The purpose of the project is to ensure safe, reliable and uninterrupted gas supply to residential buildings in the city of Zlatopil by reconstructing and modernizing existing gas distribution networks in accordance with current technical and safety standards. The methods for achieving the goal include conducting a technical inspection of existing networks, replacing physically and morally worn-out gas pipelines and equipment, installing modern shut-off and control valves, implementing energy-efficient and safe technological solutions, as well as bringing the gas supply system into compliance with regulatory requirements with subsequent commissioning. The justification for the gap between the current and target states is that today the city's gas supply system for residential buildings is characterized by a high level of wear and tear, increased accident rate and risks for the population, which does not meet the requirements for safety and quality of services, while the target state provides for stable, safe and efficient gas supply with minimal resource losses and reduced operational risks.

Key problems to be solved by the project implementation The project implementation is aimed at solving the following key problems: high level of accidents and risks to the safety of the population associated with the operation of worn-out gas networks; inability to ensure stable and uninterrupted gas supply and, accordingly, heat supply to residential buildings; energy losses and increased operating costs due to technical imperfections of the networks; non-compliance of the gas supply system with current regulatory requirements. The relevance of these problems is due to the consequences of military operations, the deterioration of the technical condition of the infrastructure and the urgent need to provide basic housing and communal services to the population. If they are not resolved, a further increase in accidents, prolonged lack of heat supply, social tension and increased threats to the life and health of residents is possible. Expected positive changes from the project implementation include: increasing the level of safety and reliability of gas supply; restoration and stabilization of heat supply to residential buildings; reduction of gas losses and operating costs; improvement of the quality of life of the population and increasing the resilience of the city's infrastructure to emergencies.