Through 60 years of water management expertise, K-water provides a smart water management Total Solution that covers the entire water cycle from the water source to the faucet
We are working to prevent climate disasters and ensure sustainable water safety through advanced water management systems utilizing AI and digital twins.
- Coagulation-Flocculation Efficiency Prediction Program for Water Treatment
- Artificial‑Intelligence‑Based Raw‑Water Inflow Quality Prediction System for Water Treatment Plants
- Unsteady‑Flow‑Based Data Analysis Software (K‑DITA)
- Rehabilitation Technology for Large‑Diameter Water Supply Pipelines (Smart CIPP 2 Plus)
- Rehabilitation Technology for Water Supply Pipelines Using Roll‑Bending Steel Pipe Insertion
- Rehabilitation Technology for Large‑Diameter Water Supply Pipelines Using Steel Pipe Insertion
- Cleaning Agent for Reverse Osmosis Membranes and Continuous Cleaning Method Using the Same
- Demonstration‑Based Operation Technology for Customized High‑Purity Industrial Water Services
- Unsteady‑Flow‑Based Data Analysis Software (K‑DITA)
- Water Supply Pipeline Network Diagnostic System (Dr. Pipe)
We are creating a 'global innovation growth city' by building a sustainable urban model that is economically, environmentally, and socially viable, accelerating future living.
- Navigation Waterway Condition Monitoring System
- Habitat Creation Technology for the Ecological Restoration of the Suweon Treefrog
- Vegetation Model Development and Maintenance Technology for Introducing Riparian Landscape Forests in Dam Reservoirs
- Estuarine Model Analysis Technology Using a Multidimensional Hydrodynamic and Water‑Quality Model (EFDC)
- Habitat Improvement Technology for the Narrow‑Mouthed Toad
- Thermal Transmittance Measurement Technology for Structures
- Consolidation‑Settlement Design Technology for Soft Ground Considering Overconsolidated Layers
- Landscape Design Manual for Public Facilities
- Surface‑Flow Velocity Monitoring Technology Using High‑Frequency Radar
- Automated Water‑Quality Measurement System for the Gyeongin Ara Waterway
We are working to prevent climate disasters and ensure sustainable water safety through advanced water management systems utilizing AI and digital twins.
- Hydrologic Forecast Information and Dam‑Reservoir Operation System
- Grid‑Based Flood Inundation Analysis Model (K‑Flood)
- Integrated Water‑Management System for the Nakdong River Estuary
- Hydrologic Model Data Pre‑Processing Software (K‑GIS)
- Integrated Data Pre‑Processing Program for Barometric‑Pressure, Temperature, and Groundwater‑Level Automatic Loggers (Baro/TD Diver)
- Data Pre‑Processing and Statistical Processing Program for Conductivity‑Temperature‑Depth Groundwater Loggers
- Winch Control Program v1.6 for Depth‑Specific Groundwater Quality Measurement Devices
- High‑Speed Satellite Network Operation System
- Water‑Body Detection Program v2 Using Synthetic Aperture Radar Satellite Imagery Based on a U‑Net Deep‑Learning Model
- Water‑Level Analysis Program Using Radar Satellite Imagery
We are leading the way in achieving carbon neutrality through the development of various renewable energy technologies that combine water and energy, as well as by spearheading energy transition.
- Forecasting Program for Hydrogen Production and Sales Unit Prices for Regional Green Hydrogen Economic Analysis
- Greenhouse Gas Emissions Calculation Program for Water Electrolysis Systems
- Floating Solar Photovoltaic Power Generation Device with Transmission‑Cable Breakage‑Prevention Structure
- Combined Open‑Loop/Closed‑Loop Geothermal Well Heating and Cooling System
- Floating Solar Photovoltaic Device with Direction‑Angle Monitoring Function Using a Global Positioning System Receiver
- Combined Open‑Loop/Closed‑Loop Geothermal Well Heating and Cooling System
- Heat Pump System Using Riverbank‑Filtration Water
- Design Technology for Flexible‑Joint Sluice-Gate and Turbine Structures for Tidal Power Plants
- Optimal Operation Program for Tidal Power Generation (K‑TOP 3.0)
- Design Technology for Fishway‑Integrated Connecting Structures for Tidal Power Plants