINNOCATALYSTS project or potential collaborations, please contact
Dr. Anna Kityk directly (cemaanki@savba.sk).

"Success of the ECOINNOCATALYSTS Project: Publication in High-Impact Journal"

The ECOINNOCATALYSTS project is proud to announce the publication of a groundbreaking review article in Advances in Colloid and Interface Science (Impact Factor: 19.3), one of the leading journals in the field. The article, titled "Breaking Barriers in Electrodeposition: Novel Eco-Friendly Approach Based on Utilization of Deep Eutectic Solvents," highlights a pivotal achievement for the project, showcasing cutting-edge research into sustainable surface modification technologies.

This review offers a comprehensive exploration of deep eutectic solvents (DESs) and their transformative potential in electrodeposition techniques. By leveraging the unique properties of DESs—such as reduced toxicity, enhanced control over deposition, and the ability to shape the morphology of deposited materials—the study provides crucial insights into more eco-friendly and efficient methods for coating development.

Directly connected to the goals of the ECOINNOCATALYSTS project, this publication underscores the relevance of DES-based processes in advancing HER catalysts. Our project specifically focuses on eco-friendly surface modification of electrode materials using DESs to enhance the performance of photo- and electrocatalysts. The key findings of the article, such as the ability to form electrodeposits with unique nanostructures and improve the stability of colloidal systems, provide critical evidence supporting the innovative strategies we are implementing in the development of HER catalysts.

The review article also serves as a practical guide for researchers and industry practitioners, with detailed tables that outline electrolyte compositions, deposition conditions, and results for a wide range of metals and alloys. This aligns with the objectives of the ECOINNOCATALYSTS project, which aims to deliver real-world applications for hydrogen production technologies through sustainable and scalable solutions.