Projects

The project's goal is to improve the community's infrastructure and improve the quality of services provided by the utility through the purchase of a JCB 3CX Contractor universal backhoe loader. The existing gap is the lack of modern multifunctional equipment, which forces the company to use rental or outdated machines that do not meet modern efficiency and safety standards. The implementation of the project will allow for the implementation of earthmoving, loading, utility and emergency repair work by its own forces, reduce equipment rental costs and increase the efficiency of responding to the needs of the community, which will ultimately contribute to sustainable development and improve the quality of life of residents.

The main goal of the project is to ensure the uninterrupted, safe, and comfortable functioning of the Zakupnensky Lyceum through a comprehensive modernization of the power supply system with the introduction of renewable energy technologies.

The project aims to improve the level of security and civil protection of community residents by reconstructing and equipping part of the basement of the administrative building at 1, Yarmolynets 600th Anniversary Square, Yarmolyntsi village, Khmelnytskyi district, Khmelnytskyi region, for further use as a simple shelter. The project aims to create appropriate and safe conditions for temporary accommodation of people during air raids, missile and other threats, as well as to increase the community's ability to provide protection for the population in martial law and emergency situations.

Installation of a battery in the alternative power source system of the solar power plant (located near artesian well No. 4) in Izyaslav in order to increase the level of autonomy of the equipment

The project's goal is to modernize the local centralized alert system to meet modern civil protection standards. The current system has limited coverage and outdated equipment, which creates risks of untimely informing the population. The implementation includes overhauling 47 facilities, installing modern broadcast units and GSM devices, integrating with the territorial system, and providing backup power. This will allow covering more than 18 thousand residents of the community with civil protection signals and increasing the level of security

The project is aimed at creating a reliable, autonomous and energy-efficient energy supply system for the critical infrastructure of the community by installing cogeneration units (CGU) with a capacity of 2 MW at one of the city boiler houses and gradually connecting them to its key municipal facilities. The implementation of the project will allow the formation of a local energy cluster ("energy island"), which will ensure stable heat and electricity supply during peak loads or emergency situations in external networks. The main tasks of the system project include the installation and integration of a cogeneration unit into the heat supply of the boiler house; use of the generated heat for heating a residential area adjacent to the boiler house, which will increase overall efficiency and reduce the cost of heat energy production; directing the generated electricity to power critical infrastructure facilities of the community (boiler houses, water utility, city hospital), and later - other budget institutions; construction and modernization of its own electrical networks to ensure flexible and safe energy distribution; creation of technical conditions for expanding the energy "island" and connecting new consumers in the future. The project is being implemented in stages, taking into account the technical and financial system of works. A number of prepared steps are already in place, which form the basis for further implementation: a feasibility study (FEO) has been developed in cooperation with the Association of Housing and Utilities Energy Auditors, which confirmed the feasibility of installing a CHP and determined the basic parameters of the project; a preliminary connection scheme and the formation of an energy island have been developed, which allows localizing critical facilities and providing them with backup power in the event of a disconnection from external networks; an audit of energy consumption by the main community institutions (boiler houses, hospital, water utility) has been conducted, which made it possible to take advantage of the need and priority of connection; preparation of technical conditions for laying new cable lines and modernization of existing networks has begun. Further implementation of the project involves the development of design and estimate documentation, procurement procedures, installation and commissioning, as well as the phased connection of facilities to the newly created energy hub. This approach will ensure increased energy security, sustainability, and efficiency of the community's critical infrastructure, especially in the autumn-winter period and in conditions of possible crisis scenarios.

The goal of the project is to create a modern protective shelter on the territory of the Starosynyavska Multi-Profile Hospital, which will ensure the proper level of safety of patients, medical staff and hospital visitors during air raids and other emergencies. The goal is to be achieved by building a separate protective shelter with the necessary engineering systems and equipment, in particular ventilation, power supply and backup power supply, lighting, water supply, drainage, heating, communications and fire safety systems. The design solutions will provide barrier-free access and the possibility of safe stay for all categories of the population, including people with disabilities and other groups with reduced mobility. The implementation of the project will eliminate the existing shortage of adequate protective space on the territory of the medical institution, increase the hospital's resilience to emergencies and ensure the continuity of medical care in conditions of security threats.

The current state of the clinical diagnostic laboratory and its material and technical support does not fully meet modern requirements for the organization of laboratory diagnostics, sanitary and hygienic conditions, occupational safety and the effectiveness of the use of modern technologies. There is a gap between the actual state of the laboratory infrastructure and the target level necessary to ensure high-quality, fast and accessible diagnostics for the population. Overcoming this gap requires a comprehensive approach - simultaneous renovation of premises, engineering systems and laboratory equipment. As a result of the project, a modern functional environment for laboratory research will be created, working conditions for personnel will be improved, the manufacturability and efficiency of laboratory processes will be increased, and access to necessary diagnostic services directly in the community will be expanded. The reconstruction and equipping of the laboratory will contribute to the timely detection of diseases, the establishment and clarification of diagnoses, control of the course of diseases and the effectiveness of treatment.

Project goal: creating safe conditions for students and employees of the educational institution by repairing, modernizing and properly equipping the existing shelter, as well as installing a modern modular shelter, in order to create a safe educational environment and organize a continuous educational process in conditions of martial law or emergency situations. Method of achieving the goal: surveying and assessing the condition of the shelter, carrying out repair work, equipping the civil defense facility with the necessary equipment (furniture, benches, first-aid kits, water supplies, fire extinguishers, means of communication and autonomous power supply, etc.); installing a modular shelter

The purpose of the project is to modernize the material and technical base of secondary education institutions of the Starosynyavska territorial community to ensure compliance with modern standards of education in accordance with the “New Ukrainian School” reform. This ensures the improvement of the state of educational infrastructure, the creation of a safe, accessible and digitalized educational environment. To achieve the goal of the project, classrooms will be effectively provided with modern teaching aids, computer technology, and multimedia equipment. The expected result is an improvement in the quality of the educational process, the development of key and cross-cutting competencies of students, expanding opportunities for interactive and practical learning, and ensuring equal access of children to quality education.

Creation of proper and safe conditions for quality education for at least 200 students during each academic year. Creation of proper and safe working conditions for teachers and technical staff of the school. In addition, the implementation of the project will provide an opportunity to improve the learning conditions of students, obtain new and modern premises at the school, provide educational conditions that meet current household and sanitary and hygienic standards, equip the school with modern information technologies, expand opportunities for organizing a meaningful, diverse, high-quality educational process, increase energy efficiency and reduce relevant budget costs through energy-saving measures.

The implementation of the project by the building area includes the following technological stages: Facade insulation: with modern thermal insulation materials (mineral wool or polystyrene foam of appropriate thickness) followed by the application of a reinforcing layer and decorative plaster. Thermal modernization of the mountain ceiling: Since a significant part of the heat is lost through the roof, it is planned to lay a layer of insulation in the attic with the arrangement of vapor and waterproofing. Arrangement of an insulated basement: Protection of the foundation from freezing and moisture by installing extruded polystyrene foam below and above ground level. Replacement of windows: Installation of new energy-efficient metal-plastic double-glazed windows in places where old structures do not provide tightness. Related works: Restoration of slopes, replacement of ebbs and arrangement of a blind area around the building for rainwater drainage.