Municipal infrastructure and services

The reconstruction and modernization of damaged critical infrastructure is essential for restoring life in affected regions and ensuring comfortable living conditions for people across the entire territory of Ukraine.
This pipeline will present public investment projects and programs in the municipal infrastructure sector that focus on water supply and wastewater management and support the implementation of the sectoral development strategy. The Ministry for Communities and Territories Development of Ukraine is engaged in the preparation and development of projects and programs in these areas, forming a sectoral project pipeline at the national level and subsequently enriching it with public investment projects at the regional and local levels.
Indicative total public investment ceiling is 12'639'377'900 UAH
Responsible Ministry
MINISTRY OF DEVELOPMENT OF COMMUNITIES AND TERRITORIES OF UKRAINE
Indicative total public investment ceiling
12.6 bln
Subsector: All
Stream
Project code
Keyword
Initiator
Project objective
Project coverage area
Number of alternative technical approaches
Initiation date
Budget
Status
State level of SPP
State level of SP
Date10. 2025
SectorMunicipal infrastructure and services
SubsectorProtective Structures for Infrastructure Facilities
StatusInvestment Feasibility Study

Preparation of the project "Reconstruction of shipping locks with the installation of physical protection of critical infrastructure elements"

Project goal
Increasing compliance with modern standards. Introducing innovations and energy-efficient solutions
Geography
All Ukraine
Initiator
STATE ENTERPRISE OF WATERWAYS "UKRVODSHLYAH"
Preparation of the project "Reconstruction of shipping locks with the installation of physical protection of critical infrastructure elements"
Production of the project "Protection of shipping locks by means of electronic warfare"
Protection of shipping locks by installing physical protection (anti-drone net)
Budget7'510'002 UAH
Implementation period15 months
State level of SP
Date08. 2025
SectorMunicipal infrastructure and services
SubsectorDevelopment and Reconstruction of Subnational Infrastructure
StatusInvestment Feasibility Study

Construction of the Naval Lyceum named after Vice Admiral Volodymyr Bezkorovaynyi

Project goal
Improving the condition of infrastructure. Improving the equality of wealth distribution
Geography
Odeska region
Initiator
INFRASTRUCTURE RESTORE AND DEVELOPMENT SERVICE IN ODESSA REGION
Construction of the Naval Lyceum named after Vice Admiral Volodymyr Bezkorovaynyi
Placing the lyceum on the territory of one of the existing military units/bases
Reconstruction and expansion of existing infrastructure in Odessa
The construction of a new complex of the Naval Lyceum named after Vice Admiral Volodymyr Bezkorovaynyi involves the creation of a modern full-cycle educational and residential facility on a new territory from scratch.
Budget5'748'600'500 UAH
Implementation period36 months
State level of SPP
State level of SP
Date08. 2025
SectorMunicipal infrastructure and services
SubsectorProtective Structures for Infrastructure Facilities
StatusInvestment Feasibility Study

Deploying Energy Storage Systems (ESS) to support critical infrastructure in Ukraine

Project goal
Introducing innovations and energy-efficient solutions. Contribution to climate or environmental goals, Increasing the even distribution of resources, Ensuring inclusiveness and equal opportunities, Meeting demand
Geography
All Ukraine
Initiator
STATE AGENCY OF RESTORATION AND DEVELOPMENT OF INFRASTRUCTURE OF UKRAINE
Storage at critical infrastructure facilities
Using diesel generators for backup power supply of critical infrastructure facilities
Installation of storage systems will avoid blackouts and interruptions in utility services, which in turn affects the socio-economic status of the designated project areas. Installation of 100 energy storage systems (1 MW each) with the possibility of integration with solar power plants or other renewable energy sources to ensure autonomous, uninterrupted, environmentally friendly energy supply to critical infrastructure facilities in conditions of unstable energy supply (especially due to war).
Budget222'654'600 UAH
Implementation period15 months
State level of SP
Date08. 2025
SectorMunicipal infrastructure and services
SubsectorDevelopment and Reconstruction of Subnational Infrastructure
StatusPreliminary Investment Feasibility Study

Small Carpathian Circle

Project goal
Improving the condition of infrastructure. Creation of new facilities and services
Geography
Zakarpatska region, Ivano-Frankivska region, Lvivska region
Initiator
STATE AGENCY FOR TOURISM DEVELOPMENT OF UKRAINE
Complete reconstruction of the route according to state standards
Phased update with a focus on tourist mobility
Complete reconstruction of existing roads with widening of the roadbed. Construction of new bridges. Installation of road lighting, security cameras, technical assistance points. Arrangement of bicycle and pedestrian zones along the entire length of the route.
Budget37'524'522'000,1 UAH
Implementation period60 months
State level of SPP
State level of SP
Date08. 2025
SectorMunicipal infrastructure and services
SubsectorDevelopment and Reconstruction of Subnational Infrastructure
StatusInvestment Feasibility Study

