(ESDD) for 252 MW Wind Power Project in Thoothukudi District, Tamil Nadu

FINAL REPORT

Environmental and Social Due Diligence (ESDD) for 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu

By Engie and Vivid Solaire Energy Private Limited

Prepared for: L &T Financial Services

Prepared by: Arcadis India Private Limited

Inc. Langdon & Seah | Hyder Consulting | EC Harris | SENES

CONTACTS DR BIPAL JANA Principal Consultant [email protected] Arcadis India Private Limited 3rd Floor, Tower B

Logix Techno Park, Sector 127, Noida-201304, India

QUALITY ASSURANCE Issue Number Date Prepared By Technical Review Authorised by /Status Mousumi Mondal 001-Draft V.01 Jan 2020 Dr. Bipal Jana Dr. Bipal Jana Bonhisikha Banerjee Mousumi Mondal 002-Draft V.02 Feb 2020 Dr. Bipal Jana Dr. Bipal Jana Bonhisikha Banerjee 003-Draft V.03 Feb 2020 Mousumi Mondal Dr. Bipal Jana Dr. Bipal Jana Mousumi Mondal 004-Final V.01 Mar 2020 Dr. Bipal Jana Dr. Bipal Jana Bonhisikha Banerjee

GRM Disclosure Published ESDD report for 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu project of M/s Engie Group conducted by Arcadis India Pvt Ltd engaged by L & T Financial Services. The study was conducted during December 2019. ESDD report was framed according to the E & S guidelines of AIIB. ESDD study has been conducted based on the site visit in and around project region, review of the project related documents/ information, other study reports and stakeholder consultations with Engie representatives, EPC contractor & other contractors, landowners, and others. The interpretation of data and judgment is based on the professional experience and represent professional opinion of the interpreter. The project’s ESDD have been disclosed for public views, comments, and grievances (if any) for the project and project-affected people on the website of L&T Financial Services in English. Paper copy of this report shall be maintained at project site office. For matter of any grievances, the Investment Manager L&T Financial Services can be contacted through https://www.ltfs.com/companies/lt-infra-finance/contact- us.html

Confidentiality:

This report is strictly confidential and is to be used exclusively by its investors (L & T Financial Services and others) and by M/s. Engie Group and not be shared with any other party without prior written permission from Arcadis. Reproduction of any part of the report may attract legal action.

Disclaimer: Information contained in this report is based on the observations during survey and interview with stakeholders. The interpretation of data and judgment is based on the professional experience and represent professional opinion of the interpreter.

ABBREVIATIONS AIIB Asian Infrastructure Investment Bank ASI Archaeological Survey of India CPCB Central Pollution Control Board CSR Corporate Social Responsibility CTE Consent to establish CTO Consent to operate E&S Environment and Social EHS Environment Health and Social EMS Environment Management System ESDD Environmental and social due diligence ESIA Environment and Social Impact Assessment ESMS Environmental and Social Management System ESS Environment and Social Screening FI Finance Intermediaries GRM Grievance Redress Mechanism GSS Grid sub-station PSS Pooling Substation H&S Health & Safety HR Human Resources ISO International Organization for Standardization MoEFCC Ministry of Environment and Forest Climate Change MoM Minutes of Meeting MW Mega watt NDA Non-disclosure agreement NOCs No Objection Certificate NP National Park O&M Operation & Maintenance OEM Original Equipment Manufacturer OHS Occupational Health and Safety OHSAS Occupational Health and Safety Management Systems P.F Provident Fund PPA Power Purchase Agreement SEB State Electricity Board SEHS Social Environment Health and safety SNA State Nodal Agency SPCB State Pollution Control Board SPV Special Purpose Vehicle/Entity WLS Wildlife Sanctuaries

2 ESDD of 252 MW Wind Power Project at Kutch, Gujarat, India

CONTENTS 1 Introduction ...... 6 1.1 Objective and Scope of Work ...... 6 1.2 Applicable reference framework ...... 6 1.3 Description of the methodology followed for the assessment ...... 6 1.4 Overview of the Project ...... 7 1.5 Description of due diligence process ...... 8 1.6 Limitations of the report ...... 8 2 Project Company and Sponsors Description ...... 9 2.1 Descriptions of main implementing agencies ...... 9 2.2 PIU/ Sponsor and PIA/Beneficiary management of E&S issues, ESMS ...... 9 2.3 Social and environmental capacity assessment of the PIU/ Sponsor and PIA/Beneficiary ...... 10 3 Environmental and social impacts of project ...... 11 3.1 E&S categorization and rationale ...... 11 3.2 Environmental impacts ...... 11 3.3 Social impacts ...... 14 3.4 OHS and Community Health and Safety ...... 15 4 Disclosure and Stakeholder engagement ...... 17 4.1 Description of the E&S documentation disclosed for consultation, ...... 17 4.2 Consultations onsite ...... 18 4.3 Site visit and on-site observations ...... 19 4.4 Stakeholder engagement plan and stakeholder mapping for future activities ...... 20 4.5 Stakeholder feedback obtained in the course of this assignment ...... 20 5 Administrative Framework ...... 22 5.1 Country regulatory requirements ...... 22 5.2 Regulatory required monitoring and reporting requirements ...... 23 5.3 Overview of AIIB requirements applicable to the sub-project...... 24 6 Compliance with country safeguards system and AIIB requirements (ESP/ESS) ...... 26 7 Main environmental and social risks ...... 27 8 Environmental and Social Action Plan (ESAP) ...... 32 9 Recommendations ...... 39

ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

LIST OF TABLES

Table 4-1: List of Stakeholders ...... 18 Table 5-1: Statutory Clearance Required and Organization Responsible for Procuring ...... 22 Table 5-2: AIIB Environmental and Social Performance Standards ...... 24 Table 6-1: Statutory Clearance Required ...... 26 Table 7-1: Impact Aspect Matrix for Construction and Operation Phase ...... 28 Table 8-1: Environment and Social Action Plan ...... 32

LIST OF FIGURES

Figure 1-1: Methodology adopted for Completion of ESDD ...... 7 Figure 2-1: Details of Engie Group (Project Implementor) ...... 9

APPENDIX Annexes: ...... 40 Appendix A: sample of PPA for SECI III and SECi IV ...... 41 Appendix B: Stakeholder Consultation in detail ...... 43 Appendix C1: Sale Deed ...... 46 Appendix C2: Lease Deed ...... 48 Appendix D: VEstas Statutory compliance documents ...... 50 Appendix E: Approval for Energisation CEA 230kV Line ...... 51 Appendix F: Approval for Energisation CEA PSS ...... 52 Appendix G: Approval for Electrical Installation ...... 53 Appendix H: Section 68 Approval from CEA - Betam ...... 54 Appendix I: Approval for high tension power line route ...... 55 Appendix J1: DG emission certificate ...... 56 Appendix J2: Quotation of HW waste vendor ...... 57 Appendix J3: NoC from AAI for height Clearance ...... 58 Appendix K: sample pf Incident Details register - Vivid Solaire Wind Farm (Engie Project) . 59 Appendix L: Training details ...... 61 Appendix M: HSE Organanogram - Vivid Project (Engie) ...... 65 Appendix N: Grievance register ...... 66

Appendix O: Contract Labour License - Vestas Project ...... 67 Appendix P: Inter State Migrant Labour License ...... 68 Appendix Q: Crane Service Contract-Thattaparai- ENGIE - 42 WTGs_V1 ...... 69 Appendix R: GIS PO sample- TECHNO ELECTRIC ...... 70 Appendix S: logistics route map ...... 71 Appendix T: Contractor contact details ...... 73 Appendix u: Hospital tie up ...... 74 Appendix V: Vestas BOCW NOC - Kshema ...... 75 Appendix W: Monthly ESAP complaince sample ...... 76 Appendix X: Final procured WTG locations (till the date of site visit) ...... 77 Appendix X1: snapshot of Migratory Season Bird and Bat Monitoring for Thootokudi Wind Farm Tirunelveli ...... 85 Appendix Y: Soil Testing reports & water test reports snapshot ...... 86 Appendix Z: AIIB Risk Assessment tool ...... 90 Appendix Z1: Photolog ...... 132

ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

1 INTRODUCTION

ENGIE Group (hereinafter referred to as ‘ENGIE’) via its Special Purpose Vehicle (SPV) Vivid Solaire Energy Private Limited India (hereinafter referred to as ‘VSEPL’) is the Project Developer and L&T Financial Services has commissioned Arcadis India Private Limited (hereafter referred to as ‘Arcadis’) to undertake an Environmental and Social Due Diligence study of a 252 MW wind power project (hereinafter referred to as the ‘ESDD’) in Thoothukudi district of Tamil Nadu. The Project is being developed by VSEPL with Evergreen Power Private Limited and Cape Infrastructure Private Limited. The wind turbine generators (WTGs) for the Project is being developed by Vestas Wind Technologies Private Limited (Vestas Wind System 2.2MW V120 50Hz) with a total of 126 wind turbine generators. The 126 WTG locations are spread across 30 villages in Thoothukudi district of Tamil Nadu. Generated power from the Project will be evacuated through a 13.9 km long 220 kV line from the Pooling Sub- station (PSS) of the Project to the existing 400/230 kV Grid Sub-station (GSS) of Power Grid Corporation of India Limited (PGCIL) at North Vandanam in Tuticorin, Tamil Nadu. Company has already acquired evacuation permissions for this ongoing project of 252 MW. As a pre-requisite, the power evacuation infrastructure has to be developed along with WTGs as per PGCIL guidelines. ENGIE has hired Vestas Wind Technology India Pvt Ltd. for WTG and transmission lines construction. ENGIE has hired Evergreen Infrastructure Pvt Ltd. for procurement of land; and ENGIE has hired CAPE Infrastructure Pvt Ltd. for development of access roads. L & T Infrastructure Finance Company Limited acting in its capacity as the Lender for the project. ESDD was carried out in December 2019. Arcadis India Private Limited (hereinafter referred as Arcadis) was appointed by L & T Infrastructure Finance Company Limited to undertake an Environmental and Social Due Diligence (ESDD) study of the ongoing Wind power project of Engie in accordance with AIIB Performance Standards and national environmental laws and regulations.

