Extremophiles Extremophiles
…are amazing organisms which can be combined in many disciplines. We create new technologies for a better future in Science and Space!
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Microalgae for Space Microalgae for Space
How do we advance biotech for Space Technologies?
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Terrestrial Innovations Terrestrial Innovations
Sustainable biotechnologies for healthy environment!
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Solutions for  Space Exploration and Sustainable Development

Our vision is to be a leading force in the development of bio-regenerative technologies that enable long-term human presence in space and contribute to a sustainable future on Earth.

We aspire to revolutionise life support systems and environmental management by leveraging the unique properties of extremophiles. We are dedicated to advancing scientific research and technological innovation to address the challenges of space exploration and environmental sustainability.

Why Extremophiles?

Extremophiles are microorganisms that thrive in extreme environments, such as very high or low temperatures, intense pressure, or low pH. They are invaluable organisms for understanding how living things can survive and grow under such extreme conditions, and for furthering scientific research in various fields.

Extremophiles are organisms on Earth with unique features for survival, and these organisms we are researching to stress the importance of using them in science. Thus, we would like to introduce you to the novelty of bonding EXTREMOPHILES with innovative solutions both not only on Earth but also in Space exploration.

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Projects

Space Volcanic Algae – ISS
Space Volcanic Algae – ISS

The Space Volcanic Algae experiment is a pioneering research initiative conducted by Extremo Technologies, aimed at

BIO-Panel
BIO-Panel

Extremo Technologies specializes in the use of extremophilic microalgae in the development of advanced biotechnological solutions.

Space Education
Space Education

Bringing Space Science Down to Earth

 

Team

Our team consists of diverse and highly qualified scientists who connect multiple disciplines from the fields of biotechnology, engineering, architecture, and education. In this way, we can foresee and develop new ways of utilizing extremophiles for the betterment of humanity and all life on Earth.

Wiktoria Dziadula

MSc. Eng. arch.

Wiktoria Dziadula

Chief Executive Officer (CEO)

Ewa Borowska

MSc. Eng.

Ewa Borowska

Chief Technology Officer (CTO)

Weronika Urbańska

PhD

Weronika Urbańska

Chief Scientific Officer (CSO)

Advisory Board

Janusz Pętkowski

PhD

Janusz Pętkowski

Biochemistry and Astrobiology

Adriana Gori

PhD, MBA

Adriana Gori

Space Biology

Mariagioia Petraretti

PhD

Mariagioia Petraretti

Biology

Brett Gonzalez

PhD

Brett Gonzalez

Marine Biology

Marcin Woźniak

PhD

Marcin Woźniak

Genomic

Lawrence Klaes

PhD

Lawrence Klaes

Senior Technical Writer

Interns

Faustyna Jasek

Faustyna Jasek

Industrial design, Strategist

Young Researchers Group

Natalia Gackowska

Natalia Gackowska

Oceanography

Aleksandra Klassa

Aleksandra Klassa

Biotechnology Advanced Materials and Processes

Newsroom

Latest Company News

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Educational tour – Politechnika Wrocławska
Educational tour – Politechnika Wrocławska

We had the pleasure of visiting Politechnika Wrocławska, where our experiment Space Volcanic Algae was presented in collaboration with the Wydział Inżynierii Środowiska.

Extremo Technologies at Noc Naukowców 2025 in Toruń
Extremo Technologies at Noc Naukowców 2025 in Toruń

Together with our partners, we joined the event at the Centrum Nowoczesności Młyn Wiedzy to share knowledge about the microalgae!

Space Volcanic Algae on the Tour  – The Silesian Planetarium
Space Volcanic Algae on the Tour – The Silesian Planetarium

Extremo Technologies at Planetarium Śląskie – Sharing Space Research with the Public

Partners and Collaborators