Projects

Selection of the goal category and its description of the goal and the method of achievement
To achieve the goal, the following measures are envisaged:
• Adjustment and approval of the design documentation for the construction of the sewer network;
• Construction of sewer collectors to basins No. 1, No. 2 and No. 6;
• Connection of networks to the general drainage system;
• Carrying out commissioning work and putting the facilities into operation.

ensuring stable and uninterrupted water supply to the population;
replacement of worn and emergency sections of water supply networks;
reduction of water losses and increase of efficiency of its use;
improvement of technical condition of engineering infrastructure of the settlement.

The project's goal is to ensure sanitary, hygienic, ecological and safe living conditions for 273 residents of the village of Kosohirka due to high-quality and uninterrupted access to drinking water.
The project involves the construction of a new drinking water pipeline with a length of 5.202 km. Water supply is provided from an existing artesian well with the replacement of pumping equipment.
Main technical and economic indicators: pressure at the connection point 2.5 atm, water consumption volume - 40.95 cubic meters/day.
Main technical solutions
Water supply to subscribers is carried out from an existing artesian well.
Water consumption according to DBN V.2.5-74-2013 is 150 l/day.
The well flow rate is 5.0 cubic meters/hour.
The total water consumption and hydraulic calculation of the pipelines take into account existing consumers and the prospective connection of other streets.
Water distribution along the streets is provided according to a dead-end scheme. Pipelines for the installation of the water supply network are polyethylene for drinking water made of polyethylene PE-100 SDR-17 (1.0 MPa) in accordance with DSTU B V.2.7-151:2008.
The connection of the pipelines is provided by thermistor welding.
All pipelines after welding must be tested with a hydraulic pressure of 1.25 Rrob.
The depth of the pipelines is 1.5 m from the top of the pipe to the surface of the pipe.
The horizontal distance to existing gas pipelines is 1.0 m, to existing water pipes - 1.0 m, to existing cables and electrical supports - 1.0 m; vertically - 0.25 m.
Water consumption for external fire extinguishing according to DBN V.2.5-74-2013 is 5 l/sec, the number of simultaneous fires is 1.
Construction is planned in one turn without allocation of starting complexes.

External water supply networks
Construction of a prefabricated water supply network is planned to be carried out from PE pipes SDR 17 with a diameter of 32-90 mm.
Water supply wells - prefabricated from reinforced concrete elements. In water supply wells, the project provides for the installation of shut-off valves to disconnect sections of the external water supply in the event of an emergency or preventive situation.
Sanitary protection of the water supply is provided for by a sanitary protective strip, the width of which is not less than 10.0 m.
During the construction of water supply networks, the following technological operations are performed:
- breakdown and planning of the route;
- earthworks (digging trenches, leveling the bottom, backfilling 10 cm with sandy or other non-heaving soil that does not contain inclusions larger than 2.0 cm);
- delivery and rolling of pipes;
- welding of pipes on the edge of the trench or in the trench;
- laying the pipeline in the trench.

Engineering protection of the territory
Construction of street water supply networks in the village of Kosohirka, subject to compliance with the requirements of the project documentation, will not cause a negative impact on economic activity.
Cutting down trees and plantings - not provided.
Restricting the territory for the placement of structures will not cause a negative impact on the residents of the village.
After laying the water supply network with backfilling of the trench, the natural landscape will be restored to its original appearance.
When the customer and contractor implement all technical solutions provided for by the project, environmentally safe operation of the water supply network is ensured.
The operation of the water supply network is carried out through an operating well with a pump that operates in the aquatic environment without releasing toxic substances and releasing them into the atmosphere. The operation of the water supply network does not involve atmospheric air pollution.
After the construction of the water supply network, land reclamation and restoration of the territory to its original state are carried out.

Ensuring high-quality and affordable surgical care for the population of the Chemerovets community and surrounding areas by reconstructing the third floor of the children's building into a modern surgical department and arranging a transition between the therapeutic and children's buildings. The project is aimed at creating safe and comfortable conditions for patients, improving the logistics of patient and staff movement, bringing the medical infrastructure into line with modern healthcare standards, and increasing the efficiency of the hospital.

Installation of a rooftop solar power plant, which will be able to ensure energy efficiency and energy independence of the administrative building of the Derazhnya City Council through the use of renewable energy sources, reduce the city budget's expenses for electricity, increase the reliability and continuity of energy supply, and contribute to the sustainable development of the community.

ensuring prompt response and providing professional support to victims in remote and hard-to-reach settlements. The availability of transport will allow the mobile team to respond to calls in a timely manner, conduct crisis interventions, counseling, information and educational work, and facilitate referral to appropriate services. The implementation of the project will contribute to increasing the level of human rights protection and access to social services for persons who have experienced violence.

Thanks to the project, the cultural center will have a modern appearance, comfortable conditions for visitors and staff, a barrier-free space, a multifunctional environment, and will also be energy efficient, which will increase the level of cultural services provided to the population and strengthen the material and technical base of the institution. During its long operation, the building has suffered physical wear and tear and requires modernization, which will extend its service life, optimize the space, and create modern, comfortable, and energy-efficient conditions for its use.

Ensuring uninterrupted water supply to social facilities of the settlement, communal facilities and individual residential buildings of residents of the settlement. Prospects for the development of enterprises with significant water consumption. Improving fire safety conditions (installation of modern fire hydrants).

Problem: Lack of specialized transport adapted for the transportation of people in wheelchairs or with other physical disabilities.
The implementation of the project involves one-time funding for the purchase of specialized transport, which in the future allows the community to:
- create a long-term, sustainable mechanism for supporting the most vulnerable segments of the population;
- ensure economic efficiency, as the purchased transport will serve for many years, servicing hundreds of trips each year;
- strengthen the social infrastructure of the community.

The project is aimed at reconstructing the basement of the lyceum in order to transform it into a modern anti-radiation shelter that will meet state civil protection standards. It is planned to carry out works on sealing and strengthening structures, installing an air filtration and ventilation system, arranging autonomous lighting and power supply, sanitary and hygienic modules, water supplies and medical supplies. The premises will be adapted for the safe stay of students, teaching staff and residents of the surrounding area in the event of an emergency.

The project envisages ensuring proper technical condition and infrastructure development by carrying out major repairs of Yevhen Andriyuk Street (from the intersection with Barska Street to the intersection with Borys Oliynyk Street), which will contribute to increasing the level of road safety, reducing the negative impact on the environment, improving travel conditions for residents and creating prerequisites for sustainable development of the territory. The goal is to achieve this by restoring the roadbed using modern environmentally friendly materials, installing a drainage system to prevent the destruction of the pavement. Organizing convenient and safe pedestrian zones and modernizing adjacent infrastructure.

Ensuring uninterrupted and comfortable access to educational services for individuals