We offer a complex solution for storm sewer systems:

Technical inspection and examination of the existing storm sewer system, identification and documentation of its bottlenecks.

The inspection allows us to:

• check the technical condition of sewerage facilities;
• identify unattended networks;
• check the technical condition of the entire water supply and sewerage, incl. storm water collection systems of the city.

Technical examination includes:

• collection and analysis of technical, design, executive and operational documentation;
• field work, including visual-measuring and instrumental check of storm sewer systems and objects, fixing the technical characteristics;
• development of a technical report on the condition of objects, performance indicators;
• information of the effectiveness of the system, detected deficiencies;
• recommendations of troubleshooting and further system development.

Ad-hoc digital model which allows to:

• carry out hydraulic calculations of pipelines' capacity;
• identify automatically potential bottlenecks of the systems;
• determine the optimal ways for the systems approval.

Practical recommendations for the modernization of existing network of storm sewer and development of new systems

Development of a digital model of the system.

Digital model will be developed based on advanced IT-platform (software development in the field of geoinformation technologies and computer modeling of engineering networks since 1990).

It provides effective toolsets for working with various map projections and layouts, including utility network maps and diagrams, working with numerous raster objects, conducting simultaneous semantic and spatial analysis of graphics and tabular data, producing miscellaneous thematic maps, exporting and importing data.

Our IT-solution is flexible, it can be integrated within other IT-platforms (GIS, Digital Twins or SCADA) used by partners.

What sets this IT platform apart is its capacity for creating utility network diagrams with supported topologies. This feature makes it possible to use in-built modules for completing hydraulic calculations and building piezometric graphs.