Major repairs of communications and equipment of water-retaining structures and networks in the city of Monastyryshche
- General information
- Strategic Case
- Economic Case
- Commercial Case
- Financial Case
- Management Case
- Summary
General information
Description of the project
Drinking water tank V=1200 m, manufactured in 1978. Concrete frame. Inside lined with a metal sheet d-5mm (material steel 3). During the period of operation due to metal corrosion (oxidation) 60% of the area is completely devoid of metal, the rest is in the state of a sheet "lattice". The concrete frame is not airtight, water leaks. The tank requires an internal lining for tightness, and the main thing is for the quality of drinking water. 1.2 Drinking water tower The drinking water tower is a red brick base on which the tank is installed. The height of the base h = 15m, the volume of the tank V = 500 m. Only the tank needs to be replaced or modernized due to its corrosion, as evidenced by numerous "patches" on the surface of the tank. A significant reduction in the thickness of the tank metal (material steel 3) is evidenced by the violation of its shape. There are deformations in the form of "belly" on the initial shape of the cone and cylinder. This is due to the reduction in the thickness of the metal during corrosion. When welding additional extensions in the middle of the tank, the wall is actually held by the electrode. 1.3 The need to modernize the water desalination station and restore the operation of the bactericidal installation with the replacement of the installation manufactured in 1976 with the existing current ones. Water from the water intake wells "Dibrivka" and the wells "Tsegelny zavod" carries an increased iron content of 2.6 ÷4.0 mg/dm, which significantly affects the quality of drinking water. Also, all drinking water has an increased water hardness of 8 mg – eq/dm, which is due to the increased content of calcium salts 153 mg/dm. The water deironing station was manufactured and installed economically in 1987. Today it requires modernization with the installation of filters for water softening. 1.4 Network replacement Pipelines supplying drinking water to the city were laid in 1978. A significant part of them became unusable, since no major repairs were carried out during this period. Small emergency areas were replaced. Pipeline materials: ceramics, cast iron and steel. The most worn steel sections. It is necessary to replace a total of 1200 m. of water supply. The existing diameter of the pipelines of the DU is 300.
The purpose of the project
Main Goal:
Increasing compliance with modern standards
Secondary Goal:
Improving the quality of services
Description of the purpose of the project and ways to achieve it
Problems and solutions resulting from project implementation
Socio-economic context
Indicator
Value
Number of people who will use the service
5280 human
Strategic Case
Strategic feasibility of the project
Sector
Municipal infrastructure and services
Subsector
Water supply and sanitation
Stream
Restoration, development and modernization of centralized water supply and wastewater infrastructure
Strategic document
Стратегія розвитку територіальної громади
Task
2.1.2 Improvement of community settlements
Project objectives
Project Sustainable Development Goals
Demand for the service and its dynamics
What methodology was used to estimate demand?
Has data from external sources been used in the demand assessment?
Does the demand forecast take into account the latest demographic and economic forecasts?
Analysis of the project's impact on ecology and climate change
Does the planned activity have a potential positive contribution to achieving climate or environmental objectives?
Is the proposed project expected to significantly harm any of the following climate or environmental objectives?
Project sustainability and inclusivity
Identify potential gender risks of the project and indicate possible ways to overcome them:
Does the project provide for improving women's access to services?
Are civil society organizations representing women and vulnerable groups included in the consultation process?
Alternative technical solutions
Technical Solution 1
Major repairs of communications and equipment of water-retaining structures and networks in the city of Monastyryshche
Technical Solution 2
construction of new water intake networks
[The technical approach was selected for further detailed analysis or implementation.]
[The technical approach was not selected for further detailed analysis or implementation.]
Commercial Justification
Supplier and contractor market assessment
[Response was provided in the Preliminary Investment Feasibility Study]
[Response was provided in the Preliminary Investment Feasibility Study]
[Response was provided in the Preliminary Investment Feasibility Study]
[Response was provided in the Preliminary Investment Feasibility Study]
Financial justification
Total project budget
Average project cost per service recipient
Profitability of the project
Availability of services
[Response was provided in the Preliminary Investment Feasibility Study]
Project Financing Mechanisms
Are funding sources and mechanisms identified?
Funding Sources
Public-private partnership
[Response was provided in the Preliminary Investment Feasibility Study]
[Response was provided in the Preliminary Investment Feasibility Study]