Latest News & Updates

We are happy to announce that registration is now open for the 7th International Scientific Conference Biotechnology and Metals (BaM 2026), scheduled for 8–9 October 2026 in the picturesque resort of Stará Lesná in the High Tatras, Slovakia.

About the Conference
BioMet is an established international forum bringing together scientists, engineers, and industry professionals to discuss cutting-edge research and practical applications at the intersection of environmental technology, biotechnology and raw materials processing. Topics covered include bioleaching, metal recovery, environmental protection, waste treatment, and related fields.
The conference offers a collegial and inspiring atmosphere, fostering meaningful scientific exchange as well as lasting professional connections among participants from across Europe and beyond.

Programme & Special Workshop
The two-day programme includes scientific sessions and presentations by leading experts. As a special addition, an optional hands-on workshop will be held on the afternoon of 8 October at Fister Crystal, a company specialising in precision crystal cutting. Participants will have the opportunity to engrave their own design on a crystal box — a unique and personal souvenir. Places are limited to 25 participants and subject to an additional fee of €20 (transport included).

Registration & Fees
Registration is open now and must be completed by 12 June 2026. An early bird discount applies for payments made before 30 June 2026.
For full details on the programme, abstract submission, payment, accommodation, and registration, visit the official conference website: www.envibiomet.com

For enquiries, contact the organising committee at bam@envibiomet.com or directly at jana.sedlakova@algajas.com.

We are thrilled to share news from one of our most rewarding activities yet — bringing our educational interactive lessons featuring the recycling microbes Ela and Fero to the pupils of Primary School in Perín-Chym.
The lesson was designed for children in 3rd and 4th grade and combined storytelling, puppet theater, and hands-on science exploration to introduce young minds to the world of environmental microbiology and recycling. By making Ela and Fero the guides on a journey through ecosystems and microorganisms, we aimed to make environmental science not only understandable, but truly exciting.
And it worked! The reaction from the children was enthusiastic from the very first moment. Teachers reported that the pupils were engaged, curious, and full of questions throughout. The highlight? After the lesson, the teachers were so inspired that they immediately took the children to observe algae in nearby ponds — turning classroom curiosity into real-world discovery.
We believe that sparking an interest in environmental science at an early age is one of the most meaningful contributions we can make — not just as scientists, but as members of our community.
A big thank you to the school, the teachers, and most of all to the wonderful children of Perín-Chym for such a warm and curious reception. We hope Ela and Fero left a lasting impression!

On 15 – 16 April 2026, we delivered an intensive two-day training (16 hours) for doctoral researchers as part of the doctoral school at the University of Ss. Cyril and Methodius in Trnava.
The course focused on developing high-quality project proposals for European funding schemes, with a specific emphasis on the Marie Skłodowska-Curie Postdoctoral Fellowships. Participants were guided through the full project design cycle – from selecting suitable calls and defining objectives, to developing methodology, work plans, budgets, and dissemination strategies.
A key part of the training was dedicated to understanding evaluation criteria from the perspective of a project reviewer, helping participants gain a clearer understanding of how proposals are assessed in practice and what determines success or failure.
The course is grounded in more than 16 years of experience in evaluating projects for the European Commission and other European institutions, including roles as evaluator, rapporteur, and vice-chair across both individual and consortium-based projects. This provided participants with a unique insider perspective on the evaluation process, from proposal submission through to post-project assessment.
The programme also included hands-on work on participants’ own project proposals, peer review activities, and individual feedback sessions.

Participant feedback was highly positive. Many appreciated the practical and experience-based approach, noting that the knowledge gained will be useful not only for preparing grant applications, but also for structuring and managing their doctoral research more effectively.

BioPrep — Biotechnological Innovations for Sustainable Flat Panel Displays RecyclingFunded by the Interreg Danube Region ProgrammeWe are proud to announce the successful completion of BioPrep, our first European project — a significant milestone in our commitment to sustainable innovation and international scientific collaboration.What Was BioPrep About?Flat Panel Displays (FPDs) used in smartphones, tablets, and televisions contain valuable and strategically important metals such as indium, germanium, and gallium. At the end of their lifecycle, these devices contribute to one of the fastest-growing streams of electronic waste globally. BioPrep tackled this challenge head-on by integrating sustainable biotechnological processes into the FPD recycling chain — harnessing the natural capabilities of microorganisms to recover valuable metals in an efficient, low carbon footprint way.

