13-14 NOVEMBER 2025 | POLAND | WARSAW | EXPO XXI
13-14 NOVEMBER 2025 | POLAND | WARSAW | EXPO XXI
Code of CATUTTC UA59080270000073662
participant of the exhibition - conference REBUILD UKRAINE 2024
Modernisation and reconstruction of the wastewater system
The project aims to modernise the municipal wastewater treatment facilities in Sumy to improve the quality of wastewater treatment to meet international standards. This will reduce pollution of the Psel River and restore its ecosystem, which will have a significant positive impact on the environmental situation in the region.
The social significance of the project is to improve the quality of wastewater collection and treatment services for 267.4 thousand residents of the Sumy community, as well as to connect new subscribers from neighbouring communities, which will improve the standard of living in the region. In addition, by reducing electricity consumption and maintenance costs, the project will be cost-effective and contribute to the sustainable development of the community.
Water supply and drainage
Construction of a solar power plant in Sumy for the needs of Municipal Enterprise of the Sumy City Council Electroautotrans
This project aims to build a 6.5 MW solar power plant in Sumy to meet the needs of the Municipal enterprise Electroautotrans, which provides public transport services. This will allow the company to almost completely cover its electricity needs, saving about UAH 35 million annually and reducing greenhouse gas emissions by 97%.
The project will last for one year, with a payback period of approximately 7.67 years.
Energy supply facilities
Installation of solar power plants at water intakes of the Miskvodokanal- Municipal enterprise of the Sumy City Council
Miskvodokanal provides centralised water supply services to 256,000 residents of the community and centralised sewerage services to 218,000 residents. The installation of alternative power sources with storage systems at the company's water intakes will allow it to supply the community's residents under any conditions. The goal of this project is to provide the water pumping stations of the city's drinking water supply system with electricity, at least in the minimum required amount, during the period of complete absence of grid electricity.
Water supply and drainage
Installation of solar power plants at the treatment facilities of Miskvodokanal - Municipal Enterprise of the City Council
As of today, the total number of consumers of the Municipal Enterprise Miskvodokanal is 279,900, including 27,000 internally displaced persons.
This project aims to improve the energy independence of Sumy by installing solar power plants at the wastewater treatment plant, which will reduce electricity costs and increase the stability of water supply and sewage. In the event of a complete power outage, the SPPs will provide the minimum necessary power to the treatment facilities.
Water supply and drainage
Overhaul (thermal modernisation) of the building of the municipal non-commercial enterprise Central City Clinical Hospital
Central City Clinical Hospital - Municipal non-commercial enterprise of Sumy City Council provides a wide range of medical services to the population of the Sumy City Territorial Community.
This project aims to improve the conditions for staff and patients by providing a comfortable indoor climate regardless of the season. The introduction of energy-efficient technologies will significantly reduce the hospital's operating costs, which will allow it to redirect funds to improve medical services.
Objects of social infrastructure (health care)
Reconstruction of a part of the pumping station building for a drinking water bottling area at the Prishybsky water intake
Providing the residents of the Sumy community with safe drinking water in case of emergency in the war by purifying and packaging drinking water.
Packaging machines are required in case of water supply system failures, secondary contamination of water, natural disasters or other emergencies, as they guarantee a continuous supply of bacteriologically safe water. This possibility of safe water supply minimises the risk of poisoning people.
This technology will help save on transport costs, as the packages can be delivered by passenger cars rather than by special, fuel-consuming vehicles that are usually used to transport process water.
Water supply and drainage
Reconstruction of the building of municipal institution of the specialised school of I-III degrees No. 17 with the implementation of comprehensive thermal modernisation measures
The project aims to significantly improve the energy efficiency of the building by implementing measures including insulation of the building envelope, replacement of old windows and doors with energy-saving ones, and modernisation of engineering systems.
This will reduce heat loss, cut energy costs and improve the overall comfort of the school premises.
These changes are expected to result in significant energy savings for the school, reducing maintenance costs and providing a healthy learning environment for students and staff. With a capacity of 1800 students and 200 staff, the secondary school is one of the largest in the community.
Objects of social infrastructure (education, culture and sports)
Reconstruction of the Luchka overpass in Sumy
Creation of conditions for the implementation of plans and programmes for the strategic development of the city, introduction of the latest engineering, transport and social service systems, preservation of the environment for the safety of citizens travelling through this transport facility.
Objects of transport infrastructure
Development of a centralised water supply system
Provision of drinking water to consumers in the Kursk district of Sumy, Pishchanskyi and Stetskivskyi starosta districts. Sustainable development of the city's centralised water supply system.Currently, Verkhne Pishchane village residents are supplied with water through 2 operating wells and a water tower. For technical reasons, further operation of these wells is impossible due to the inconsistency of water quality with the current sanitary standards.The project includes the construction of a separate water intake in Verkhne Pishchane village with the construction of new water pipelines.
Water supply and drainage
Reconstruction and thermal modernisation of the building of the Pishchane House of Culture
Improving the energy efficiency of the building, creating comfortable conditions for visitors and staff to stay in the premises of the institution, bringing the building to the energy efficiency standards.
The social significance of the project is to create conditions for the cultural development of community residents, provide employment and youth after school hours, develop and reveal their talents and abilities, preserve and promote national and local traditions and customs.
Objects of social infrastructure (education, culture and sports)
Overhaul of the building of Sumy sanatorium preschool educational institution
This project aims to create an energy-efficient, comfortable place for the development and upbringing of children.
Improving the energy efficiency of the facility will ensure a stable temperature regime and a comfortable indoor climate regardless of weather conditions, which is important for the health of children and staff. In addition, the thermal modernisation measures will reduce the building's energy consumption and energy costs, which is economically beneficial.
This project will improve the quality of life and well-being of the community, ensuring the long-term preservation of the building and reducing future operating costs.
Objects of social infrastructure (education, culture and sports)