1.1 Objective and Scope of Work • Identify the major issues that may arise as a result of proposed works on biophysical, socioeconomic and cultural environment of the project area. • Recommendation on the environmental and social issues • Addressing the requirements of AIIB reference framework. • Project E&S Risk Categorization (Category A/B/C) based on the associated impacts with rationale.

1.2 Applicable reference framework The applicability of the Asian Infrastructure Investment Bank (AIIB) standards was studied based on the project related legal documents made available, site observations, stakeholder consultations and ESIA report. The Asian Infrastructure Investment Bank (AIIB) has laid down three associated mandatory environmental and social standards (ESSs) to be complied for multilateral development support for infrastructure development and improvement: • ESS 1: Environmental and Social Assessment and Management. • ESS 2: Involuntary Resettlement • ESS 3: Indigenous Peoples

1.3 Description of the methodology followed for the assessment The site visit to this wind power plant was conducted on 15th and 16th December 2019 by professional from Arcadis India viz. Environment expert Mousumi Mondal and Social expert Bonhisikha Banerjee.

6 ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

The due diligence report has been prepared based on Environmental and Social Safeguards Framework (ESSF) of AIIB Asian Infrastructure investment Bank guidelines, consultation with locals and status of regulatory permits received by the project developer. The methods followed for the preparation of due diligence report has been discussed in this section.

Figure 1-1: Methodology adopted for Completion of ESDD

Interact with Engie and EPC contractor to understand objective of the study along key environmental and social parameters

Develop Work Plan and Communication channels to ensure smooth flow of information between Engie and EPC contractor and other sub-contractors

Study the available ESIA Study the due deligence Understand the statutory and other relevant checklist to ascertain key requirements associated documents for key E&S E&S parameters that needs with the project site risks and proposed to be reported mitigation measures if any

Site visits

Check Mitigation Identify any other risk Documentary evidence Measures being that has not been and stakeholders implemented at site covered in previous consultation studies

Report finding as per due deligence checklist prepared by Arcadis and shared with lenders

Summarise the findings and further action in form of Report

1.4 Overview of the Project M/s Vivid Solaire Energy Private Limited (ENGIE Group) is investing in a 252 MW Wind Energy Project spread across 30 villages in Thoothukudi district, Tamil Nadu State. Total 126 Wind Turbine Generators (WTGs) of 2 MW capacities are being installed at these sites (till the date of Site visit, 103 WTG locations were procured). All 103 WTG locations were allotted to Vestas for development of wind farm.

The remaining locations of total 126 proposed WTGs has been identified; land documents have been received for legal due diligence. Locations are in the process of land document verification as well as under legal due diligence process before executing land lease agreement. The same Is incorporated in updated report.

The Land required for the proposed WTGs, access roads and Electrical substation is being developed on private Land. Purchasing of private land is in process. As a pre-requisite, the power evacuation infrastructure has to be developed along with WTGs as per PGCIL guidelines.

ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

Company has awarded EPC contract to Vestas Wind Technology India Pvt Ltd. for WTG and transmission lines construction; and has hired Evergreen Infrastructure Pvt Ltd. for procurement of land; and CAPE Infrastructure Pvt Ltd. for development of access roads.

L & T Infrastructure Finance company Limited (‘Lender”) acting in its capacity as the lender for the project.

1.5 Description of due diligence process Documentation review is an integral part of this assignment includes review of the documents/ information as provided by M/s Vivid Solaire Energy Private Limited (ENGIE Group). Project is in a mix of Preconstruction (land acquisition), Construction and Operation stages across the total 126 WTGs Consultation was carried out with M/s Engie officials, EPC contractors, HSE officers, Sub contractors, Labourers, land aggregators and land sellers.

1.6 Limitations of the report This report has been prepared based primarily on the information provided to Arcadis by Engie and their contractor(s). The completeness of the work is contingent to a large extent upon the accuracy, correctness, completeness and fitness for purpose of the information provided by Engie, and whilst Arcadis have sought to evaluate this completeness and robustness where practicable, we make no assurances, representations as to, or assume any responsibility for, the accuracy, correctness, completeness or fitness for purpose of the data itself. Where specific concerns regarding the data have been identified, these are raised in this report. The findings presented in this report are based on a review of documentation as provided by project developer and EPC contractor. Key documents include but are not limited to the Environmental and Social Impact Assessment (ESIA) Report, as well as other documents as listed in Section 4.1

8 ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

2 PROJECT COMPANY AND SPONSORS DESCRIPTION

2.1 Descriptions of main implementing agencies ENGIE is a French multinational electric utility company, headquartered in La Défense, Courbevoie, which operates in the fields of electricity generation and distribution, natural gas, nuclear and renewable energy. Further details about ENGIE group are provided in Figure 2-1.

Figure 2-1: Details of Engie Group (Project Implementor)

Source: Engie Power website

2.2 PIU/ Sponsor and PIA/Beneficiary management of E&S issues, ESMS As informed by Engie officials their ESMS has been developed by VSEPL EHS Personnel with assistance from external consultant and/or ENGIE holding. Engie has implemented an effective Environmental and Social Management System (hereinafter referred as ESMS) to continuously manage and communicate the potential social and environmental impacts and risks imposed on the project employees (direct and indirect) and the local communities residing in the immediate vicinity of the project area and residents of the project villages. The outcomes of the Environmental and Social Impact Assessment has been used to formulate an Environment and Social Management Plan.

Engie has deployed HSE Engineer from Owner’s Engineer who monitor the implementation and report to the HSE manager of Engie. Based on that HSE manager report to the Engie India management as well as Regional HSE manager who reports to the Global care division.

ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

2.3 Social and environmental capacity assessment of the PIU/ Sponsor and PIA/Beneficiary

Environmental capacity: Engie evolves in a world where environmental issues are multiplying. Risks related to climate change, overexploitation of natural resources including water, biodiversity loss and air pollution are central concerns for the Group and the resilience of its activities. Environment is one of the key CSR issues for Engie. It is committed to identifying its impacts on the environment, implementing action plans to avoid, reduce and, if necessary, compensate them while optimally managing the resources at its disposal. The environment covers multiple dimensions such as: • Climate change, in particular the global warming of the atmosphere and oceans but also the increase in frequency and intensity of extreme climatic events. • Change in the atmosphere with increased emissions of greenhouse gases. • The management of water resources whether it is fresh, drinkable or wastewater treatment or wastewater. • Biodiversity management in different environments or territories potentially impacted by their activities. • The management of air quality and the issues of green mobility. • The more general problem of intelligent management of all resources consumed and waste produced for a circular economy.

Social capacity: • Engaging with civil society • organising training programmes and support for business units • establishing a CSR marketing approach • regulatory changes and changing expectations in society • Engie group is doing more to help overcome the challenges faced by businesses and wider society. Its work is intensifying in three areas: enhanced dialogue with stakeholders in every area of its business, human rights in a globalized economy, and the increased responsibility companies bear towards their upstream (suppliers) and downstream (customers) supply chains. ENGIE considers these issues to be risks that could turn into problems but also, and perhaps more importantly, as opportunities to see their business grow through more responsible and sustainable methods.

10 ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

3 ENVIRONMENTAL AND SOCIAL IMPACTS OF PROJECT

3.1 E&S categorization and rationale

AIIB’s Categorization

The Bank determines the Project’s category by the category of the Project’s component presenting the highest environmental or social risk, including direct, indirect, cumulative and induced impacts, as relevant, in the Project area. The projects are screened on the following categories:

Category A Projects: A Project is categorized A if it is likely to have significant adverse environmental and social impacts that are irreversible, cumulative, diverse or unprecedented. These impacts may affect an area larger than the sites or facilities subject to physical works and may be temporary or permanent in nature.

Category B Projects: A Project is categorized B when: it has a limited number of potentially adverse environmental and social impacts; the impacts are not unprecedented; few if any of them are irreversible or cumulative; they are limited to the Project area; and can be successfully managed using good practice in an operational setting;

Category C Projects: A Project is categorized C when it is likely to have minimal or no adverse environmental and social impacts. The Bank does not require an environmental and social assessment, but does require the Client to conduct a review of the environmental and social implications of the Project;

Category FI Projects: A Project is categorized FI if the financing structure involves the provision of funds to or through a financial intermediary (FI) for the Project.

With respect to the intensity of impacts due to project activities on environment, resources, biodiversity, labours and community, the project can be categorized as Category B (as per AIIB’s Safeguard Categorization of projects), which specifies that project is expected to have limited number of potentially adverse environmental and social impacts and the impacts are not unprecedented which can be mitigated by adopting suitable mitigating measures

3.2 Environmental impacts • Based on data from the Central Ground Water Board the project area falls under “Safe” ground water zone. Water tankers will be utilized for water sourcing. Project proponent to ensure water procurement from authorized vendor/ or have a valid water purchase agreement. Major water body Thamirabarani river is located within 6-8 km from SECI 4 Project Site. However, the project proponent sources construction water from the water tankers (monthly water purchase receipts to be provided to Arcadis shortly as promised my Site Representative) while drinking water from the packaged drinking water supplier for all. • As informed by plant personnel, no ground water due to plant operation will be drawn during operation/ construction phase for any purpose. So, lowering of groundwater table is not likely to be an environmental impact. In addition, it is recommended as a best practice measure, rainwater harvesting should be implemented at proposed Site to conserve storm water and help in recharge of ground water. • Since water demands during the operation phase will be met through usage of tankers and water bottles, and groundwater resources will not be affected during the operation phase, the overall significance of impacts on water availability due to operational activities is assessed as negligible.

ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

• No Pre-construction DPR is present. The google-earth imagery with WTGs’ co-ordinates was shared with Arcadis. As confirmed by Engie, as far as storm water drainage is concerned, PSS has well developed drainage system. However, WTG location won’t have storm water drainage system. • As the land procurement and planning of construction is executed prior to construction activity, the amount of land where land use pattern will be affected is known before hand and mostly will be change across the lifecycle of the project. • The main land use for the WTG locations is primarily private land which is either mono crop land or barren land or as grazing land for livestock, therefore the land resource sensitivity is assessed to be medium. On day of site visit total 103 WTG locations had been finalized with approx. 4.2 acres of land provided for each WTG and 10 acres extra for construction of PSS. The acquired/ to be acquired land is completely private land ownership. • Soil is used for agricultural activities, Therefore, the impact magnitude and resource sensitivity are assessed as medium. Also, considering that the project site falls near a coastal area and experiences rainfall during the monsoon season (>500 mm/year), the impact significance of soil erosion is considered to be moderate and the residual impact significance is considered to be minor. • Soil testing of all the finalized WTG locations have been done and provided to Arcadis for review. Hence, the proposed land is feasible, and the soil is good for the development of wind power project. Water quality tests had also been conducted and water tests report has been submitted to Arcadis for review. • As waste will be generated during the construction and decommissioning phases at labour camps and project office canteen/resting facilities, along with hazardous waste being generated due to use of oils and fuels, the sensitivity is assessed as medium during the construction phase. Based on the above, after incorporating the embedded control, the residual impact significance is considered to be minor. As per Site representative, one approved Hazardous Waste Management vendor (approved under State Pollution Control Board) has been contracted for collection and proper disposal (quotation with the vendor has been shared with Arcadis). • Since there are no WTGs with receptors within 500 m (location of 20 WTGs which had receptors within 500 meters during ESIA study were changed) which will be affected by the impact on air due to the construction activities, the receptor sensitivity has been assessed as minor. The impact on air quality will be local and short-term, restricted to the construction period based on that the overall impact assessment is assessed to be minor. Based on the above the impact after incorporating the embedded control the impact significance is considered to be minor. DG stack monitoring in done and the report is provided to Arcadis and the results complies to the Standards. • Given the guidelines of 30 hours or less per year is considered to be acceptable, the operation of the wind farm theoretically results in shadow flicker impacts that could be considered as significant for the purposes of this study. As per the results in ESIA study it shows that theoretical shadow flickers impact in real case scenario occur at 1 shadow receptor out of total 76 receptors identified within the 500 m zone around the WTGs, whereas in the worst case scenario 11 shadow receptors would be affected. In the real case scenario, maximum shadow flicker would occur at receptor located close to the wind turbine #027, with a maximum of 51:03 hr/year. All other receptors would have shadow flicker less than 30:00 hr/year in real case scenario. Considering the small impact magnitude for 1 receptor and negligible for all other receptors, the impact significance is minor to negligible. Having said that, it is important to note that all those WTG locations which had receptors within 500 meters range were shifted to new locations (new location co-ordinates and kmz map has been shared with Arcadis and provided in the report in the following sections).

12 ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

• As seen in the ESIA report provided, during the ESIA study there are 20 settlements/structures within a 500m radius of the WTGs leading to noise levels to increase near those settlement during the construction phase. The noise levels will likely increase at other settlements as well when vehicles and heavy earth machinery that are associated with the project utilise village roads (both bituminous and non-bituminous) to get to the WTG locations. Therefore, the impact magnitude is considered to be medium. Taking the above facts into account, the overall impact significance for ambient noise levels during the construction phase has been assessed to be moderate. Having said that, it is important to note that all those WTG locations which had receptors within 500 meters range were shifted to new locations (new location co-ordinates and kmz map has been shared with Arcadis). Based on the above, after incorporating the mitigation measures the residual impact significance is assessed to be minor. • In concern to ecological impacts, the flora found in the region is dominated by Prosopis and Acacia, which are dry climate specialists and found across the country. No threatened or protected flora was found in the 5 km study area. The footprint of the Project site, however, is dominated by barren land, agricultural land and some bush scrub. Large mature trees are limited to homestead plantations around existing villages and will be largely left alone, as understood based on consultations with the site staff. The existing Reserve Forests will not be impacted by the proposed wind farm and mature trees located immediately outside the sanctuary boundaries are not going to be cleared for the Project. As the mature trees will be minimally affected by the proposed vegetation clearance and there are no threatened, near threatened or data deficient species found in the 5 km study area that will be directly impacted by the vegetation clearance, the habitat sensitivity has been assessed as low. The species sensitivity has also been assessed as low because only Least Concern (LC) species will be directly impacted by the vegetation clearance. The loss of the trees will not be occurring and will not have a significant effect on the viability of the habitat because agricultural land has been preferred for the Project siting. No tree clumps or forest land is going to be impacted by the Project. • During ESIA study, it is being seen in the furnished report that the avifaunal species sensitivity has been assessed as medium due to the presence of near threatened and protected species. Therefore, for the entire stretch of project, Bird & Bat Mortality Survey has been carried out for the year 2018-2019 for all three seasons. The report for the same is to be submitted to Arcadis for assessment shortly. Based on the Interim Report and as per interaction, Impact on avian biodiversity is going to be minimal as the project developer has implemented adaptive measures like: (1) Till date 1200 no’s of Bird diverters has been installed in EHV (230kv TL) of 35 Km to avoid bird Collison with the conductor; (2) Till date 3000 no’s of Perch rejecters has been installed in 33 kv line cut point to avoid bird Collison with energized line. This is specially being ensured to discourage perching of peacocks which are found fairly often in and around the Site. • As per confirmation from Site Representative and as per visual inspection of the Site, no ecological sensitive area like National Park and Wildlife sanctuary exists within the study area (10 km around project site) and sites are not reported to be falling along the migrant route of any threatened/protected wildlife • During site assessment it was seen that there is no archaeological important site, protected by Archeological Survey of India or from the State Government in and around the site. (geographical coordinates of all the final WTG locations procured and finalized till date has been shared with Arcadis assessors along with the kmz map. • In ESIA report it was mentioned that a solar power plant is within 500 m from Site, but the same WTG location has been changed to avoid being in its vicinity as confirmed by Site personnel.

ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

3.3 Social impacts • As Corporate Social Activities it is recommended to M/s. Engie to support the CSR initiatives that should be implemented in the project affected villages; activities such as development and improvement of the educational and medical facilities in the area wherever necessary. • Labours are subcontracted under Vestas. Project proponent has also ensured the welfare facilities for the workers such as drinking water, labour accommodation, medical tie up, ambulance facility etc. • The project creates job opportunities for local people. The impact significance can be termed as “Positive”. To the extent feasible, preference is given to local population for employment opportunities especially for unskilled activities. Unskilled and semi-skilled labours are hired from the nearby villages. Whereas skilled labours and engineers are migratory. Contractors are made aware of all its policies for labour requirements and have been duly incorporated in their contracts prior to the starting of the project. Engie with the help of Vestas monitors the implementation of the policies on regular basis. • Engie with Vestas should conduct internal audits as and when required to monitor the performance of contractor. • For the entire 252 MW project, there are total 126 locations for WTG. For every 126 WTG locations 4.2 acres of land is taken into consideration. On day of site visit total 103 WTG locations had been finalized with approx. 4.2 acres of land provided for each WTG and 10 acres extra for construction of PSS. The acquired/ to be acquired land is completely private land ownership. The land type is agricultural, monocrop and also barren land (govt circle rate varies from 1 lakh to 8 lakh per acre according to land type and village). Out of 103 WTG locations, 68 locations hand been purchased, and 35 locations had been acquired on lease basis for a period of 29 years (money had been paid for the entire lease period). For every piece of land that had been acquired compensation which is higher than the govt circle rate had been provided. • Land Sale Consideration receipt signed by landowner in stamp paper is procured by developer to rule out any misleading or unfair practice by land aggregators (if any). M/s Vestas ensures locals will be given priority of employment over migrant workers. Thus, the proposed project does not involve loss of livelihood. • Grievance Registers has been kept for the internal as well as external stakeholders and they raise their grievance in these registers. Till date they have received 14 no of grievances and out of which they have closed all 14. In the month of November 2019, they had received one grievance. • Cumulative impact during full operation stage should be studied in greater details due to presence of various other developers like Vestas, Gamesha, GE etc • In total there are 17 sub-contractors, who provide labours for civil, mechanical, electrical, vehicle, guest house, security and generator set. The payment of the labours is done by the subcontractor and the record for the same is being maintained by M/s Vestas. As informed wage is according to the govt norms. Daily working hours for the labours is 8 hrs. There are total 88 security guards involved in the project at present and 350-450 labours on average during construction and as per need. Total number of workmen/ labours involved in the project Site which includes Engie, Vestas, security and daily labours is 644 in number at present. • As per the conducted stakeholder consultation during our site visit (land aggregators and few land sellers) land had been procured from General category, Backward Class, Most Backward

14 ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

Class, Scheduled Castes and few Scheduled tribes' people (non-indigenous group). It was informed that few project villages have SC & ST Population in major percentage (i.e. 70% of the population but majorly they are converted Christians) who have willingly sold their land for the project and all have got compensation of three to five times of the then government circle rate. In the consultation it was reflected that they are happy with the compensation amount and the area’s economy is also lifting up. Their alternate source of livelihood is small business, private company workers, agriculture and daily wage labours. Landless people in the project villages were only 10% of the population on an average. As of yet, no social risks are envisaged;

3.4 OHS and Community Health and Safety Construction Phase:

(A) Occupational Health & Safety Hazards for workers Occupational Health and safety hazard associated with project activities (during construction and operational phase) in wind power plant are identified as follows:

• Working at height: The maintenance activities for the turbines such as turbine service and repair will involve working at heights (≥ 2m). The workers engaged in such activities may fall or slip from the scaffolding or ladders which may result in minor injuries such as muscle sprain or major ones such as ligament tear, fractures, haemorrhage depending on the height at which they are working. • Electrical/ Fire Hazards: Turbine maintenance activities like motor/wire repairing will involve electrical work. The workers involved in such activities are susceptible to risks viz., electrical shocks, electrical burns, and fire and/or explosion hazards. Some of the risks are identified below: • Eye injuries: Retina damage due to flash or sparks emanating from the welding arc • Electrical shocks: Such incidents can occur when the fixing equipment in operation by the workers come in contact with live power lines etc. In some cases, it may lead to electrocution of the worker(s) involved in such works. • Electrical burns: They occur when the skin comes in contact with live power lines etc. The severity of the burn depends on voltage, current, time of contact etc. The burns can be classified as low voltage, high voltage, flash, flame, arc and oral burns depending on the factors. • Fire and/or explosion hazard: These can occur due to short-circuiting of power lines. The injuries can range from burns to death of the workers involved in the work. Facilities like drinking water, separate kitchen, fans, beds, toilets and power supply has been provided to the workers/labours in the labour accommodation set up in the project site.