Support for the rapid recovery of Ukraine (State Building and Resilience Contract) in terms of repair and improvement of port infrastructure

Project goal
Rebuilding the damaged/destroyed. Capacity building, Improving the condition of infrastructure, Improving the quality of services
Geography
Odeska region
Initiator
STATE ENTERPRISE "ADMINISTRATION OF SEA PORTS OF UKRAINE"
Purchase of pilot boats and a dredging vessel, boom protection barriers and major repairs of buildings of the Reniysk branch of the State Administrative Service of the Ukrainian Maritime Police Agency
Major repairs of the transport overpass of the Odesa seaport, purchase of a dredging fleet and boom protection barriers
In accordance with the Procedure for the Use of State Budget Funds Received in Accordance with the Agreement on Financing the Measure “Supporting the Rapid Recovery of Ukraine (Contract for State Building and Strengthening Resilience)”; between the Government of Ukraine and the European Commission dated November 7, 2023, approved by the Resolution of the Cabinet of Ministers of Ukraine dated December 20, 2024 No. 1475 (as amended by the Resolution of June 23, 2025 No. 737), the project funds are allocated to: performance of works and services for the overhaul of buildings of the Reniysk branch of the State Enterprise "USPA" under inventory numbers 2644 and 2504, in particular for the development of design (design and estimate) documentation for the overhaul of damaged facilities; acquisition and arrangement of protective structures and boom barriers of port infrastructure facilities and shipping channels; acquisition (construction, delivery and commissioning) of specialized vessels technical fleet and vessels (vessels) intended to ensure navigation safety in seaports of Ukraine.
Budget153'181'670 UAH
Implementation period54 months
State level of SPP
State level of SP
Date08. 2025
SectorMunicipal infrastructure and services
SubsectorWater supply and sanitation
StatusInvestment Feasibility Study

New construction of a pipeline for the discharge of mine water from the Svystunov beam in connection with the need to eliminate the negative consequences associated with the destruction of the Kakhovka hydroelectric power station, Dnipropetrovsk region

Project goal
Contribution to climate or environmental goals.
Geography
Novolativska community, Shyrokivska community
Initiator
INFRASTRUCTURE RENEWAL AND DEVELOPMENT SERVICE IN THE DNIPROPETROV REGION
New construction of a pipeline for the discharge of mine water from the Svystunov beam in connection with the need to eliminate the negative consequences associated with the destruction of the Kakhovka hydroelectric power station, Dnipropetrovsk region
Transfer of mine water discharge below the water intake of the Ingulets River water pipeline - Southern Reservoir (gravity system)
Construction of a pipeline for discharging mine water from the Svystunov beam in connection with the need to eliminate the negative consequences associated with the destruction of the Kakhovka hydroelectric power station.
Budget522'094'799 UAH
Implementation period15 months
State level of SP
Date08. 2025
SectorMunicipal infrastructure and services
SubsectorWater supply and sanitation
StatusInvestment Feasibility Study

Reconstruction of water intake site No. 2 and water supply networks from water intake site No. 2 to Vyshnevetskykh Street No. 19/1, from water intake site No. 3 to Fabrychna Street and along Kamyanopotytska Street (from Sadovaya Street to Dachna Street) in the city of Lubny, Poltava Region

Project goal
Improving the equality of wealth distribution.
Geography
Lubny city
Initiator
INFRASTRUCTURE RENEWAL AND DEVELOPMENT SERVICE IN THE DNIPROPETROV REGION
Reconstruction of water intake site No. 2 and water supply networks from water intake site No. 2 to Vyshnevetskykh Street No. 19/1, from water intake site No. 3 to Fabrychna Street and along Kamyanopotytska Street (from Sadovaya Street to Dachna Street) in the city of Lubny, Poltava Region
Use of imported water (tankers, mobile containers)
The detailed design provides for: reconstruction of the water intake site (WIS) No. 2 with the replacement of steel water pipes Ду=300 mm from the existing wells to clean water tanks and Ду=250 mm from the metering unit chamber to the first valve of the pumping station (engine room) on the territory of WIS Me 2 with water pipes made of polyethylene pipes with a diameter of 315 mm and 250 mm, respectively, and the arrangement of WIS No. 2 with a metering unit; reconstruction of water supply networks from WIS No. 2 to Vyshnevetskikh Street N° 19/1 with the replacement of the steel water pipe Ду=400 from the metering unit chamber at WIS No. 2 to residential building No. 19/1 on Vyshnevetskikh Street with a polyethylene one with a diameter of 400 mm; reconstruction of water supply networks from water intake site No. 3 to Fabrychna Street with the replacement of a cast-iron water pipe DN=273 mm from the metering chamber to the water meter No. 3 - Industrialna Street, to Oleksandrivska Street, further to the intersection with Fabrychna Street with a water pipe made of polyethylene pipes with a diameter of 250 mm, the arrangement of the water meter No. 3 with a metering unit; reconstruction of water supply networks along Kamianopotitska Street (from Sadovaya Street to Dachnaya Street) with the replacement of a cast-iron water pipe DN=273 mm with a water pipe made of polyethylene pipes with a diameter of 250 mm. The working project provides for appropriate solutions to comply with the requirements for sanitary and epidemiological well-being of the population, labor protection, ecology, fire safety, and energy conservation.
Budget80'438'764 UAH
Implementation period14 months
State level of SPP
State level of SP
Date08. 2025
SectorMunicipal infrastructure and services
SubsectorProtective Structures for Infrastructure Facilities
StatusPreliminary Investment Feasibility Study

