Lukhuni Hpp Cascade Project Stekeholder Engagement
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Photo by Giorgi Kekenadze LUKHUNI HPP CASCADE PROJECT ENVIRONMENT AND SOCIAL IMPACT ASSESSMENT REPORT STEKEHOLDER ENGAGEMENT PLAN Prepared by SRF Gamma Tbilisi, 2012 TITLE PAGE Project Title: Lukhuni Hydropower Cascade Project Document Title: Environmental and Social Impact Assessment ‐ Stakeholder Engagement Plan Prepared by: SRF Gamma Date Prepared: February, 2012 Project Manager: Vakhtang Gvakharia, President SRF GAMMA SCIENTIFIC‐ RESEARCH FIRM GAMMA Contents Glossary 1 Introduction ........................................................................................................................................... 1 2 Project Description ................................................................................................................................ 2 3 Stakeholder Engagement ‐ National and International Regulations and Requirements ................... 5 3.1. Stakeholder Engagement ‐ National Requirements for Public Participation ..................................... 6 3.2. Stakeholder Engagement ‐ EBRD Policy/IFC Performance Standard .................................................. 7 3.3. International Conventions for Public Participation ............................................................................. 7 4 Project Stakeholders ............................................................................................................................. 7 5 Consultation Activities .......................................................................................................................... 8 6 Disclosure of documentation ............................................................................................................... 9 7 Public notification ............................................................................................................................... 10 8 Resources and Responsibilities ........................................................................................................... 10 9 Grievance Mechanism ......................................................................................................................... 11 10 Monitoring and Reporting .................................................................................................................. 13 11 Contact Details for the Public .............................................................................................................. 13 ANNEX 1. LIST OF STAKEHOLDERS ANNEX 2. PUBLIC GRIEVANCE LEAFLET SCIENTIFIC‐ RESEARCH FIRM GAMMA Glossary EBRD European Bank for Reconstruction and Development EIA Environmental Impact Assessment ESIA Environmental and Social Impact Assessment ESAP Environmental and Social Action Plan MoE Ministry of Environment Protection SEP Stakeholder Engagement Plan NTS Non Technical Summary NGO Non‐governmental organization SCIENTIFIC‐ RESEARCH FIRM GAMMA Page | 1 1 Introduction Rusmetali Ltd plans to construct a 30.3 MW cascade of small hydro power plant cascade (Lukhuni 1, Lukhuni 2 and Lukhuni 3) in the gorge of the Lukhuni River. Figure 1.1 Location of the project The project design of the cascade is developed by Stucky Caucasus Ltd. Construction and operation of the Lukhuni HPP cascade is in full compliance with EC European Energy Policy adopted in 2007 and the UN framework convention on Climate Change (enacted by Kyoto Protocol in 2005), which appeals to all states to concentrate efforts towards increasing of energy consumption efficiency through increased utilization of renewable energy sources and decrease of environmental degradation. Construction of the HPPs and provision of the grid with additional power will facilitate economic grow in the region. On construction and operation phases will be established number of work places favoring to employment of local population and improvement of their economic conditions. Execution of the project will help the region to preserve existed jobs and businesses (including service sphere), what on its side will promote improvement of life conditions of laborers. Besides, local budget will receive taxes paid for water use, as well as taxes paid by service provides delivering their services to the HPPs. On the broader scale, the HPP cascade will contribute to reduction of power import and increase power export to the neighboring countries. Under the Georgian legislation implementation of the project under consideration requires authorization from the Ministry of Environmental Protection of Georgia. The authorisation (impact permit) is issued based on consideration of the documents picturing expected impact on the biophysical and socio‐economical environment with indication of mitigation measures to reduce adverse effect and