HYB Hydro-Berlin GmbH
About
HYB Hydro-Berlin GmbH is a Berlin-based company that merges traditional hydrogeology with modern software development to advance digital water management. Founded on the principle that groundwater monitoring should be centralized rather than fragmented, the firm combines over 30 years of combined practical and scientific experience to serve public authorities, water utilities, engineering consultancies, and research institutions. Their core offering is ENOLA, a web-based groundwater monitoring platform that spans the full workflow from automated data acquisition through plausibility checks, trend analysis, and spatio-temporal visualization to decision-making support. ENOLA's open API architecture enables multiple stakeholders to collaborate on a single consistent dataset in real time, eliminating redundant manual data handling and reportedly reducing quality control and analysis time by up to 90%. Beyond software, HYB provides end-to-end consulting services spanning groundwater flow and heat-transport modeling, heavy rain hazard and drought vulnerability analysis, Water Framework Directive impact assessments, drinking water risk analysis under the German TrinkwEGV ordinance, water retention and peatland rewetting planning, drainage concepts for energy infrastructure, and custom QGIS plugin development. The firm also offers physical monitoring network services including well construction, sensor installation, and remote data transmission setup. Recent project references include groundwater monitoring management for the Nord-Ostsee-Kanal Kiel lock expansion, the PlausiGW plausibility-checking tool for Berlin groundwater data, and drought hazard mapping for the Cuxhaven district. HYB was a finalist for the Aqua Award 2025 and the Berliner Preis für Unternehmertum 2025, and is nominated for the Deutscher Nachhaltigkeitspreis 2026.
Key Products
Web-based monitoring platform for integrated groundwater management with automated data acquisition, plausibility checks, statistical and spatio-temporal analysis, external dataset integration, and open API interfaces
Numerical simulation of groundwater flow including heat and mass transport for predicting aquifer behavior and contaminant migration
1D hydrological modeling using the Pastas framework for predicting catchment responses to precipitation events and groundwater recharge
Simulation of hydraulic conditions for water infrastructure projects including drainage systems and water supply networks
Assessment and spatial mapping of flooding risks from extreme precipitation events for municipal planning and infrastructure protection
Analysis and prediction of drought conditions for water resource planning, vulnerability assessment, and climate adaptation strategies
Planning services for water retention, peatland rewetting, and near-surface geothermal energy projects with regulatory compliance
Impact assessments compliant with EU Water Framework Directive requirements for water body status evaluation and management planning
Drinking water regulation risk analysis and compliance evaluation under the German Drinking Water Ordinance
Technical support for field drilling and measurement campaigns including data logger installation, differential GPS surveying, and sampling coordination
Custom geodata processing plugins for QGIS enabling spatial analysis and visualization of hydrogeological data
GIS-based data processing and map production services using QGIS for water management and environmental projects
Custom software interfaces and APIs for water management and environmental data integration, automation, and interoperability
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