Projects

Providing consumers with safe, high-quality drinking water

The goal of the project is to create proper, safe and comfortable conditions for recreation for residents and guests of the city. To achieve this goal, it is necessary to build a new bridge across the Horyn River, since the existing bridge was built in the 1980s and is unsafe for operation.

This project aims to create a safe and accessible space for the development of children and youth, organize meaningful leisure, support creative, intellectual and sports abilities, as well as increase the level of social activity of the younger generation, will contribute to expanding opportunities for obtaining extracurricular education, developing creative, scientific, technical and cultural competencies of children and adolescents through the work of clubs, studios, sections and educational programs. In an economic context, the project will help to more effectively use the existing building, improve the community infrastructure, increase the attractiveness of the area for living and create additional opportunities for employment in the field of education and services. In addition to the reconstruction and modernization of the old building, the project provides for a two-story extension, which includes the following types of work: architectural, construction and structural solutions; electrical solutions; electrical lighting; communication systems; security alarm; automatic fire alarm; lightning protection; heating; ventilation; air conditioning; water supply; drainage, and construction of a civil defense facility (CDF) on the land plot where the building is located.

The investment project involves the creation of a modern physics classroom in a secondary education institution by updating the material and technical base, purchasing modern equipment, teaching aids and ergonomic furniture in accordance with the requirements of the "New Ukrainian School" reform. The project is aimed at improving the quality of natural science education, developing students' research competencies and creating a safe, innovative educational environment. Project goal Creation of a modern, functional and safe educational space for teaching physics, which ensures: • formation of key and subject competencies of students; • implementation of STEM approaches; • development of practical skills through experimental activities. Classroom equipment Educational equipment: • laboratory sets for mechanics, electricity, optics; • digital measuring complexes; • demonstration devices; • sets for STEM research. Furniture: • student desks with the possibility of group work; • laboratory tables; • height-adjustable chairs; • cabinets for storing equipment; • teacher's workplace. Ways to implement the project Stage 1. Preparatory • analysis of the existing material and technical base; • determination of the institution's needs; • development of estimates; • preparation of project documentation; • attraction of suppliers (national and, if necessary, international); • carrying out repair work. Stage 2. Procurement • carrying out purchases in accordance with the legislation; • selection of suppliers of equipment and furniture; • conclusion of contracts. Stage 3. Implementation • supply of equipment; • installation of furniture and equipment; • arrangement of the office in accordance with sanitary and safety standards. Stage 4. Implementation • training of teachers to work with new equipment; • integration of modern teaching methods; • conducting the first laboratory and practical classes. Stage 5. Evaluation of effectiveness • monitoring the quality of teaching; • analysis of student results; • adjustment of the educational process. 6. Expected results • improvement of the quality of physics teaching; • increase in the level of students' academic achievements; • formation of practical and research skills; • increasing motivation to study natural sciences; • creating a modern educational environment in accordance with the standards of the National University of Science and Technology. ________________________________________

ensuring uninterrupted access of individuals to educational services

The main goal of the project is to increase the efficiency of the enterprise's economic activity by purchasing and commissioning a JAC N200 dump truck, which will ensure autonomy in performing transport and loading and unloading operations.
Achieving this goal involves:
Reducing costs for renting third-party equipment
Increasing the productivity of construction, agricultural or municipal works
Optimizing logistics processes
Expanding the range of services (providing transport services to other enterprises and the population)
Increasing the enterprise's income through additional sources of income

The project envisages the construction of new external water supply networks at the address: Sportivna Street within the city of Krasyliv, Khmelnytskyi region. This street is provided with zoned water supply, which are ringed together, the total length of the water supply is 980 m. As a result of the project, water supply will be provided to 40 households, and 150 people will have access to drinking water.

The project envisages the construction of new external water supply networks at the following addresses: Starotserkovna Street, Hlinky Street within the city of Krasyliv, Khmelnytskyi region. Zoned water supply is provided for these streets, which are ringed together. As a result of the project, water supply will be provided to 80 households, and 330 people will have access to drinking water.

The purpose of the project for the new construction of a water supply network in the city of Krasyliv (Peremogy St., Krasylivska territorial community) is to create a modern, reliable and effective centralized water supply system that will ensure stable access of the population to high-quality and safe drinking water in accordance with current sanitary standards. One of the key goals is to improve the sanitary and hygienic living conditions of the population, which directly affects the health of residents and reduces the risks of diseases associated with the use of poor-quality water. The project will also contribute to improving the environmental situation through the rational use of water resources and reducing unauthorized sources of water intake.
An important aspect is ensuring sustainable development of the territory: the new water supply network will create conditions for further housing development, the development of small businesses and increasing the investment attractiveness of the community. In addition, the project will increase the level of amenities and comfort of living, which meets modern requirements for the engineering infrastructure of settlements.

The goal of the project is to increase the energy autonomy and reliability of the Krasyliv Lyceum's power supply by introducing renewable energy sources, as well as ensuring the continuity of the educational process in the event of possible emergency and planned power outages.
The project is aimed at creating a sustainable and safe energy infrastructure for the educational institution, reducing dependence on centralized power supply and optimizing electricity costs. In addition, the project contributes to the implementation of the principles of energy efficiency and environmentally responsible use of resources.
The achievement of this goal is envisaged by implementing a set of technical measures to reconstruct the building's electrical networks, in particular:
• installation of a rooftop solar power plant with an installed capacity of 60 kW;
• installation of photovoltaic modules with appropriate mounting structures;
• installation of inverter equipment for converting electricity;
• arrangement of an electrical energy storage system (batteries) to ensure consumption during periods of absence of external power supply;
• integration of the solar power plant into the building's internal power supply system with connection to the low-voltage switchboard;
• performance of commissioning work and ensuring proper technical quality control.
The generated electricity will be used exclusively for the institution's own needs in real time, which will ensure the functioning of critical building systems, including lighting, catering and other equipment.
As a result of the project, a reliable backup and partially autonomous power supply system will be created, which will ensure safe and stable living conditions for 625 students and 71 employees, reduce the risks of interruption of the educational process and increase the energy sustainability of the educational institution in the face of modern challenges.

The goal of the project is to create a modern, safe and functional chemistry classroom in accordance with the requirements of the New Ukrainian School, which will ensure the formation of key and subject competencies in students, the development of research skills, critical thinking and improving the quality of science education.
The project is aimed at transitioning from predominantly theoretical teaching of chemistry to practice-oriented learning, where students will have the opportunity to independently conduct experiments, research and work on STEM projects.