SCIENTIFIC‐ RESEARCH FIRM GAMMA Page | 2 description of cumulative and residual impacts expected on construction and operation stages of the project. With consideration of potential involvement of International Financial Institutions in the project assessment of impact on natural and social environments has been carried out with consideration of the both – national and international requirements, such as those set in the EBRD’s environmental and social policy (ESP). With consideration of that documents developed during the ESIA process include Environmental and Social Impact Assessment (ESIA) and a Stakeholder Engagement Plan (SEP). This document presented the Stakeholder Engagement Plan for the Lukhuni HPP project and details Rusmetal’s consultation activities to date and its future plans for the Project disclosure and stakeholder consultation in respect of the new development. This SEP is designed to ensure that Rusmetal identifies all stakeholders with an interest in the Project, and can engage these stakeholders during the development and life of the Project. This SEP therefore outlines the company’s previous consultation activities and future plans to engage with stakeholders during pre‐construction, construction and operational phases of the Project. Stakeholder engagement includes: 1. The provision of relevant, timely and accessible information to stakeholders in a culturally appropriate and understandable format; and 2. Consultation with stakeholders on their opinions, concerns, preferences and perceived gains and risks with respect to the Project planning and implementation, including the design and proposed management and mitigation measures to reduce potential impacts and to enhance possible benefits. 3. A grievance mechanism to guide Rusmetal’s response and resolution process for stakeholder concerns or grievances. This SEP therefore describes the: • National and good international practice requirements for public consultation and disclosure that the Rusmetal will conform to; • Project stakeholders that have been identified; • Strategy, format and timetable for consultation and information disclosure; • Ruemetal’s resources and management structure for developing and implementing the SEP; • Grievance mechanism(s) for stakeholders, and: • Means of reporting on consultation and disclosure activities. 2 Project Description Rusmetal Ltd is developing Lukhuni HPP cascade consisting of three HPPs: Lukhuni 1 (10.8MW); Lukhuni 2 (12mW) and Lukhuni 3 (7.5MW). HPP1 – Two intakes will be built. One on the Lukhunistskali, another on the Lashaturi, both located at 1485 m above datum. Water from the Lashaturi intake will be delivered through tunnel to the main free flow tunnel. The tunnel from the Lukhunistskali headworks to the power penstock forebay will be 10.5 km long with diameter – 2.5‐3.0 m. Two penstocks (diameter 600mm, length 1.4km) will deliver water from the forebay to two Pelton turbines. The power station will be arranged within the above‐floodplain terrace at 1150 m above datum. Design water flow of the HPP is 4.01m3/sec, design head ‐ 335 m, installed capacity – 10.8 MW, average annual power generation – 66.07 mln kW. Along with the mentioned facilities 10/35kV substation and 16.8km long 35kV overhead transmission line connecting the HPP1 substation to the HPP2 transmission line will be built. HPP 2 ‐ Headworks will be located on the Lukhunistskali at 1150 m above datum. The scheme includes: diversion tunnel (length‐ 5.3 km, diameter – 3.0 m), penstock forebay, two penstocks (length 700m, SCIENTIFIC‐ RESEARCH FIRM GAMMA Page | 3 diameter 600 mm) delivering water to two Pelton turbines and power station built within above‐ floodplain terrace (890 m above datum). Design water flow of the HPP is 7,0m3/sec, design head ‐ 286m, installed capacity – 12.0 MW, average annual power generation – 73.58 mln kW. Along with the mentioned facilities 10/35kV substation and 2291m long overhead transmission line connecting to the 35 kV substation of Uravi will be arranged. Figure 2.1. Location of the main components of the scheme HPP3 ‐ Headworks will be located on the Lukhunistskali at 885 m above datum and provide design flow to the free low derivation tunnel. Length of the circular section tunnel is 6.7 km, diameter – 3.0 m. The tunnel will connect to the penstock forebay. Two penstocks (length 830m, diameter 700m) will deliver water to two Pelton turbines. The power house will be built within the above‐floodplain terrace at 765 m above datum. Design water flow of the HPP is 9.6 m3/sec, design head ‐ 120 m, installed capacity ‐ 7,5 SCIENTIFIC‐ RESEARCH FIRM GAMMA Page | 4 MW, average annual power generation – 46.03 mln kW. The scheme also comprises 10/35kV substation and 1.9 m long 35kV overhead transmission line connecting to 35 kV substation of Sori. All substations