Housing space: Adequate housing space for labours has been provided. As per International Labour Organisation (ILO) standards, the floor area of workers’ sleeping rooms should not be less than 7.5 square metres in rooms accommodating two persons, if a room accommodates more than four persons, the floor area should be at least 3.6 square metres per person. It is found that the labour camp complies to the standard given by ILO for labour accommodation.

Sanitation facilities for contract labourers: Proper functional toilets have been provided in the labour camp. The disposal of wastewater is managed by the septic tanks and soak pits constructed in the camp.

(B) Other Hazards

ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

The workers involved in activities such as loading and unloading of turbine components (spare components or discarded ones), crane operation (to move damaged components), storage and placing of turbine components etc. are susceptible to risks viz., physical injuries and trip/ fall hazards.

• Physical injuries: These can occur when workers involved in loading/unloading activities don’t adhere to proper ergonomics discipline. Injuries like muscle strain, ligament tear, slip disc can occur which may prove to be fatal. • Trip and fall hazards: The injuries are like those discussed under working at height. They occur when workers trip over/fall when debris etc. lies in the walkway/ passages. • Accident/ injury due to vehicle collision/ slip along terrain: Such incidents can occur during transportation of damaged or spare turbine components. • Electromagnetic field impact on workers: Magnetic fields result from the flow of electric current and increase in strength as the current increases, this can occur during laying of transmission lines. Considering the distribution of impact as within site, short duration and moderate intensity, the impact can be termed as Moderate during construction phase. Mitigation Measures:

Provide and ensure wearing of personal protective equipment’s such as gloves, helmets, ear plug, and safety belt.

• Ensure effective work permit system for critical activities such as electrical work and civil work. • Prepare emergency communication system and emergency preparedness plan. • Ensure proper sanitation facilities. • All work at height to be undertaken with sufficient illumination; Work permit system should be implemented for working at height (typically when working over 2 m above) and for hot jobs; etc. • Prior to undertaking work, integrity of structures should be inspected; Fixtures should be installed on tower components to facilitate the use of fall protection systems; • use of fall protection measures should be engaged for work at height; • Safety incidents should be recorded and monitored. • Wind turbines should be equipped with earthing system; • The substation should be provided with fire extinguishers and sand buckets at all strategic locations to deal with any incident of fire. • Access to areas containing exposed electrical equipment should be enclosed and posted with warning signs. • Documentation of the construction safety manual should be included in the contracts signed with the EPC and sub-contractors. Engie at its corporate level has formulated Emergency Preparedness plan to deal with health and safety issues during project life cycle of a wind farm. Emergency Preparedness and Plan for On-Site Emergencies: the plan has defined nature of emergencies that can be encountered during operation of a wind farm. Requirements of an Emergency Control Centre (ECC), firefighting facilities and medical facilities has also been detailed out. Roles and Responsibilities of personnel at site, communication channel to be followed, and procedures for different emergencies have also been detailed. Engie should ensure that all its hired contractors should abide by the requirements of plan formulated like undertaking mock drills, identification of first aiders and fire fighters, display of emergency numbers onsite etc. It was observed that Engie &Vestas implements all OHS requirements on Site.

16 ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

4 DISCLOSURE AND STAKEHOLDER ENGAGEMENT

4.1 Description of the E&S documentation disclosed for consultation, The report and relevant documents related to environment and social safeguards available with the developer have been reviewed and appraised. The documents included regulatory permits/approvals obtained and Environmental and Social Impact Assessment Report prepared. No cases of litigation reported during the planning, construction or current operation stage of the project. Following documents were examined and verified:

• ESIA report for 252 MW Wind power project spread across 30 villages in Thoothukudi district, Tamil Nadu State • Soil testing reports • land papers to demonstrate the land purchased to set up transmission towers in 13.9 km leading to GSS: RTU (Right to Use) of transmission tower land • SECI III and SECI IV PPA; SECI IV extension letter • Workman Compensation Insurance • Group personal accident insurance • Workmen/ labourers salary/ wage register, PF documents • Total manpower details • DG stack monitoring report • Water test report • Hazardous waste disposal authorized vendor quotation • EPC Occupational Health Safety and Environment Policy • EPC Health, Safety and Environment Manual • EPC Emergency Response Plan • EPC Grievance Procedure and grievance recording register • Incident/Accident reporting • Attendance register • Commissioning certificate • Land sale deed agreements and land lease deed agreements • First aid box inspection register • Grievance Record register • Workplace/induction training, Mock drill training, training related to introduction to PPE gears • Power Evacuation Approval to GSS • Approval for high tension power line route • Approval for electrical installations • Approval for energization • Emergency Preparedness and Response Planning • Visitors Register • Labour Licence and inter-state migrant labour license • NCES registration letter • Height Clearance NOC • Details of Subcontractor and their scope of work • Monthly ESAP compliance register • HSE organogram • Crane service contract • Hospital tie-up copy

ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

• Contractors contact details • Logistics route map • Techno-electrical equipment’s PO • Registration certification under BOCW

4.2 Consultations onsite Two-stage consultation process has been conducted towards preparation of the due diligence report, i) Consultation prior to the site visit to appraise about the project, and ii) Consultation during the site visit to ascertain the compliance procedures adopted or planning to be adopted by the developer for various safeguard issues observed at the site. Details of stakeholder consultation is given in Appendix B. Consultations was conducted during the ESDD study with the following stakeholders:

Table 4-1: List of Stakeholders

Sr. No. Name Designation Interview details Explained overall role of Vestas, 1. Major Bala Site Manager, Vestas process and policies that are being implemented Explained about the weekly reporting system, 2. Kandhasamy O&M Manager, Vestas organizational structure, Vestas policies Aravind Associates’ security Security incharge 3. Murugan procurement process, policy and (Aravind Associates) wage/ compensation register Parthipan M, Pandiyan, EHS policies & process, induction 4. Nanthakumar, HSE Engineer, Vestas process, good Anand & practices followed by Vestas Jayaraj

5. Bala Scada Personnel Facilitating SCADA room inspection

Over Site co-ordinator and Site representative facilitating the ESDD 6. Satish Chaturvedi Site Incharge, Engie audit and explaining overall process details of the project under Engie’s scope Explained land sale and lease Land acquisition 7. Raju Parmar process and legal requirements and incharge, Engie incorporations in the project Consultation about land selling Land Seller, land under compensation benefits and their 8. Mr. Selvam survey no. 116 satisfaction in the same, if any issues faced and their village community

18 ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

upliftment after project commissioning if any Land Seller, land under 9. Mr Durai survey no. 151 Consultation about land aggregation policies being implemented and how Land aggregator the land aggregators has to provide 10. Mr. Subhaih (provided land for 30 “Sale consideration receipt” duly WTG locations) signed by the land sellers in stamp paper has to be provided to Engie officials to rule out any foul play If any issues regarding benefits and Security Guard 11. Mr. Laxmana regular salary issuance by the (Aravind Associates) employer/ contractor Security guard 12. M.S. Mariappan (Aravind Associates)

4.3 Site visit and on-site observations The observations made during ESDD site visit and review of documents available on site and made available post site visit. Discussions with the site manager, O &M team, land aggregators, land sellers, and land acquisition team have been carried out. CSR activities are yet to be planned and implemented upon consultation with communities.

M/s Vestas has been appointed as an EPC contractor for the project. EPC contractor has internal policies and structure for addressing EHS issues at the corporate and site level. Monthly and weekly reports are generated in response to EHS issues that are observed at site during internal monitoring. As informed by Engie officials their ESMS is in place and duly incorporated at Site level. The SECI 3 & 4 project is of total capacity of 252 MW, the wind turbine generators (WTGs) for the Project is being developed by Vestas Wind Technologies Private Limited (Vestas Wind System 2.0 MW V120 50Hz) with a total of 126 wind turbine generators. The 126 WTG locations are spread across 30 villages in Thoothukudi district of Tamil Nadu. Generated power from the Project will be evacuated through a 13.9 km long 220 kV line from the Pooling Sub-station (PSS) of the Project to the existing 400/230 kV Grid Sub-station (GSS) of Power Grid Corporation of India Limited (PGCIL) at North Vandanam in Tuticorin, Tamil Nadu. Land acquisition started in December 2018 and land procurement has been done for 103 WTGs as on date; out of which erection, commissioned and operational is 26 WTGs (SECI 3) and foundation has been laid for more 50 WTGs. Thus, the project is in a mix stage of Preconstruction (land acquisition), Construction and Operation stages across the total 126 WTGs. Power Purchase Agreement (PPA) for the plant has been signed with Solar Energy Corporation of India Ltd. for a long-term period, as per Tamil Nadu Wind Power Policy. Approach road to the site is required to be constructed. Site is well connected with road network. The project sites area was found to be barren devoid of any settlements, agricultural activities nearby. The width for the current kutcha access roads is approximately 8-10 m in width. An access to the construction site is usually required prior to the mobilization of manpower and machinery. These access

ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

roads are linked with village main road and district major road. The settlements are more than 500 m away from the project site, so any problem is not anticipated in the operational stage of the project It was informed that during construction, at peak work activities around 350-450 workers are included. There are 88 security guards involved in the project. Total number of people/ labours involved in the project which includes Engie, Vestas, security and daily labours is 644 in number. On 30th November 2018 the Contract for the project was signed; on 29th March 2019 construction started and Commissioning date of the project of part SECI 3 is 22nd November 2019 and its’ 26 WTGs are operational. All permissions for power evacuation have been granted for the project. As conveyed by Vestas, Health Check-up is carried out by Vestas contractor before appointment of any labour and is conducted monthly as well. There is no labour camp set up for the project. Migrant Labours has given rented accommodation in the nearby villages. As reported during consultation Pick up and drop facility during working hours is provided by contractors. At present water is supplied by contracted local tankers. Details of Purchase Orders or water purchase receipts have not been provided to validate the source of water from which the local tankers procure. If the ground water will be used in future, approval shall be obtained from concerned regulatory authority such as CGWA. As per the site observations and during documentation review it was observed that EPC has their EHS policies and monitoring mechanism in place as per the developed ESMS.