Restoration of the Srednyodneprovsky Shipping Lock of the State Enterprise "UKRVODSHLYAKH" after the Russian missile attack

Project goal
Rebuilding the damaged/destroyed. Improving the condition of infrastructure
Geography
Kam’ianske city
Initiator
STATE ENTERPRISE OF WATERWAYS "UKRVODSHLYAH"
Restoration of the SE "Seredniodniprovsky Shipping Lock" SE "UKRVODSHLYAKH"
Restoration of the operability of the Sredniodniprovs'kyi shipping lock with the construction of an underground control panel
Reconstruction (modernization) of the Middle Dnieper Shipping Lock
Full restoration of the functionality of the Sredniodniprovs'kyi lock (repair of the navigation chamber, the CPU building and auxiliary buildings
Budget81'600'002 UAH
Implementation period24 months
State level of SPP
State level of SP
Date08. 2025
SectorMunicipal infrastructure and services
SubsectorWater supply and sanitation
StatusInvestment Feasibility Study

Reconstruction of wastewater treatment facilities and construction of a technological line for the treatment and disposal of sludge at the Bortnytsia aeration station

Project goal
Improving the condition of infrastructure.
Geography
Kyiv city
Initiator
MINISTRY OF DEVELOPMENT OF COMMUNITIES AND TERRITORIES OF UKRAINE
Reconstruction of wastewater treatment facilities and construction of a technological line for the treatment and disposal of sludge at the Bortnytsia aeration station
Reconstruction of the Bortnytsia aeration station
BORTNYTSKY AERATION STATION (hereinafter – The wastewater treatment scheme is identical at each unit of the treatment facilities. The sludge formed during the wastewater treatment process is subject to processing in order to reduce its volume and disinfect it. Sludge processing takes place in special facilities - methane tanks and aerobic stabilizers. After processing, the sludge is pumped to sludge fields for further drying in natural conditions. The existing sludge fields occupy a total area of over 272 hectares. When designing the BSA, the volume of sludge in the sludge fields was predicted at 3.5 million m3. But in fact, they are three times overfilled. More than 10 million m3 of sludge has accumulated in three sludge fields and its amount is growing every day. Due to their overfilling, there is a constant threat of sludge spillage, flooding of nearby territories, and pollution of water resources. The Bortnytsia Aeration Station Modernization Project provides for reconstruction in 2 stages with the allocation of 5 start-up complexes in each stage. Considering that the construction of new structures, reconstruction and dismantling of existing ones is carried out at an enterprise operating in a continuous technological process, the following was determined as a priority: - the order of removal of individual structures subject to reconstruction from the technological process, compliance with which will ensure the normal operability of the treatment facilities; - the sequence of construction of new structures and dismantling of existing ones, ensuring the operability of the treatment facilities, is determined; - to outline (territorially) zones of construction and reconstruction in such a way as to fully ensure the movement of both construction and technological transport; During the preparatory period, the following works are also being carried out: - installation of temporary buildings and structures; - connection to sources of energy and water supply; - dismantling (demolition) of structures that are out of operation during the reconstruction; - demolition of green spaces located in the development zone; - measures to organize traffic safety during the construction period; - measures to organize the drainage of rainwater from mountainous areas. The construction is provided with water from the section of the water supply pipeline laid during the preparatory period. Source of temporary power supply - 110/6 kV substation "Lugova", 110/35/6 kV substation "Bortnychi". During the period of rehabilitation of pressure pipelines and reconstruction of the dispersive outlet, drinking water is transported by tankers, source of temporary power supply - 110/6 kV substation "Lugova", 110/35/6 kV substation "Bortnychi". Construction of structures below the groundwater level will be carried out under the protection of construction water lowering. Taking into account the geological structure of the site, hydrogeological characteristics of the soils, and the adopted methods of work, the most effective and cost-effective method of lowering the groundwater level will be water lowering using needle filter installations. Construction phase 1 includes: Start-up complex 1. Technical re-equipment of the structures of the 2nd and 3rd units in order to ensure regulatory treatment of the entire volume of wastewater for the period of construction of the new 1st unit with the installation of an air deodorization system from the block structures. Start-up complex 2. Construction of a mechanical wastewater sludge dewatering shop. Start-up complex 3. Construction of a new technological line for wastewater sludge utilization. Start-up complex 4. Construction of the new 1st unit Start-up complex 5 Preparatory work carried out: preparation of