Research & Technology
01
Technological capacities
01
Field expertise & survey
Provádění komplexních terénních expertíz, geologických vrtů a odběrů vzorků pro hodnocení stavu krajiny, půdy a vodního režimu.
02
Material analysis & sedimentology
Laboratory analysis of soils, sediments and mineral structures to identify the extent of degradation and possibilities for ecological restoration.
03
Hydrological modeling & simulation
Modeling of water flows, groundwater and retention capacities of the territory for the design of functional and long-term sustainable solutions.
04
Integrated technologies & implementations
Connecting scientific knowledge, technological solutions and practical implementation of projects in the field with an emphasis on measurable impact.
05
Robotics & autonomous systems
Deployment of robotic and autonomous technologies for monitoring, exploration and data collection in challenging or inaccessible terrain.
06
Data analysis & artificial intelligence
Zpracování rozsáhlých datových souborů pomocí AI pro predikce vývoje ekosystémů, optimalizaci zásahů a rozhodovacích procesů.
02
Key projects
01
Prague Water Days
An international action platform that connects political leaders, scientists, technology companies, investors and the young generation with a single goal: to translate water diplomacy into concrete, measurable projects in the field of water security.
02
Presidential School
Students become part of a scientific-practical platform where they learn to connect theory with practice, develop diplomatic and analytical skills, and understand global environmental challenges in a real-world context.
03
Connecting practice & education
Students become part of a scientific-practical platform where they learn to connect theory with practice, develop diplomatic and analytical skills, and understand global environmental challenges in a real-world context.
04
Analysis of the Aral Sea Restoration
Expert analysis of the Aral-Caspian Basin and innovative approaches bring a new perspective on restoring drying water bodies without the need to divert major river flows. Emphasis is placed on working with local conditions and natural processes.
05
Aral-Caspian basin restoration project
The project follows on from an extensive analysis conducted in Prague in 2024, which was submitted to the government of Kazakhstan and the UN, and offers concrete proposals for restoring the water regime, biodiversity, and quality of life for local communities.
06
Plasma combustion and natural water production
Research into advanced plasma combustion technologies focused on the safe processing of contaminated materials and energy solutions that support natural processes of water formation and ecosystem restoration.
03
Fundamental principles