4.4 Stakeholder engagement plan and stakeholder mapping for future activities As informed by Engie during ESDD audit, Engie shall develop broad level Stakeholder Engagement Plan to guide stakeholder engagement across the lifecycle of the project, demonstrating Company’s commitment towards its stakeholders while also addressing the requirements of the Asian Infrastructure Investment Bank (AIIB). The main objectives of the SEP are to: • Enable management to develop effective stakeholder management strategies for the proposed project to build longer term relationships so as to ensure smooth functioning of the projects; • To define and standardize the processes that the projects will use to communicate with respective stakeholders; • To ensure regular and timely sharing of information with project teams to spruce up their understanding and skills of engaging with the stakeholders; • Ensuring coordination in approach and message to be shared with the community regarding the company and the projects; • To assess the efficiency of the communication process in meeting the objectives of the Stakeholder Engagement Plan and ensuring the project’s ‘Social License to Operate’

4.5 Stakeholder feedback obtained in the course of this assignment

During consultation with Sub contractors, Migrant and local labourers, land aggregators, landowners the overall response was positive. The project has provided employment opportunities to the locals. The land purchase is undertaken on willing to sale and willing to buy basis. Reportedly, the compensation given for the purchased & leased land is above the existing government circle and market rates and no physical displacement is made for development of the project. As informed by Engie and

20 ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

its contractors no feedback is recorded of its stakeholders till date. It was advised during site visit to have a Stakeholder Engagement Plan to comply with this requirement.

Contact list of all 4 land aggregators:

1. LIT Energy Pvt. Ltd : R. Subbiah – 9841923999 2. Shankrish Promoters Pvt. Ltd: Mr.M. Kannan – 93600 38600 3. Krisva Plantations Pvt. Ltd.: Mr. G. Venkatesh – 89395 52323 4. Resi Construction Pvt. Ltd: Mr. Joseph - 8903459632

List of all Village Panchayats of final WTG locations:

S/No Village Panchayats name 1 Eppothum venran

2 Vittilapuram

3 Meenachipuram

4 Kompaiyapuram

5 Pasuvanthanai

6 Kuthiraikulam

7 Sillankulam

8 Kailasapuram

9 Om saravanapuram

10 Muramban

11 Osanuthu

12 Maniyachi

13 Poovani

14 Singathakurichi

15 Sekkarakudi

16 Kasilingapuram

17 Meenachipuram

18 Pottalurani

ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

5 ADMINISTRATIVE FRAMEWORK

5.1 Country regulatory requirements Unlike fossil fuel-based power generation, wind power does not lead to any harmful emissions during operation and no environmental clearance is required for wind power projects as per the EIA Notification 2006 and its amendments by the MoEFCC. But some statutory clearances are required to be fulfilled. Following table is indicated the clearances required.

Table 5-1: Statutory Clearance Required and Organization Responsible for Procuring

Sr. Particulars Applicability Remark No. Consent for establishment (CTE) and consent to 1. operate (CTO) from Madhya Pradesh State Not applicable - Pollution Control Board Any approvals / conversion order from any local / statutory authorities with respect to the Site and 2. Applicable Already Obtained use of the same for the construction & installation of wind power plant Will be obtained after 3. No-objection certificate from the local Panchayat Applicable completion of project Permission for laying power evacuation lines by 4. Applicable Obtained chief electrical inspector Agreement with CPCB/ SPCB authorized In process. Quotation Hazardous and Other Wastes (Management and Hazardous waste with authorized vendor 5. Transboundary Movement) Amendment Rules, recyclers need to be has been shared with 2016 obtained for safe Arcadis disposal of the waste oil/ transformer oil

6. Labour License Applicable Obtained

7. Power Purchase agreement Applicable Obtained

If required needs to be If required needs to be 8. Approval for extraction of Ground water obtained obtained Doesn’t involve any 9. Forests (Conservation) Act, 1980 and Rules 198 Not Applicable forest land Grant of connectivity from Power Grid 10. Applicable Obtained Corporation of India

11. NOC from AAI and Ministry of defence Applicable Obtained

Wind power projects are not covered under Schedule of the EIA Environmental Clearance with reference to notification, 2006 and 12. Environmental Impact Assessment (EIA) Not Applicable are, therefore, exempt Notification 2006 from EIA process for obtaining environmental clearance. With reference to the 13. Factory License under factories act 1948 Applicable factories act 1948, the same could be applicable as wind plant

22 ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

Sr. Particulars Applicability Remark No. generating, transforming or transmitting electrical energy and more than 10 workers are employed/working at site.

5.2 Regulatory required monitoring and reporting requirements Monitoring is one of the most important components of a management system. Continuous monitoring needs to be carried out for regulatory requirements, to monitor the environmental quality and to determine performance of proposed mitigation measures. Monitoring indicators have been developed for each of the activity considering the mitigation measures proposed. Indicators have been developed for ascertaining the environmental quality and the performance of the EMP implementation through Environmental Quality Indicators (EQI’s) and Environmental Performance Indicators (EPI’s) respectively. This focuses not only on quantifying or indexing activity-environment interactions but also may potentially impact the environment. At the same time, it also helps in comparing different components of environmental quality against previously established baseline status. Monitoring results would be documented, analysed and reported internally to Head- EHS Engie.

An environmental monitoring program with parameters and frequency location are given in the ESIA report shall be followed.

ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

5.3 Overview of AIIB requirements applicable to the sub-project. The AIIB has laid down a set of three Performance Standards (PS) and project developers need to comply with applicable PS while establishing the project. The provisions of the Performance Standards relevant to the wind power projects are summarized below:

Table 5-2: AIIB Environmental and Social Performance Standards

Title of Performance Performance Standard (PS) requirements in brief Engie Wind Power Project Standard The major objective of ESS 1 is to ensure the environmental and social soundness and sustainability of projects and to support the integration of environmental and social considerations into the project decision- making process and implementation. The scope of the environmental ESS 1 and social assessment and management measures are proportional to the risks and impacts of the project. The client is required to conduct Environmental and Social an environmental and social assessment for the proposed project to ESS 1 is applicable for the project Assessment and identify direct, indirect, cumulative and induced risks and impacts to Management physical, biological, socioeconomic and cultural resources in the project’s area of influence; these include impacts on air and water quality, including environmental health; natural resources, including land, water and ecosystems; livelihoods; vulnerable groups; gender; worker and community health and safety; and cultural resources. The objective is to avoid involuntary resettlement wherever possible; to minimize involuntary resettlement by exploring project alternatives; In all the 30 project villages involved, no Involuntary where avoidance of Involuntary Resettlement is not feasible, to Resettlement in encountered. Villagers were willing to sell Involuntary Resettlement enhance, or at least restore, the livelihoods of all displaced persons in their land and have sold their land on rate of three to five real terms relative to pre-Project levels; to improve the overall times more than the then government circle rate and are ESS 2 socioeconomic status of the displaced poor and other vulnerable happy with the compensation they have got. groups; and to conceive and implement resettlement activities as

sustainable development programs, providing sufficient resources to enable the persons displaced by the Project to share in Project ESS 2 is not applicable for the project. benefits. The study area located In Thoothukudi district and does The objective is to design and implement projects in a way that fosters not fall in any notified tribal area of Tamil Nadu state. In Indigenous People full respect for Indigenous Peoples’ identity, dignity, human rights, addition to this, it has also been informed by the project ESS 3 economies and cultures, as defined by the Indigenous Peoples proponent that no tribal land or land from vulnerable and themselves, so that they: (a) receive culturally appropriate social and marginalized section of society is being procured for the

24 ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

Title of Performance Performance Standard (PS) requirements in brief Engie Wind Power Project Standard economic benefits; (b) do not suffer adverse impacts as a result of project and its associated utilities. As of yet, no social risks Projects; and (c) can participate actively in Projects that affect them. are envisaged; ESS 3 is not applicable for the project

ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

6 COMPLIANCE WITH COUNTRY SAFEGUARDS SYSTEM AND AIIB REQUIREMENTS (ESP/ESS)

Table 6-1: Statutory Clearance Required Sr. Particulars Applicability Remark No. Consent for establishment (CTE) and consent to 1. operate (CTO) from Madhya Pradesh State Not applicable - Pollution Control Board Any approvals / conversion order from any local / statutory authorities with respect to the Site and 2. Applicable Already Obtained use of the same for the construction & installation of wind power plant Will be obtained after 3. No-objection certificate from the local Panchayat Applicable completion of project Permission for laying power evacuation lines by 4. Applicable Obtained chief electrical inspector Agreement with CPCB/ SPCB authorized In process. Quotation Hazardous and Other Wastes (Management and Hazardous waste with authorized vendor 5. Transboundary Movement) Amendment Rules, recyclers need to be has been shared with 2016 obtained for safe Arcadis disposal of the waste oil/ transformer oil

6. Labour License Applicable Obtained

7. Power Purchase agreement Applicable Obtained

11. NOC from AAI and Ministry of defence Applicable Obtained

Wind power projects are not covered under Schedule of the EIA Environmental Clearance with reference to notification, 2006 and 12. Environmental Impact Assessment (EIA) Not Applicable are, therefore, exempt Notification 2006 from EIA process for obtaining environmental clearance. With reference to the factories act 1948, the same could be applicable as wind plant generating, transforming 13. Factory License under factories act 1948 Applicable or transmitting electrical energy and more than 10 workers are employed/working at site.

26 ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

7 MAIN ENVIRONMENTAL AND SOCIAL RISKS

Table below represents the overall Activity Impact Matrix for the project activities and related impacted resources or receptors. The cells that are colored “red” denotes the likelihood to cause impact that is generated due to the interaction from project activities. It has a potential to cause significant effect on the resource or receptor and can alter the baseline conditions. All the other cells which are colored “white” are ‘scoped out’ as these may or may not generate any impact on interaction. These impacts are not significant enough to cause any baseline alterations. Cells highlighted in ‘orange’ indicates moderate impact, cell highlighted in yellow show low impact and cells highlighted in green show positive impact.

ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

Table 7-1: Impact Aspect Matrix for Construction and Operation Phase

PHYSICAL ENVIRONMENT BIOLOGICAL ENVIRONMENT SOCIO-ECONOMIC ENVIRONMENT

Resources & lit Receptors Sft Sft C fli t Heritage Land use Land Air Quality Air Agriculture O t it Topography Loss of land Noise Impact Physiography Aviation Hazard Avifauna habitat Visual Aesthetics Terrestrial habitat Local Drainage and Aquatic Habitat and Surface water quality Ground water Quality water Ground Top soil removal/ Soil Soil removal/ Top soil OccupationalHealth & Domesticated Animals Community Health and and Health Community Land based livelihoods based Land Ground water resources Cultural and behavioural and Cultural Local Job and Economic Economic and Job Local Common Property Usage Ecological Sensitive Areas

Project Activity Phase Sourcing and transporta tion of L M L L L L L L M M constructi on material etc. Construc Storage tion and handling of raw L L L L L L M material and debris Hiring of P P L labour.

28 ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

PHYSICAL ENVIRONMENT BIOLOGICAL ENVIRONMENT SOCIO-ECONOMIC ENVIRONMENT

Operation of DG L L sets Access road M L L M L L P L L constructi on Site Clearanc M L L L M P L e Foundatio n M L L L L P M excavatio n Transport ation of WTG compone M L L L M P M nts to site and storage Erection M M L L M L P M of WTG’s

Transfor M L L L L P M mer yard

ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

PHYSICAL ENVIRONMENT BIOLOGICAL ENVIRONMENT SOCIO-ECONOMIC ENVIRONMENT

constructi on Substatio n M L L L L P M constructi on Laying of transmissi M L L M M L P L M on lines Physical Presence at site during routine

inspection Operation and & operation Maintena of all nce WTG’s Periodic maintena nce of all M M WTG’s at every location

30 ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

PHYSICAL ENVIRONMENT BIOLOGICAL ENVIRONMENT SOCIO-ECONOMIC ENVIRONMENT

Maintena nce of ancillary facilities such as M M store, yard, site office, transmissi on lines Security of WTG’s L M P M M in operation Operation of wind M L L M M P turbines

Note: L= Low Impact, M= Medium impact, P= Potential impact

ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

8 ENVIRONMENTAL AND SOCIAL ACTION PLAN (ESAP)

• ARCADIS has conducted preliminary ESDD study at this stage and based on the information made available so far, ESAP has been recommended.

• In order to implement the ESAP, the on-site team should adhere to a time-bound and action-oriented Environmental and Social Action Plan to implement the mitigation measures provided for each of the identified environmental and social impacts. This ESAP should be monitored on a regular basis, and all outcomes would need to be audited in accordance with existing EHS commitments. The ESAP has been summarised in the Table 8-1 below.

Table 8-1: Environment and Social Action Plan

Project Optimization of specific Develop and environmental AIIB ESS1 Engie Group ESMS is implement an management already in ESMS Project specific ESMS is 1.1 Develop and though a place implement an formalized system. already in place ESMS Provide resources Voluntary and best for training and practice monitoring of emissions

2 Biodiversity and Living Natural Resources

As a part of Annual E&S Faunal and floral status Representation of Engie & Sub February 2.1 ESMS, visual AIIB ESS1 Performance already compiled during local fauna Contractors 2020 representation of Report to the Bank ESIA. For the entire the local flora and stretch of project, Bird &

32 ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

Environmental & Budget, Social Risks and Requirement Target and Resources, Benefits Evaluation Criteria No. Action Investment Timetable Status for Successful (Legislative, AIIB ESSs, Needs, Implementation (Liability/Benefits) Good International Responsibility Industry Practice) faunal species Bat Mortality Survey has should be made in been carried out for the the form of posters year 2018-2019 for all and also informed three seasons. The to the labourers report for the same is to during induction. be submitted to Arcadis There should be for assessment shortly. sessions aranged However, as per for the labourers interaction and as per the for what can be Interim Report submitted done incase of to Arcadis, Impact on conflict, for avian biodiversity is going example if they see to be minimal as the a snake on the site project developer has or some labourer implemented adaptive has a snake bite measures like: (1) Till date 1200 no’s of Bird diverters has been installed in EHV (230kv TL) of 35 Km to avoid bird Collison with the conductor; (2) Till date 3000 no’s of Perch rejecters has been installed in 33 kv line cut point to avoid bird Collison with energized line. This is specially being ensured to discourage perching of peacocks which are found fairly often in and around the Site.

ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

Carry out Environmental Monitoring during Environmental February Environmental Shall be complied by 3.2 construction AIIB ESS1 Engie Monitoring 2020 Monitoring report February 2020 and operation phase as specified in ESIA 4 Occupational Health and Safety

34 ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

Environmental & Budget, Social Risks and Requirement Target and Resources, Benefits Evaluation Criteria No. Action Investment Timetable Status for Successful (Legislative, AIIB ESSs, Needs, Implementation (Liability/Benefits) Good International Responsibility Industry Practice) During consultation it was observed that First Aid kit, emergency First Aid register, response plan is in incident register, Observed already in Engie & Sub January place as well as 4.1 accidental record EHS management AIIB ESS1 place during ESDD audit Contractors 2020 daily records. shall be site visit maintained Registers is being maintained to keep the track record by contractors and subcontractors. 5 Social Risks and Impacts Grievance Redressal policy shall be developed by Engie and its Sub Complaints from contractors Disclosure of the locals should • As reported Grievance be timely Engie & Sub February Shall be complied 5.1 registered, AIIB ESS1 contractor has Redressal Contractors 2020 by February 2020 investigated and grievance registers Mechanism resolved. on site. • As reported till date no grievance has recorded from locals 6 Information Disclosure and Stakeholder Engagement 6.1 Stakeholder Strategies for the AIIB ESS1 Engie & Sub February Stakeholder Shall be complied

ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

Plan (SEP) and build longer term (SEP) is formulated CSR activities relationships so as to guide stakeholder engagement across the lifecycle of the project, demonstrating company’s commitment towards its stakeholders while also addressing the requirements of AIIB Performance standards. 7 Employment and Working Conditions Subcontractor shall ensure that monthly wedges shall receive on time to Livelihood and Engie and the labourers. Registers already in 7.1 Record of wedges Monthly economy upliftment subcontractors Attendance register place in Site and record of salary AIIB ESS1 shall be maintained. Engie shall monitor the same

Ensure standard provision of basic • Trainings shall Labour accommodation Engie and 7.2 living conditions to amenities like Monthly be given for observed at Site as per subcontractors migrant labourers drinking water, maintaining ILO guidelines toilets, air coolers, Good practice

36 ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

practice Traffic management Considering scale plan shall be of project prepared for substantial construction and Traffic movement of Engie and Shall be furnished by 8.2 Monthly operation phase. management plan heavy vehicles are subcontractors January 2020 Engie and envisaged. The subcontractors shall same needs to be implement the carefully planned same.

ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

38 ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

9 RECOMMENDATIONS

• Recommended to have proper bituminous/ concrete approach road to the site office/ Control Room and Pooling Substation. • Proper storage and disposal of waste& hazardous materials, scraps and empty containers needs to be taken care of. • Recommended to have agreement with CPCB/ SPCB authorized/ listed hazardous waste recycler to safely dispose of any little hazardous waste generated at Site. However, this project being a white category project, it does not call for a mandatory statutory compliance to do it but as per Arcadis’s Consultation with Central Pollution Control Board, it would be a proactive approach and good practice so as to rule out any objections in future regarding any waste oil/ transformer oil/ O&M waste generated in site. • For the entire stretch of project, Bird & Bat Mortality Survey has been carried out for the year 2018- 2019 for all three seasons. Few of the report recommendations have already been implemented at Site. Monitoring of the same need to be taken care of and adhered strictly to avoid bird and bat mortality as much as possible. • Maintain the Environmental and Social Management Plans as per identified in the ESIA • Implement the environmental and social management system ("ESMS") • Include relevant ESMPs requirements in contracts/subcontracts (in particular OHS requirements) - define ESHS responsibilities • Maintain good Occupational Health and Safety (OHS) Management practice in line with national legislation and AIIB Standards. • As a best practice, Company can develop and document a decommissioning program in line with national laws and AIIB Standards IFC PSs with stated impacts, objectives & targets and Management actions; this will help to have a better understanding and documenting Management for Decommissioning & Closure. • Overall during public interviews, Arcadis got assured that villagers of the project villages are happy with the Project in terms of local economic development, livelihood upliftment and job creation. • ESAP is already implemented at Site as per IFC Standards. It is recommended to implement as per AIIB Standards as well.

ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

ANNEXES:

 Interviews held and contact information of people interviewed

 Documents reviewed

 Photos of project from mission (natural environment, communities, project works, OHS etc)

 References (laws and regulations)

 List of project design and other documents reviewed in the scope of the ESDD

40 ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

APPENDIX A: SAMPLE OF PPA FOR SECI III AND SECI IV

ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

42 ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

APPENDIX B: STAKEHOLDER CONSULTATION IN DETAIL

Stakeholder Name Designation Date Topic discussed Type Engie & Mr. Project 16.12.19 • Meeting with the site Vestas Satish, Mr Manager & Personnel on 16th Raju, Site December’19 during the site Major Incharge/ visit for ESDD study. site Manager • Understanding project layout respectively & status • Project briefing & activity details was made by them • Understanding the role of subcontractors/vendors • Observation for understanding the environment and land pattern of the project site was made. • It was informed that the total land area of the project is [126X(4.2)] acres • The land was both agricultural land and barren land • 35 locations of land had been taken in lease basis and rest had been purchased. Total 103 locations had been finalised. • It was informed that Vestas is the EPC contractor. • As informed CSR activities are taken care by the Vestas team during the project phase. • Even grievances or demands of villagers such as development of certain portions of road is also been done by vestas. • Labours and security guards are engaged by third party. • Total 88 nos of security guards provided. It was informed once surveillance cameras are installed number of security guards will be decreased. • Working hours is 8 hrs. • Induction training to PPE is given by Vestas personnel • Details of on-site EHS related management is practiced • Details of EHS related training is given.

ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

Stakeholder Name Designation Date Topic discussed Type Community Mr. Land Seller 16.12.19 During the consultation it was informed by the land seller that: Selvam • Location: 125

• Survey no: 116

• He belongs to Backward class • Local community is aware of the project • Major livelihood resource in this area is agriculture. And land dealings. Each household has a significant number of livestocks including Cow, buffalo, goat and hen. • Waters source is through RO & Govt water supply. • It was reported by the local villagers that they are happy with project. • He has given 2.5 acres of Land for the project. • As informed, he was given compensation that is 3-4 times more than the govt circle rate. • He had purchased land with the compensation money. • Willingly he had sold the land.

Community Mr. Durai Land Seller 16.12.19 During the consultation it was informed by the land seller that:

• Location: 124

• Survey no: 151 • He belongs to SC category • He has given 4.4 acres of Land • He has 10 to 11 acres of land left with him. • He had been paid 5 times more than the govt circle rate as compensation. • With the given money he had constructed a housed and started a new transport business.

Community Mr. Aggregator 16.12.19 During the consultation it was informed by the Aggregator that: Subhaih • He provided land which is

comes under 7 to 8 villages

44 ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

Stakeholder Name Designation Date Topic discussed Type • He has given land for 30 locations

• Land selling procedure started during dec 2018. • Compensation rate that had been given to the land sellers is 3-5 times more than the govt circle rate. • And the land had been purchased on willing to buy and willing to sell basis. Third party Mr. Security 16.12.19 During the consultation it was sub- Laxmana Guard informed that: contractor • He gets INR 10,000 as net salary • He is from one of the project village. • Working hrs is 8 hrs a day • It was said he and other villagers are well versed with the project and are happy as well. .

ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

APPENDIX C1: SALE DEED

WTG Location 147

46 ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

WTG Location 150

ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

APPENDIX C2: LEASE DEED

WTG Location 30

48 ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

WTG Location 98

ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

APPENDIX D: VESTAS STATUTORY COMPLIANCE DOCUMENTS

50 ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

APPENDIX E: APPROVAL FOR ENERGISATION CEA 230KV LINE

ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

APPENDIX F: APPROVAL FOR ENERGISATION CEA PSS

52 ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

APPENDIX G: APPROVAL FOR ELECTRICAL INSTALLATION

ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

APPENDIX H: SECTION 68 APPROVAL FROM CEA - BETAM

54 ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

APPENDIX I: APPROVAL FOR HIGH TENSION POWER LINE ROUTE

ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

APPENDIX J1: DG EMISSION CERTIFICATE

56 ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

APPENDIX J2: QUOTATION OF HW WASTE VENDOR

ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

APPENDIX J3: NOC FROM AAI FOR HEIGHT CLEARANCE

58 ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

APPENDIX K: SAMPLE PF INCIDENT DETAILS REGISTER - VIVID SOLAIRE WIND FARM (ENGIE PROJECT)

Incid Descrip Date of ent / Possible Sl. Loca tion of Root Corrective Preventive Physical Task Observati Acci Consequ Evidence No tion Observ cause Action Action Status Owner on dent ence ation Type

Stone He fallen remove Instructed to KSHEM First down on d his First Aid clean the wash 1 23-May-19 PSS Leg injury Closed A Aid PSS shoe to given area that free POWER security's wash from obstacles leg thumb his leg

ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

A worker got minor injury on Safety Safety shoe First WTG- his leg shoes First aid UNIVER 2 12-Jul-19 Leg injury must be worn Closed Aid 123 finger was not given SAAL while working while worn unloading materials

A worker got

injured on his finger while Damage Tool must be KSHEM First Finger/ First aid 3 13-Jul-19 PSS chipping d checked Closed A Aid Hand injury given the hammer before use POWER equipmen t foundatio n

60 ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

APPENDIX L: TRAINING DETAILS

No. of Duration Sl.No Date Week Training Description Trainer Trainee Manhours Participants (min) 28-02- 1 2019 9 Safety Awareness Training Mr.Kulanthaivel Vestas team 5 90 7.5 28-02- 2 2019 9 Safety Awareness Training Mr.Kulanthaivel Vestas team 8 180 24 01-03- QSE Risk assessment Vestas & 3 2019 9 Workshop Mr.Parthipan Contractors 26 180 78 06-03- Mr.Parthipan & 4 2019 10 Defensive Driving Team Annai team 9 60 9 03-05- 5 2019 18 Awareness on IMS Mr.Parthipan Vestas team 15 60 15 14-05- Mr.Jayaraj & Mr. 6 2019 20 Mock drill- Medical Emergency Karthick KS Infra team 22 90 33 22-05- Mr.Jayaraj & Mr. 7 2019 21 Mock drill- Fall From Height Anand Kshema team 57 60 57 28-05- KS Infra & 8 2019 22 Work At Height demo Karam Team Kshema 27 60 27 04-06- Defensive Driving & General Mr.Jayaraj & 9 2019 23 awareness Mr.Karthik Annai team 13 60 13 07-06- Mr.Pathipan & 10 2019 23 Behaviour Based Safety Mr.Karthik KS Infra 49 60 49 24-06- Vestas , Engie & 11 2019 26 GWO-BST , Day-1 USHA Fire safety Contractors 12 480 96 25-06- Vestas , Engie & 12 2019 26 GWO-BST , Day-2 USHA Fire safety Contractors 12 480 96 26-06- Vestas , Engie & 13 2019 26 GWO-BST , Day-3 USHA Fire safety Contractors 12 480 96

ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

27-06- Vestas , Engie & 14 2019 26 GWO-BST , Day-1 USHA Fire safety Contractors 12 480 96 28-06- Vestas , Engie & 15 2019 26 GWO-BST , Day-2 USHA Fire safety Contractors 12 480 96 29-06- Vestas , Engie & 16 2019 26 GWO-BST , Day-3 USHA Fire safety Contractors 12 480 96 03-07- Mr. Jorgen 17 2019 27 Leading Vestas Site Safety (MAERSK) Vestas team 10 480 80 04-07- Mr. Jorgen 18 2019 27 Leading Vestas Site Safety (MAERSK) Vestas team 10 480 80 05-07- Mr. Jorgen 19 2019 27 Leading Vestas Site Safety (MAERSK) Vestas team 10 480 80 08-07- Defensive Driving & General 20 2019 28 awareness Mr.Parthipan Vestas Drivers 17 60 17 17-07- 21 2019 29 Lifting & Rigging Mr.Jayaraj Speed Team 20 120 40 17-07- 22 2019 29 Mock drill- Snake bite Vestas HSE team Universaal 15 70 17.5 19-07- PPE Awareness Refresh 23 2019 29 Training Vestas HSE team Kshmea team 57 90 85.5 20-07- 24 2019 29 Material Handling Mr.Ajin Sanghvi Team 9 60 9 24-07- All contractors' 25 2019 30 Vehicle safety training Mr.Nandha kumar drivers 30 60 30 06-08- Awareness on IMS & safety 26 2019 32 walk Mr.Parthipan Vestas team 13 120 26 12-08- MATAL, ARPIL 27 2019 33 GWO-Working At Height (Vestas) Speed Team 8 480 64 13-08- Mr.Jayaraj, 28 2019 33 General Safety Awareness Mr.Ramkumar Security team 24 60 24 13-08- 29 2019 33 Behaviour Based Safety Mr.Pandiyan Kshmea team 15 30 7.5

62 ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

17-08- Basic safety training(First aid & 30 2019 33 Manual handling USHA Fire safety Speed Team 27 480 216 22-08- 31 2019 34 Mock drill- Electrical Shock Vestas HSE team Speed Team 14 60 14 22-08- All contractors' 32 2019 34 Safe driving awarness program Vestas HSE team drivers 13 60 13 23-08- 33 2019 34 General Safety Awareness Vestas HSE team Kshema team 16 30 8 30-08- 34 2019 35 Crane safety programme Mr.Parthipan Sanghvi Team 7 60 7 05-09- 35 2019 36 GWO-Working At Height Vestas Vestas & Engie 8 480 64 06-09- 36 2019 36 GWO-Working At Height Vestas Vestas & Engie 8 480 64 09-09- 37 2019 37 LOTO training Mr.Dinesh Vestas team 8 480 64 09-09- 38 2019 37 LOTO training Mr.Dinesh Vestas team 8 480 64 17-09- Mr.Ramesh & 39 2019 38 Safe usage of Power tools Mr.Babu Speed Team 11 60 11 04-10- Rameez & 40 2019 40 Mock drill- Scorpion bite Vestas HSE team Sanghvi 54 60 54 10-10- Safety Awareness 41 2019 41 Induction(SAI) Mr.Parthipan Vestas team 5 180 15 14-10- 42 2019 42 Monsoon safe driving Vestas HSE team Vestas drivers 14 30 7 19-10- 43 2019 42 BST(Non GWO) USHA Fire safety Sanghvi Team 17 480 136 22-10- Knowledge sharing on RA,PTW 44 2019 43 & TBT Mr.Parthipan Vestas team 25 150 62.5 12-11- PPE Awareness Refresh 45 2019 46 Training Mr.Pandiyan Speed Team 14 30 7

ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

09-12- Mr.Parthipan & 46 2019 50 Road safety Mr.Ramkumar Vestas drivers 16 30 8 Safety walk & Reporting 47 21-Dec 51 awareness Mr.Parthipan Vestas team 12 90 18 Total Training Hours 2281.5

64 ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

APPENDIX M: HSE ORGANANOGRAM - VIVID PROJECT (ENGIE)

ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

APPENDIX N: GRIEVANCE REGISTER

66 ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

APPENDIX O: CONTRACT LABOUR LICENSE - VESTAS PROJECT

ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

APPENDIX P: INTER STATE MIGRANT LABOUR LICENSE

68 ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

APPENDIX Q: CRANE SERVICE CONTRACT- THATTAPARAI- ENGIE - 42 WTGS_V1

ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

APPENDIX R: GIS PO SAMPLE- TECHNO ELECTRIC

70 ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

APPENDIX S: LOGISTICS ROUTE MAP

ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

72 ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

APPENDIX T: CONTRACTOR CONTACT DETAILS

Contractor Name Site incharge Contact No. HSE Incharge Contact No.