The review examines emerging strategies that could enhance recycling efficiency, improve metal recovery—particularly indium—and enable the production of commercially valuable by-products beyond metals, such as bacterial cellulose. This work contributes to more sustainable e-waste management solutions across Europe.

Our latest review paper has been published in the prestigious Reviews in Environmental Science and Bio/Technology, exploring innovative biotechnological approaches to Flat Panel Display recycling. Conducted as part of the Interreg Danube Programme project, the research was developed in collaboration with partners from Slovakia, Poland, and Slovenia.

Read paper

We delivered a comprehensive 60-hour course on Research and Development Projects to undergraduate students at Silesian University of Technology. Through expert instruction and hands-on practice, participants gained essential skills in European project proposal writing—from structuring proposals and crafting clear objectives to navigating common pitfalls and building competitive applications.

We’re proud to share that our founder has been ranked among the world’s top 2% most-cited scientists by Stanford University and Elsevier for 2025. The recognition spans Engineering as the main field, with specializations in Mining and Metallurgy and Environmental Sciences.

This achievement is particularly meaningful as it reflects sustained research impact while building and leading our R&D company over the past three years—demonstrating that entrepreneurship and academic excellence can thrive together.

We presented at the 360 CARLA Health: Biotech and Medical Photonics Careers Symposium in Bratislava, our story exploring how research setbacks can spark innovation. Organized by the Slovak Centre of Scientific and Technical Information and International Laser Centre as part of Science Week, this one-day event promoted career opportunities in photonics and its role in healthcare innovation.

The presentation shared how failed experiments became the foundation for building a successful green technology company—proving that persistence and creative problem-solving can transform obstacles into breakthroughs.

We visited the International Iberian Nanotechnology Laboratory in Braga, Portugal, together with Prof. Matušíková from our collaborating institution, the University of Ss. Cyril and Methodius in Trnava, Slovakia.

During the visit, we met with Dr. Ernesto Alfaro-Moreno’s team working in Safety in Nanomaterials & Nanotechnology, as well as leaders of other research groups in related bionanotechnology areas. We presented our latest results and explored opportunities for future collaboration in developing safer nanomaterials for environmental and medical applications.

We presented at “BAZ má zraz” (BAZ Has a Meeting), an event organized by the non-profit organization BAZ.o.z. Bratislava, sharing insights on how plants can be used for soil remediation. During the session, we explored practical applications of phytoremediation and evaluated the results of BAZ’s innovative project “Remediačná socha” (Remediation Statue).

Our innovative educational project “Microbes and Metals Teach Green Technology” funded by International Visegrad Fund has been successfully completed, reaching 190 children across Slovakia, Czech Republic, and Poland. This pioneering initiative combined puppetry with environmental science to teach children aged 10-12 about recycling and environmental biotechnologies through interactive storytelling.

Developed through collaboration between environmental scientists, artists, and educators, the project proved particularly effective for inclusive education, with children with special educational needs comprising 25% of participants and showing strong engagement and learning outcomes.

The project confirmed that even demanding environmental challenges can be communicated creatively, comprehensibly and inclusively – and that our team is capable of delivering these educational initiatives at a top professional level. It thus became the foundation of the broader Green Microtheatre initiative, which will continue to bring interesting scientific topics to children and teachers in the future.

Our pilot lessons prepared within the “Microbes and Metals teach green Technology” prepared with the support of International Visegrad Fund received enthusiastic reception at five primary schools. Children engaged actively throughout sessions, responding with focused attention and genuine curiosity about environmental science.

The impact extended beyond the classroom, with many students voluntarily improving waste separation practices at home. Teachers noted that the playful approach successfully transformed learning into adventure, helping children make meaningful connections between classroom content and real-world environmental challenges.

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