Ac iowi. Managing Unit: ECSIE Lending Instrument: Specific Investment Loan (SIL) Status: Appraisal

Transcription

1 Ac iowi Integrated Safeguards Data Sheet (Updated) Section I - Basic Information Date Prepared/Updated: 6/5/23 A. Basic Project Data (from PDS) I.A. 1. Project Statistics Country: LITHUANIA Project: Vilnius Heat Demand Management Project Authorized to Appraise Date: December 1, 2 Bank Approval: June 1, 23 Managing Unit: ECSIE Lending Instrument: Specific Investment Loan (SIL) Status: Appraisal Project ID: P73242 Task Team Leader: Victor B. Loksha IBRD Amount ($m): IDA Amount ($m). Global Supplemental Amount (Sm): 6.5 Sector: Distnct heating and energy efficiency services (1%) Theme: Climate change (P); Municipal governance and institution building (S); Corporate governance (S) I.A.2. Project Objectives (From PDS): The GEF's objective in this Project is to reduce the emissions of greenhouse gases (GHG) from the Vilnius Distnct Heating System through a targeted effort to remove the existing barriers to energy conservation. This would be achieved by means of introducing AL DSM measures such as thermostatically controlled radiator valves, heat meters ("cost allocators"), and other heat demand management improvements in Vilnius households. Besides direct emission reductions from these measures, additional benefits would be achieved through avoided disconnections and possibly through accelerated implementation of the ongoing program of modernizing the heat exchanger substation network Broader market development objectives of the GEF project are described in the project document. I.A.3. Project Description (From PDS): Vilniaus Energija (VE), the new management of the Vilnius District Heating Company, took charge of district heat supply to Vilnius on April 1, 22. VE is undertaking a long-term and capital-intensive investment program aimed at modernizing the district heating system through a fundamental design change to the district heating network and introduction of new equipment VE's investments will be made, first and foremost, in substation network decentralization designed to reduce losses and improve the quality of district heat supply. Moreover, VE would like to become part of the emerging energy efficiency market by launching a new activity directly at the customer's level - an apartment-level demand-side management (AL DSM) program. This includes the introduction of: (a) thermostatically controlled radiator valves enabling automatic and consumer-controlled use of heat, and (b) electronic heat cost allocators on room radiators enabling consumption-based billing of apartments for heat. The main components of VE's investment program are: Substation modernization including the replacement of all block substations with building-level substations in more than 2, residential apartment buildings, New connections and network development; Replacement of part of the network; Rehabilitation of the heat-only-boilers (HOBs); Construction of a gas pipe interconnecting the heat-and-power plants CHP-2 and CHP-3; The rehabilitation of CHP-3 and the district heating pumping station at CHP-2

2 2 The Vilnius City Municipality (VCM) has expressed a strong interest in implementing building-envelope improvements of the residential housing stock of the City. In combination with VE's energy efficiency program for the heating system, VCM's initiative allows to implement a comprehensive heat demand management program in the City of Vilnius. The GEF Heat Demand Management Proiect would support and supplement the programs pursued by both VE and VCM. Under the Project, the GEF would contribute US$ 6.5 million to the establishment of a broader and more sustainable Energy Conservation Program (ECP) for the City to support demand-side energy efficiency in residential buildings connected to the district heating system and engage VE and VCM in the development of an energy efficiency market. Apartment-Level Demand-Side Management (AL DSM) component - US$ 1 million would be a 5-year program covering some 5-6 apartment buildings in Vilnius, with the possibility of expanding the program to another similar number of buildings in the following years The AL DSM investments would include the supply and installation services for thermostatically controlled valves (TCV) and heat cost allocators (HCA) on room radiators, remote readers for hot water meters, and works for balancing the heat flow in the risers connecting the substation to the radiators. These measures will allow VE to introduce billing based on the actual heat consumption by apartment. ECP Commercial Fund - US$ 3 million. This component would capitalize a revolving fund (run by a firm contracted by the Municipality) through $3 million worth of demand-side management investments in The fund would operate on a financially sustainable basis and would be used for energy efficiency investments as long as demand exists. The Municipality envisages that most of the investments will be made in the building-envelope improvements (including window replacement). Finally, the GEF would finance some technical assistance components such as Monitoring and Evaluation of Global Benefits and activities related to replication of the project's experience. I.A 4. Project Location: (Geographic location, information about the key environmental and social characteristics of the area and population likely to be affected, and proximity to any protected areas, or sites or critical natural habitats, or any other culturally or socially sensitive areas.) The project is taking place in Vilnius, Lithuania's capital and largest city with a population of 579,. Vilnius has a residential housing stock of 5,7 buildings, of which 85% are supplied with heat from the district heating system. The average year-round outdoor temperature is 6.4 degrees Celsius, making heat supply an essential service. Energy consumption for heating purposes is higher than that of westem countnes with similar climates due to the relatively poor condition of the housing stock. Heat demand of the city was 2,471 GWh in 1999, with a peak demand of 1,13 MW. This demand was met by a combination of Combined Heat and Power Plants (CHPs) and Heat only Boilers (HOBs) operating predominantly on natural gas. The city has two combined heat and power plants, CHP-2 and CHP-3. CHP-2 was built in the 195s with an electric capacity of 24 MW and a thermal capacity of 96 MW. CHP-3 was built in the mid-198s and has an electric capacity of 36 MW and thermal capacity of 57 MW. During the heating season, CHP-3 is the least-cost source of energy as it supplies electricity to the grid and heat to the district heating network. Five HOBs are currently in operation in Vilnius. Two of these HOBs service isolated loads in the outskirts of Vilnius. The remaining three HOBs have a thermal supply capacity of 624 MW. There are two types of consumer connections to the heat supply network: block (or group) substations and building-level substations, of which there are 161 and 2,311, respectively. The block substations, in

