++SYSTEMS(GIS)
· topical GIS system & core of the modular software solution
· detailed recording & management of master & georeferenced data
· import/export of common data types: XML, CSV, DXF, Shape, IFC
· one data base for all tasks of urban water management
HYDRAULIK(hydraulics)
· hydrodynamic & hydrological sewer network modelling
· detection of optimization potential & areas of risk
· bi-directional coupling of sanitary, storm & combined sewer systems with surface models (in combination with GeoCPM)
GeoCPM(surface)
· hydrodynamic surface runoff calculation
· calculation & simulation of surface runoff due to heavy rainfall
· software-supported proof of safety against flooding
· simulation results as
foundation of planning & management of flood control & flood mitigation measures
FLOW (pollutant load)
· hydrodynamic modelling of the transport of dissolved substances & suspended solids (pollutant loads);
concentration, total loads, pH
· visualization of dynamic flows & reactive-transport
modelling
· identification of any need for action in case of sewage
pollution of natural waters
BetriebToGo(mobile)
· mobile software solution for sewer network operation
· documentation of operation processes directly on-site
· images & sketches can be recorded in the field
· automatic synchronization of mobile devices with central
data management systems
KASAnova(condition)
· storage & management of sewer inspection data;
condition assessment of sewer networks (ISYBAU & DWA)
· planning & prioritization of sewer rehabilitation measures
· flexible management of sewer rehabilitation options
CONTROL(control)
· simulation of modern real-time control (RTC) sewer network systems
· dynamic control of hydraulic regulators (gate valves, flow limiting valves, pumps, weirs, etc.) in hydraulic models
· in-silico optimization of control strategies allows for more efficient
use of available retention volumes
AQUA(water supply)
· planning, dimensioning & optimization of water supply networks (controllable & uncontrolled pressure pipe networks)
· hydrodynamic calculation & visualization of pressure loss, water consumption, flow rate & velocity, etc.
·damage & vulnerability analysis
