The program has a standard organization of data and can apply the digitalized map data on AutoCAD or MAPINFO which are being commonly used by companies involved in water supply and drainage project design ...

This program is designed to offers optimal solutions to the local drainage models.
It directly interacts with map data, enables users to apply data for the actual sewage and stormwater network design, connects to rain data bank, visually simulates the waterlogging level in areas on the map according to the real time depending on different conditions of the network when there are changes in the graphic geometric design, in flowmeter values depending upon the state of waterlogging on nodal point and the drainage speed of the outlets and in rain developments.

The program also consists of indexes to assess the effectiveness of different solutions and cost estimates for the maintenance and upgrading of the existing model.

• Communicate visually with users to enter and retrieve data and automatically vectorize bitmap data .
• Organize data in a combination of map conditions, geometric structure of the runoff network, different rainy forms and waterlogging parameters.
• Disintegrate the urban drainage system into sub-networks with reduced complication for easy calculations and then integrate them into a major one for overall analysis.
• Predict flows and concentrations anywhere in the rainfall/ runoff system and simulate visual output index on the map using time variable.
• Analyze the results of the planned system's calculations and assessment in accordance with the index required for concentration peak and the values of effectiveness.
• Provide optimal solutions to the drainage network design.
• Serve as a database for the prediction of pollution level when rainstorm are in the same discharge route with industrial waste.

Compatibility

The program has a standard organization of data and can apply the digitalized map data on AutoCAD or MAPINFO which are being commonly used by companies involved in water supply and drainage project design.