3 3 turn, supply 2,513 building substations, for a total of 4,824. Block substations provide heat to roughly 6% of district heat consumers. The other 4% are using heat from substations in their buildings; these substations have an average age of 22 years. The control valves in these substations are manually operated The production-controlled operation of this design means that the distnct heating system can not respond to the demands of the customer. The poor financial condition of the district heating company dunng the 199s resulted in a worsening of the quality of service provided. The primary assets have been operating beyond their design life, decreasing reliability. The wealthier segments of the population were able to cope by seeking out altemative sources of heat supply. During the late 199s - early 2s, the former Vilnius District Heating Company (VDHC) was losing about 3% of its customer base per year. B. Clheck Environmental Classification: B (Partial Assessment) Comments: Environmental Category B was assigned to the project at the stage when is was expected to include an IBRD loan for the rehabilitation of two major CHPs and five HOBs, Substations and Distribution Network. The environrmental assessment and the Environmental Management Plan (EMP) was therefore much more comprehensive than the scope of the current self-standing GEF project would require. Nevertheless, considering that the investments covered by the EMP are still being pursued by the district heating company receiving the GEF grant, the scope of the existing EMP (Report. E-45, submutted to the InfoShop on March 21, 21 and disclosed in-country on March 22, 21) is not considered excessive. The main features of the EMP address the construction phase of the project. Issues include dust, noise, and proper disposal of non-hazardous wastes. The EMP includes testing for hazardous materials (PCBs) and, if found in levels exceeding standards, appropriate measures for management are to be taken. During operation, there are minor issues associated with emissions of S2 and NOx, and leaks/spills of water or fuel oil. Their proposed management has been found reasonable and entirely adequate. Supplemental EMP was developed specifically for the new component added to the project - the installation of thermostatic valves and heat cost allocators in residential apartments in the city of Vilnius. This supplemental EMP was submitted to InfoShop as an addition to the existing EMP on May 22, 23. C SafeguardPolicies Triggered (from PDS) (click on E for a detailed desciption or click on the policy number for a brief description) Policy Triggered Environmental Assessment (OP 4.1, BP 4.1, GP 4.1) () Natural Habitats (OP 4.4, BP 4.4, GP 4.4) Forestry (OP 4.36, GP 4.36) Pest Management (OP 4.9) Cultural Property (OPN 11.3) ( Indigenous Peoples (OD 4.2) ( Involuntary Resettlement (OP/BP 4.12) Safety of Dams (OP 4.37, BP 4.37) ( Projects in International Waters (OP 7.5, BP 7.5, GP 7.5) Projects in Disputed Areas (OP 7.6, BP 7.6, GP 7.6) Ycs Section II - Key Safeguard Issues and Their Management D. Summary of Key Safeguard Issues. Pleasefill in all relevant questions If information is not available,