the territory, construction of new buildings and structures. As part of the preparatory work, pioneer sludge fields were liberated, work was carried out on vertical planning of the territory liberated from "pioneer" sludge fields and beyond them to the design marks, and sediment from "pioneer" sludge fields was transported. The second stage of construction includes: Launching complex 6. Reconstruction of the "Poznyaki" sewage station with the installation of an air deodorization system. Launching complex 7. Reconstruction of the "Pravoberezhnya" sewage station with the installation of an air deodorization system. Launching complex 8. Construction of a new II unit. Launching complex 9. Reconstruction of the structures of III unit of the station Launching complex 10. Reconstruction of the main channel of treated wastewater and dispersive discharges. Construction of a car farm and repair shops Wastewater treatment process When selecting a suitable wastewater treatment process, it was found that the most suitable option would be an aerobic-anoxic-oxygen process (A2O), which is carried out using an endless tray type, this alternative was also approved during the development of project documentation. In addition to phosphorus removal, additional treatment facilities are installed as a supplement to meet the requirements for phosphorus waste. A high-level coagulation tank will be added to achieve the above-mentioned goal. The choice was made based on the characteristics of the wastewater entering the treatment, as well as the wastewater flow rate entering the BSA, meeting the requirements for economic feasibility and ease of operation. The wastewater treatment process consists of a pre-treatment and primary treatment process to remove sand and mechanical impurities from the incoming wastewater, followed by a biological treatment process consisting of biological reactors (aerotanks), secondary settling tanks and disinfection using ultraviolet lamps, as well as a post-treatment process to ensure the removal of nutrients and compliance with the strict requirements in force in Kyiv. The project provides for the following sequence of the technological process for water treatment: 1. Coarse and fine screens, grease and sand traps, primary settling tanks located in one building to prevent the spread of odor. 2. Biological removal of nitrogen and phosphorus using the anaerobic-anoxic-aerobic process. 3. Secondary settling tanks. 4. Post-treatment of wastewater to remove fine suspended particles and dephosphorization of these substances. 5. Disinfection of treated wastewater with ultraviolet radiation. The sequence of the technological process for sludge treatment: 1. Gravity and mechanical thickening of sludge. 2. Mechanical dewatering of sludge 3. Thermal utilization of dewatered sludge. The BSA reconstruction project provides for the introduction of Japanese technologies for sludge treatment and utilization, which will ensure a significant reduction in its volume. Gravity and mechanical compactors are designed to reduce the volume and moisture of the sludge. At the next stage, the dewatered sewage sludge is transported to innovative sludge incinerators for thermal utilization. The combustion technology is so advanced that it almost does not use natural gas to support the combustion process. The flue gases generated during the operation of the sludge incinerators are cleaned in a wet scrubber to achieve minimal emissions of pollutants. The equipment to be installed during the Project will increase efficiency, reduce energy use and minimize negative impacts on the environment. The final product of sewage sludge utilization will be ash, which can be used in industry. Buildings and equipment that are a source of unpleasant odors are covered and have independent ventilation. According to the Project, air purification is carried out by the following methods: passing polluted air through activated carbon filters or feeding it to sludge incinerators for subsequent combustion. Construction period – 6 years.
Budget33'360'027'905 UAH
Implementation period78 months
State level of SPP
State level of SP
Date08. 2025
SectorMunicipal infrastructure and services
SubsectorDevelopment and Reconstruction of Subnational Infrastructure
StatusInvestment Feasibility Study

Expansion of Critical Danube Logistics Chains (RELINC)

Project goal
Capacity building. Improving the quality of services
Geography
Odeska region
Initiator
STATE ENTERPRISE "ADMINISTRATION OF SEA PORTS OF UKRAINE"
Acquisition of specialized fleet, transshipment and other port equipment, information technology system for vessel traffic management
Acquisition of a dredging fleet
Expansion and development of seaport infrastructure in the Danube region
It is planned to purchase specialized port fleet, transshipment equipment and equipment for seaports on the Danube River: multifunctional port vessel; sea tug with azimuthal thrusters; tug on the Danube River; service vessel; personal pilot kits (50 pcs.); two portal cranes; two front-end loaders; purchase of equipment for a modern river navigation training complex; automated vessel traffic control system in seaports.
Budget1'641'283'000 UAH
Implementation period54 months