top of page
APPLICATIONS
Geolux has launched its new HydroTemp digital temperature sensor for water and soil, which aims to set new standards in environmental monitoring technology.
Geolux is set to launch its next-generation datalogger at Meteorological Technology World Expo 2024, with the solution building on five years of global experience and customer feedback.
Hydrological stations from Geolux will transform Croatia’s monitoring network, leading to improved early warnings that will save lives.
Engineers at Geolux have developed the first radar-based snow depth sensor, providing an accurate, compact and low-power solution for various sectors including transportation, agriculture and renewable energy.
Geolux rapidly deployed a remote hydrological monitoring station on the Vrljika River less than 24 hours after a sudden water drop, providing real-time data to help protect the region's water supply and endemic fish species.
Geolux explains why a new advanced water monitoring network in the Fergana Valley in Central Asia represents a leap forward in sustainable water management and disaster risk reduction for the region.
The latest hydrological stations from Geolux have been deployed to combat toxic water pollution at Croatia’s Zrmanja River.
Non-contact methods for measuring river levels and discharge provide increased reliability, accuracy and cost efficiency.
Geolux is working closely with the University of Zagreb’s Faculty of Civil Engineering to carry out hydrological monitoring on the Neretva Delta.
Geolux has installed a HydroStation monitoring system on a small irrigation stream, enabling real-time water level and discharge measurement with quick installation, remote data access via HydroView, and improved accuracy through a V-notch weir for low-flow conditions.
Geolux has installed a HydroStation monitoring system in Croatia, featuring a solar-powered, fully autonomous hydrological station with a 20 Ah LiFePO4 battery, ensuring 30-day off-grid operation and real-time data transmission via HydroView.
​After disastrous floods that happened in Croatia in 2014, Croatian legal entity for water management (Hrvatske vode) and Croatian meteorological and hydrological service (DHMZ), launched VEPAR project with the aim of preventing catastrophic flood events, through modernization of hydrological monitoring equipment and improving early warning systems.
bottom of page