4 4 describe steps to be taken to obtain necessary data. II.D. I a. Describe any safeguard issues and impacts associated with the proposed project. Identify and describe any potential large scale, significant and/or irreversible impacts. There are no major environmental issues associated with the project. On the contrary, the project will improve air pollution levels by reducing energy consumption and, hence, burning of fuels. Under VE's program of rehabilitation and modernization of the district heating system, nunor environmental issues associated with constructionactivities include dust and noise associated with the movement of men, machines, and materials and with solid waste management. Asbestos insulation is present in some components which are to be replaced under the project. At the CHP facilities, there is a possibility that transformer coolants may be present that contain unacceptable levels of PCB. Preinsulated replacement pipes mught be manufactured with CFCs or HCFCs. During operation, minor issues include atmospheric emissions of NOx and S2. The efficiencies realized by project implementation will reduce all these emissions (as well as C2) from the current levels. II.D. I b. Describe any potential cumulative impacts due to application of more than one safeguard policy or due to multiple project component. N/a. II.D.lc Describe any potential long term impacts due to anticipated future activities in the project area. N/a. II.D.2. In light of 1, describe the proposed treatment of alternatives (if required) N/a. II D.3. Describe arrangement for the borrower to address safeguard issues An environmental mitigation plan has been developed as part of the EMP. Key elements of this plan (largely the proper disposal of wastes) will be monitored during project supervision. The EMP was developed when rehabilitation of CHPs, HOBs, Substation and Distribution Network was considered an integral part of the project. Therefore, the EMP is much more comprehensive than the scope of the current self-standing GEF project would require. The main features of the EMP address the construction phase of the project. Issues include dust, noise, and proper disposal of non-hazardous wastes. The EMP includes testing for hazardous materials (PCBs) and, if found in levels exceeding standards, appropriate measures for management are to be taken. According to the EMP, construction activities will be conducted during daytime hours and planned in a manner to minimize disruption to existing population activity patterns. Dusty areas will be sprinkled with water. Asbestos will be removed and transported by companies/units duly licensed to perform this work, and disposed of in an appropriate manner at sites officially approved by the Government to receive such material If transformer oils are present, they will be tested for PCBs and, if contaminated, they will be disposed of in accordance with Lithuanian standards. Preinsulated replacement pipes will have foam insulation prepared with either carbon dioxide or cyclopentane foaming agents. Bid documents will be required to include this specification. Low-NOx burners and lower sulfur fuel oils will be used to assure that S2/NOx emission levels will comply with Lithuanian standards, World Bank Guidelines, and EU Directives. Proper housekeeping measures will be instituted to minimize occurrence of leaks and subsequent contamination of soil and groundwater. II.D.4. Identify the key stakeholders and describe the mechanisms for consultation and disclosure on safeguard policies, with an emphasis on potentially affected people. For the project originally proposed by VDHC, a survey was undertaken to help design the project based

5 5 on their customers' views. The project was (and still is) designed to decrease the cost of supply, which will benefit all groups but particularly the poor as heating absorbs a disproportionate component of their household income. VDHC introduced the project to the public through television interviews, newspaper and magazine articles. VDHC also prepared a brochure describing the energy efficiency component of the project (focusing on the building-level substations) and made it available to the public. With the introduction of apartment-level DSM into the project design, the homeowners will become even more directly involved in the implementation of the project since they will be the ones faced with the decision to purchase the DSM equipment. Thus, the new management of the district heating company (VE) will have to undertake a serious marketing effort in order to succeed in this new market. According to the Project Manual, VE's Marketing Department will be responsible for: (a) developing and executing an extemal communications program including promotional material (brochures, letters, etc.), direct mail, advertising and other activities targeted to current or potential customers; (b) coordinating public information campaigns on energy efficiency with the Vilnius City Municipality representatives, in particular when the campaign is targeted to low-income households. Under the supervision of the Marketing Department, three Client Service Centers have been set up staffed by a total of 117 staff who report to the Commercial Director. The Centers are located at the VE Head Office (39 staff), CHP-2 (34 staff) and RK-8 (Baltupiai -34 staff), respectively. HeatManagers comprise the majority of the Client Service Center staff and act as the point-of-sale contact and pnmary customer service contact. They are responsible for meeting targets in sales of heat (heat contract) and maintenance services. Under the Project, they will promote the implementation of the demand-side management program for VE customers. E. Safeguards Classification (select in SAP). Category is detenmned by the highest impact in any policy. Or on basis of cumulative impacts from multiple safeguards. Whenever an individual safeguard policy is triggered the provisions of that policy apply. SI. - Significant, cumulative and/or irreversible impacts; or significant technical and institutional risks in management of one or more safeguard areas [X] S2. - One or more safeguard policies are triggered, but effects are limited in their impact and are technically and institutionally manageable [ ] S3. - safeguard issues [ ] SF. - Financial intermediary projects, social development funds, community driven development or similar projects which require a safeguard framework or programmatic approach to address safeguard issues. F. Disclosure Requirements EnvironmentalAssessment/Analysis/Management Plan: Date of "in-country" disclosure Date of distributing the Exec. Summary of the EA to the Executive Directors (For category A projects) Expected 5/1/2 3/5/21 3/12/21 t Applicable Resettlement Action Plan/Framework. Date of "in-country" disclosure Expected Actual Actual 5/16/2 3/22/21 3/21/21 t Applicable

6 6 Indigenous Peoples Development Plan/Framework: Expected Actual Date of "in-country" disclosure Pest Management Plan: Expected Actual Date of "in-country" disclosure Dam Safety Management Plan: Expected Actual Date of "in-country" disclosure If in-country disclosure of any of the above documents is not expected, please explain why. Signed and submitted by Name Date Task Team Leader: Victor B. Loksha 26-Feb-3 Project Safeguards Specialists 1: Victor B. Loksha/Person/World Bank 26-Feb-3 Project Safeguards Specialists 2: Project Safeguards Specialists 3: Approved by: Name Date Regional Safeguards Coordinator: Alexandre Marc 27-Feb-3 Sector Manager Henk Busz 27-Feb-3