The Project  purpose is to recultivate the existing landfills and establish a modern and efficient system of solid waste management including construction of the waste recycling facility. Implementation of the Project  will allow recycling up to 36% of waste, with a gradual increase in depth processing. The proposed Project  consists of 2 main components: Component 1 is reclamation of existing landfills (20.41 ha). Component 2 is construction of ecological complex for recycling and further disposal of solid waste (waste recycling facility and a new landfill). New landfill capacity will be around 250 thsd. tons / year with a life time of 30 years. Waste recycling plant will have around 90 thsd. tons / year capacity.

This Project envisages replacement of the existing lamps by new one, as well as replacement of some other elements (cables, teleautomatics) solely, and does not include any elements that will provide new services. Taking into account, that the street lighting in the city of Kyiv does not have any overabundance (it is installed only in places, where it is needed for the citizens), thus, the Project envisages exclusively measures, which meet the requirements of ultimate users (residents of the city).

The Project aims on modernization of the outdoor lighting system in Mariupol by replacing of 27.7 thsd. of lighting points (LED) and installation of 7.7 additional lighting points with replacing of lighting networks.

The overall purpose of water supply and wastewater disposal systems’ modernization in Mariupol is a complex rehabilitation of water supply and sewerage systems of the city in achieving substantial savings of energy, reducing water losses in networks and improve wastewater treatment operations. It is planned that the asset modernization will substantially improve the overall technical and financial operation of the utility and implementation of the least-cost energy efficient measures will reduce the electric energy consumption during the peak- and off-peak operating hours. The proposed project includes the following investment measures: Rehabilitation of three wastewater pumping stations in the city of Mariupol Rehabilitation of Mariupol Wastewater Treatment Plant (WWTP) Rehabi

Replacement of technologically and physically obsolete lamps with incandescent with mercury arc lamp DRL, high-pressure sodium arc lamps with LED lamps of 42 W, 139 W. Reconstruction of cable-air lines with the use of the latest technologies (isolated wires). Energy savings expected up to 50% of consumption.

The Project  aimed on the increasing of the level of social comfort in the city and reducing of the harmful impact on the environment by reconstruction of the lighting system. The Project  consists of: Rehabilitation of 53 chains of the street lighting using the energy efficiency technologies and automatic systems; Installation of 17 traffic lights with automatic management systems; Installation of 160 photovoltaic stations (optionally).

Project aims at deep thermal modernisation of 38 public buildings – kindergartens, schools, healthcare and sport halls.

As per Project Implementation Plan developed 2020 the project includes the following components: Component 1: Modernisation of more than 7 km district heating networks Component 2: Boiler Houses: Decommissioning of the boilers at the Kryvorizhstal BH (KMK) and the district heating mains from KMK Splitting of heat loads into three zones and hydraulic calculation Reconstruction of the Gigant and Mekhanobrchormet boiler houses financed by EIB loan Reconstruction of Kryvorizhstal boiler house funded by municipal budget Introduction of systems for monitoring and control of boiler houses operation (SCADA at boiler houses and the Central Dispatch Post) The total installed heating capacity of the boiler houses to be modernised is 181.6 MW.   Component 3: Demand-Side Measure

The Project  involves 64 buildings with next EE measures implementation: Conducting of building’s’ walls thermal renovation. Windows and doors replacement on energy saving ones. Lightning system modernization in buildings. Integration of energy consumption monitoring system on daily base. Integration of heating regulation system according to weather and temperature.

The overall purpose of water supply and wastewater disposal systems’ modernization in Lutsk is to reduce the negative impact on the environment and to improve water supply services, transportation and wastewater treatment in the city. Project implementation will lead to significant energy saving, reduction of water losses in the networks, improvement of the hydrological regime of the Styr River (such as the composition and concentrations of dissolved chemicals, the amount and composition of the solid material, etc.) through implementation of innovative solutions for wastewater and sludge treatment. The proposed project includes the following investment measures: Reconstruction of the Water Supply Pipeline and Water Collection Main in Lutsk Procurement of the special vehicles for

The Project involves thermal modernization of 52 schools (gross area 184553 m2) and 38 kindergartens (gross area 67653 m2). It includes the following measures: repair of external insulation, light systems, air ventilation and conditioning systems, and installation of modern equipment. The aim of the Project to improve comfort level, reduce energy consumption, save energy costs, and extend the lifetime of the buildings.

It is foreseen within the Project to improve energy efficiency of 33 kindergartens aiming to reduce energy resources usage and create comfort conditions for children and stuff. The following services will be provided: replacement of lighting system, installation of modern energy efficiency equipment, reconstruction of heat supply system, heat pump insulation, replacement of doors and windows, thermal insulation of floor, attic roof, etc.

Thermomodernisation of 14 buildings of public healthcare sector and 46 buildings of public education sector Activities include: insulation of exterior walls, replacement of windows and doors, insulation of roofs, insulation cap, insulation ceiling basement, restoration of drainage system, installation of local ventilation systems with heat recovery, reconstruction of the ventilation system with the establishment of a central heat exchanger, warming pipeline supplying and reverse pipelines heating systems, installation of heat meters , installation IHS, balancing heating net valves, washing heating system, reconstruction of two-pipe heating system with an installed  thermostats, replacement of  incandescent bulbs with energy-efficient, setting  the door-closing mechanisms,  measures for

The overall purpose of water supply and wastewater disposal systems’ modernization in Rivne is to reduce the negative impact on the environment and to improve water supply services, transportation and wastewater treatment in the city. Implementation of the project will lead to significant energy saving, reduction of water losses in the networks, improvement of the hydrological regime of the Ustia River (such as the composition and concentrations of dissolved chemicals, the amount and composition of the solid material, etc.) through the implementation of innovative solutions for wastewater and sludge treatment.   The proposed project includes the following investment measures: Reconstruction of Water Transmission Mains (Boyarka and Kvasiliv) in Rivne and Hydraulic Modelling Wat

The Project  includes the modernization of the district heating station by implementation of new energy saving technologies and equipment. Project  implementation will include:   Rehabilitation of about 2 km (length of channels) of district heating networks, optimizing existing diameters; Design, supply, and installation of boiler houses BH TRS №6 (14 MW), BH TRS №7 (23 MW), BH at Svobody 2-v (0,5 MW), BH at Svobody 38-а (1,3 MW), BH at Pivdenna 12-а(0,7 MW), the supply includes SCADA system and a Control Room at the premisses of the DH company Teploenerho, the Monitoring system of savings, Service and Energy Management system; Design, supply and installation (reconstruction) of the boiler house TRS №10 (19 MW); Construction of 5.14 km water supply system including a pipel