Improving the condition of the water supply network infrastructure and modernizing it to meet modern standards, increasing the level of compliance with modern standards, and improving the quality of utility services.

Specific problems that will be closed: 1. Technical and operational. Elimination of accidents: Replacing old pipes with new ones (PE-100 or VChShG) practically reduces the number of breakthroughs to zero. The service life of such materials is 50+ years. Pressure stabilization: Thanks to cleaning the network from long-term deposits and rust, throughput is restored. Water will finally reach the upper floors without additional pumps. Tightness of shut-off valves: Installing modern valves will allow you to locally disconnect only one house for repairs, and not the entire neighborhood. 2. Economical. Reduction of water losses: You eliminate “hidden leaks” when water simply goes into the sand. This is a direct saving for the budget of the water utility and communities. Reduction of repair costs: Fuel costs for emergency crews, excavations, and temporary clamps are sharply reduced. Energy efficiency: Lower resistance in the new pipes allows pumping stations to operate with less load, which reduces electricity costs (regulated by the Energy Efficiency Law). 3. Social and sanitary. Water quality: The problem of “rusty water” from the tap disappears, which appears due to internal corrosion of steel pipes. Fire safety: Installation of new fire hydrants according to the requirements of DBN V.2.5-74:2013 guarantees the necessary water flow for extinguishing fires. Uninterruptible power supply: Residents receive predictable service instead of sudden shutdowns “until the circumstances are clarified”. 4. Environmental. Soil protection: The absence of constant leaks prevents the washing away of the foundations of neighboring buildings and the subsidence of roads. Rational use of resources: Less water pumped from the subsoil — less impact on aquifers.