Projects

Ensuring stable, reliable and environmentally safe functioning of the centralized sewage system of the city of Horodok through complete reconstruction of the worn-out section of the pressure sewer collector from Zavodska Ploshcha St. to the intersection of Kyivska and Hrushevskoho Sts. with the introduction of modern high-efficiency equipment at the sewage pumping station (SPS). To achieve the set goal, a set of engineering, technical and construction measures is provided: 1. Replacement of emergency pipelines; 2. Arrangement of special crossings and protection of networks; 3. Modernization of related infrastructure and structures; 4. Updating of the technological equipment of the SPS.

To achieve the project goal, it is planned to implement a set of engineering and technical measures, including: • installation of an automatic addressable fire alarm system; • installation of a fire notification and evacuation management system; • arrangement of a system for transmitting alarm notifications to the State Emergency Service units; • overhaul of the building's lightning protection system; • conducting commissioning, testing, and commissioning of systems. After the project is implemented, the educational institution will meet modern fire safety requirements, ensuring timely fire detection, prompt notification of people, automatic transmission of a fire alarm signal, and safe evacuation organization.

The main goal is to ensure the protection of participants in the educational process (students, kindergarten students, teaching and technical staff) in the event of emergencies of a military, man-made or natural nature, as well as the creation of a multifunctional space that can be used in peacetime as an educational or public space. The goals are achieved by the new construction of a dual-purpose protective structure on the territory of the Gorodok Primary School.

In connection with the optimization of the educational institution, in order to ensure the ability to safely and timely get to the supporting institution, the Lisovodsky Lyceum, by taking a school bus to the educational institution and back.

The goal of the project is to ensure safe, regular and comfortable transportation of 120 high school students and teaching staff to and from the academic lyceum, which will contribute to the implementation of the constitutional right of children to equal access to quality specialized education regardless of their place of residence.
This project provides for the purchase of 2 school buses during 2026 on co-financing terms.

Creating a safe and healthy educational environment by modernizing the food infrastructure. The project is aimed at:
- Implementing the “Basic Kitchen” model.
- Ensuring that the premises comply with the requirements of the HACCP system.
- Improving the working conditions of staff and the quality of children's nutrition.
The project involves a comprehensive reconstruction of part of the building of the Gorodok Primary School, taking into account modern requirements for the organization of school nutrition. A feature is the creation of a full-fledged catering unit with a completed technological cycle of cooking directly in the educational institution.
The project plans to:
• Reconstruction of existing school premises for a modern catering unit;
• Creation of technologically connected zones for a full cycle of cooking;
• Purchase and installation of modern kitchen equipment;
• Arrangement of ventilation, water supply, sewage and power supply systems in accordance with the standards;
• Ensuring proper conditions for storing products (refrigeration and warehouse equipment);
• Creation of a safe and ergonomic working environment for staff;
• Implementation of food quality and safety standards.

To ensure effective biological treatment of wastewater, neutralization and disinfection before its discharge into the environment in accordance with modern environmental requirements. To ensure environmental safety, to prevent the negative impact of economic activity on the environment. The project provides for the construction of a sewage pumping station, a hydroponic lagoon reactor (artificial river) building, and utility and domestic premises to ensure the operation of the facility in one building.

The goal is to ensure effective biological treatment of wastewater, neutralization and disinfection before its discharge into the environment in accordance with modern environmental requirements. To ensure environmental safety, to prevent the negative impact of economic activity on the environment. The goal will be achieved by the construction of treatment facilities using continuous flow technology with the installation of complete biological treatment of household wastewater BIOPAKS.

Creation of a modern educational space within the framework of the implementation of the “New Ukrainian School” reform in one educational institution – the Supporting Institution of the Horodot Lyceum No. 2 of the Horodot City Council. The project plans to create two modern science laboratories – physics and chemistry. For this purpose, current repairs of the premises will be carried out and the necessary educational, laboratory and multimedia equipment will be purchased. The implementation of the project will contribute to improving the quality of science education, introducing modern teaching methods and forming practical competencies of students.

New construction of a solid waste landfill on the territory of the Horodotskaya MTG. It is planned to build a specialized engineering structure intended for the disposal of solid waste and conditionally inert waste.

The purpose of the project is to create a modern dual-purpose building with the protective properties of an anti-radiation shelter (PRU) on the territory of the main educational institution - Horodok Lyceum No. 2 of the Horodok City Council of the Khmelnytskyi region (9 Bukhty St., Horodok, Khmelnytskyi district) to provide shelter for 495 people (students, employees, visitors).
The main goal is to ensure the protection of participants in the educational process (students, teaching and technical staff) in the event of emergencies of a military, man-made or natural nature, as well as to create a multifunctional space that can be used in peacetime as an educational or public space.
The goals are achieved by the new construction of a dual-purpose protective building on the territory of the lyceum.
The project provides for:
• Construction of a one-story building with a total area of 1173.53 m², with a calculated capacity of 495 people.
• The architectural and planning solution includes areas for people to stay, sanitary facilities, food storage facilities, drinking water, a first-aid station, a control room, and technical rooms.
• The structural scheme is a monolithic reinforced concrete frame with walls 400 mm thick, which provides the protective properties of the PRU in accordance with the DBN.
• Engineering support:
o a ventilation system with two modes (clean and filter ventilation) - designed for 495 people;
o connection to city water supply, sewage and electricity networks;
o arrangement of backup power sources, autonomous lighting and an alarm system;
o heating through an individual heat point (ITP), polyethylene pipelines in accordance with DSTU EN 12201-2:2018;
o energy-saving lighting and automatic temperature control.
• Inclusivity — ramps are provided, barrier-free entrances, doorway width ≥0.9 m, bathroom for groups with reduced mobility.
• Energy saving — high-efficiency thermal insulation materials, LED lighting, minimal heat loss.
• Peacetime use — as classrooms, club rooms, conference rooms, shelters for school assemblies.

The goal of the project is to ensure uninterrupted, reliable and environmentally friendly electricity supply to the KNP "Horodok City Multidisciplinary Hospital" by building a 150 kW solar power plant for the hospital's own needs.
The main objectives of the project are:
creating a backup alternative source of electricity for a critically important medical facility;
reducing dependence on centralized power sources, especially in conditions of energy risks, accidents or emergencies;
reducing the hospital's electricity costs;
reducing greenhouse gas emissions and increasing the energy efficiency of the community's healthcare system.
The goal is to be achieved through the implementation of a new construction of a photovoltaic power plant (PVS) on a land plot of 3.4153 hectares at the address: Horodok city, st. Shevchenko, 40.
The project involves the installation of 264 Longi 565 Wp photovoltaic modules and SUN-50K-SG01HP3-EU-BM4 hybrid inverters, providing an annual electricity generation of about 239.6 thousand kWh.
The generated energy will be fully used to meet the needs of the hospital with the possibility of connecting storage systems.
The implementation of the project will allow:
to ensure the hospital's energy independence;
to stabilize the operation of medical equipment even in the event of power outages;
to promote the community's transition to green energy and achieve sustainable development goals.