Odaplan

ODAGIS+ Water

It can create attractive and promoted system drinking water projects.
Within the scope of open and closed network solutions, warehouse volume calculations can be made, projects can be created with detailed drawings and reports in accordance with the standards related to the created projects can be obtained.
It can create projects using the Hardy-Cross grid solution; Hydraulic modeling and simulations can be done with EPANET.

Wastewater and Sewerage project solutions are produced and designed by selecting the most suitable alternative.
Elements such as chimney, grate, pump, basin, pipe library etc. to be used in the project can be created in connection with the database.
Wastewater sewage pipes are dimensioned, and pipe drawings can be made by creating dynamic profiles.
With dynamic database-linked functional editors, chimney, grill, pump, basin, pipe, etc. attribute information can be edited.
In wastewater projects, flow calculations (domestic, peak calculation, Babbit coefficient, industrial and seepage flow rates) can be made according to population distribution.
Pipe, chimney, pumping line, pump, basin, density etc. calculations can be made automatically in the entire project or in the selected account area, and the results can be presented spatially by creating thematic maps on the project screen.
With its dynamic structure and network controls, it can make hydraulic and geometric changes at every stage of the project.

Yağmuruyu project solutions in accordance with the legislation are produced and the project is designed by selecting the most suitable alternative.
Elements such as chimney, grate, pump, basin, pipe library etc. to be used in the project can be created in connection with the database.
Stormwater pipes are dimensioned and pipe drawings can be made by creating dynamic profiles.
With dynamic database-linked functional editors, chimney, grill, pump, basin, pipe, etc. attribute information can be edited.
In rainwater projects, watershed-based flow calculation can be performed with alternative methods.
Pipe, chimney, lift line, pump, grate, basin, density etc. calculations can be made automatically in the entire project or in the selected account area, and the results can be presented spatially by creating thematic maps on the project screen.
With its dynamic structure and network controls, it can make hydraulic and geometric changes at every stage of the project.

EPA's Storm Water Management Model (SWMM) is used throughout the world for planning, analysis, and design related to stormwater runoff, combined and sanitary sewers, and other drainage systems.
This module, which has been made operational on the QGIS software, can be used to evaluate gray infrastructure stormwater control strategies such as pipes and rain drains, and cost-effective green/gray hybrid stormwater control solutions can be created.
The SWMM was developed to help support local, state and national stormwater management objectives to reduce runoff through seepage and retention and to help reduce discharges that cause degradation of water bodies.