Annai Constructions Mr.Mani-9994444906 Mr.Durai-9791713713 Civil SAV Constructions Mr.Gnanasekar-7995479229 Mr.Seenumohan-7358832871

Kshema Power Mr.Ravichandran- Mr.Rajesh- 7358111390

KS Infra Mr.Kesavan-8870845423 Mr.Balabhashyam-7358136690 Electrical Universaal Enviro projects Mr.Suthan-7845021301 Mr.Md sameer-9994839606

Surabhi Windfarm Mr.Kumar-9578906046 Mr.Christopher-8489464766

Sanghvi cranes Mr.Murali Krishanan- Mr.Ajin-7013458222

Crane Allcargo logistics Mr.Sachin-9687227383 Mr. Krishna prasad-9137385332

Sumeet Translogistics Mr.Aravinth-9130176232

Speed team Mr.Manikandan Mr.Manikandan-8309355540 Installation Rameez Engineering Mr.Jothish-8289853619

Jay Pee Transports Mr.Gopal-8667359906 Logistics Sumeet Translogistics Mr.Mariyappan

ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

APPENDIX U: HOSPITAL TIE UP

74 ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

APPENDIX V: VESTAS BOCW NOC - KSHEMA

ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

APPENDIX W: MONTHLY ESAP COMPLAINCE SAMPLE

76 ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

APPENDIX X: FINAL PROCURED WTG LOCATIONS (TILL THE DATE OF SITE VISIT)

S No WTG Latitude Longitude 1 166 9° 0' 55.123" N 77° 59' 51.187" E 2 167 8° 59' 55.448" N 78° 1' 24.767" E 3 75 8° 50' 54.547" N 77° 49' 32.782" E 4 188 8° 58' 57.695" N 77° 59' 19.114" E 5 68 8° 50' 28.180" N 77° 57' 43.846" E 6 149 8° 59' 23.115" N 77° 59' 56.448" E 7 134 9° 1' 2.582" N 77° 58' 57.831" E 8 133 9° 1' 11.208" N 78° 0' 3.282" E 9 77 8° 52' 53.049" N 77° 53' 57.799" E 10 147 8° 55' 18.974" N 77° 56' 55.687" E 11 71 8° 50' 0.003" N 77° 57' 41.496" E 12 69 8° 52' 12.942" N 77° 58' 6.855" E 13 1 8° 51' 35.829" N 77° 57' 30.850" E 14 14 8° 46' 56.513" N 77° 54' 30.288" E 15 12 8° 48' 9.115" N 77° 54' 11.924" E 16 2 8° 48' 24.256" N 77° 53' 18.912" E 17 3 8° 48' 16.843" N 77° 54' 34.544" E 18 4 8° 51' 58.484" N 77° 58' 5.104" E 19 5 8° 51' 31.408" N 77° 58' 7.470" E 20 6 8° 51' 3.500" N 77° 58' 8.161" E 21 7 8° 49' 36.130" N 77° 57' 29.469" E 22 9 8° 48' 27.217" N 77° 55' 16.573" E 23 11 8° 51' 25.793" N 77° 53' 19.672" E 24 16 8° 50' 8.784" N 77° 55' 12.272" E 25 17 8° 46' 12.824" N 77° 50' 2.388" E 26 18 8° 46' 5.246" N 77° 52' 45.731" E 27 19 8° 46' 33.676" N 77° 54' 35.275" E 28 20 8° 47' 50.410" N 77° 52' 47.818" E 29 25 8° 48' 45.317" N 77° 56' 12.690" E 30 28 8° 49' 21.346" N 77° 53' 29.950" E 31 29 8° 50' 23.224" N 77° 55' 12.189" E 32 30 8° 49' 37.784" N 77° 51' 29.357" E 33 31 8° 48' 59.890" N 77° 54' 40.374" E 34 33 8° 48' 31.558" N 77° 53' 50.455" E 35 34 8° 48' 32.570" N 77° 54' 48.923" E 36 35 8° 49' 56.881" N 77° 55' 16.396" E 37 36 8° 49' 53.931" N 77° 57' 3.193" E 38 38 8° 47' 54.781" N 77° 54' 14.984" E 39 39 8° 45' 2.859" N 77° 52' 8.211" E 40 40 8° 48' 4.295" N 77° 54' 54.815" E 41 42 8° 45' 34.929" N 77° 52' 50.663" E 42 43 8° 47' 0.668" N 77° 53' 36.376" E 43 44 8° 50' 54.836" N 77° 59' 11.164" E 44 46 8° 46' 41.933" N 77° 52' 7.174" E 45 47 8° 47' 30.303" N 77° 57' 46.384" E

ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

46 52 8° 58' 52.511" N 77° 58' 48.653" E 47 53 8° 56' 4.081" N 77° 56' 14.775" E 48 54 8° 48' 50.383" N 77° 55' 2.696" E 49 55 8° 46' 57.985" N 77° 57' 20.562" E 50 57 8° 44' 25.175" N 77° 51' 23.660" E 51 60 8° 45' 56.622" N 77° 53' 24.666" E 52 63 8° 49' 39.004" N 77° 50' 10.007" E 53 65 8° 48' 57.763" N 77° 56' 30.476" E 54 73 8° 53' 40.956" N 77° 53' 53.401" E 55 79 8° 47' 54.122" N 77° 51' 9.106" E 56 80 8° 46' 3.965" N 77° 52' 0.409" E 57 81 8° 48' 12.846" N 77° 51' 36.060" E 58 82 8° 55' 2.239" N 77° 54' 17.165" E 59 85 8° 46' 22.626" N 77° 54' 17.470" E 60 86 8° 52' 55.515" N 77° 55' 17.676" E 61 91 8° 51' 54.135" N 77° 53' 5.211" E 62 94 8° 47' 14.075" N 77° 52' 27.430" E 63 95 8° 56' 40.755" N 77° 56' 11.897" E 64 96 8° 56' 25.511" N 77° 56' 39.575" E 65 97 8° 47' 2.093" N 77° 54' 48.868" E 66 98 8° 54' 10.342" N 77° 56' 53.174" E 67 102 8° 52' 34.707" N 77° 54' 43.535" E 68 103 8° 56' 12.919" N 77° 57' 4.821" E 69 104 8° 54' 29.988" N 77° 57' 5.039" E 70 106 8° 47' 24.788" N 77° 51' 21.600" E 71 108 8° 49' 40.392" N 77° 55' 20.713" E 72 109 8° 51' 31.091" N 77° 50' 9.034" E 73 110 8° 56' 6.067" N 77° 55' 29.264" E 74 117 8° 56' 11.535" N 77° 56' 38.547" E 75 118 8° 56' 25.269" N 77° 56' 16.744" E 76 121 9° 0' 30.537" N 78° 0' 52.586" E 77 123 8° 57' 24.276" N 77° 55' 42.351" E 78 124 8° 56' 51.147" N 77° 55' 49.151" E 79 125 8° 56' 37.442" N 77° 55' 46.817" E 80 126 9° 0' 34.772" N 78° 1' 57.778" E 81 119 8° 56' 45.495" N 77° 55' 19.538" E 82 74 8° 50' 5.763" N 77° 56' 51.516" E 83 143 8° 55' 28.123" N 77° 57' 27.091" E 84 144 8° 55' 54.545" N 77° 56' 44.330" E 85 146 8° 51' 53.202" N 77° 57' 38.216" E 86 142 8° 55' 1.591" N 77° 56' 16.760" E 87 132 9° 0' 13.416" N 78° 2' 31.383" E 88 131 9° 1' 16.943" N 78° 0' 24.596" E 89 135 9° 1' 13.466" N 77° 59' 34.983" E 90 136 9° 0' 28.386" N 77° 59' 19.957" E 91 137 9° 0' 56.212" N 78° 0' 14.692" E 92 138 9° 1' 25.463" N 77° 58' 39.340" E 93 150 9° 0' 34.832" N 78° 1' 24.968" E 94 153 8° 59' 23.408" N 77° 59' 24.330" E 95 148 8° 54' 5.208" N 77° 57' 21.355" E

78 ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

96 139 8° 50' 0.498" N 77° 58' 5.204" E 97 161 8° 47' 39.973" N 77° 51' 9.226" E 98 99 9° 4' 46.049" N 77° 59' 50.680" E 99 100 9° 0' 23.465" N 78° 1' 30.916" E 100 171 9° 0' 59.553" N 78° 1' 57.903" E 101 173 9° 5' 13.816" N 77° 59' 31.443" E 102 180 9° 4' 59.082" N 77° 59' 4.034" E 103 176 8° 55' 31.137" N 77° 56' 59.873" E 104 186 9° 1' 46.075" N 77° 57' 51.878" E

Land details of final 110 WTG along with Villages in district Tuticorin, Tamil Nadu

Position from Lease Sale S.No Company Village Taluk WTG Railway Deed Deed Crossing 1 27 Vivid South Yes Yes Singathakurichi Srivaikuntam 2 28 Vivid South Yes Yes Poovani Srivaikuntam 3 46 Vivid South Yes Yes Ulakudi Srivaikuntam 4 29 Vivid South Yes No Paraikuttam Ottapidaram 5 31 Vivid South Yes Yes Poovani Srivaikuntam 6 33 Vivid South Yes No Poovani Srivaikuntam 7 34 Vivid South Yes No Poovani Srivaikuntam 8 38 Vivid South Yes No Singathakurichi Srivaikuntam 9 40 Vivid South Yes No Singathakurichi Srivaikuntam 10 42 Vivid South Yes No Vadakkukaraseri Srivaikuntam 11 53 Vivid South Yes Yes Venateswaraparam Ottapidaram 12 91 Vivid South Yes No Maniyachi Ottapidaram 13 95 Vivid South Yes Yes Venateswaraparam Ottapidaram 14 96 Vivid South Yes Yes Venateswaraparam Ottapidaram 15 98 Vivid North Yes No Muramban Ottapidaram

ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

16 102 Vivid North Yes Yes Maniyachi Ottapidaram 17 103 Vivid South Yes Yes Venateswaraparam Ottapidaram 18 104 Vivid North Yes Yes Muramban Ottapidaram 19 106 Vivid South Yes Yes Ulakudi Srivaikuntam 20 108 Vivid South Yes No Poovani Srivaikuntam 21 109 Vivid South Yes No Muruthanvalun Naraikar Ottapidaram 22 110 Vivid North Yes No Sangampatti Ottapidaram 23 65 Vivid South Yes No Chekkarakudi Srivaikuntam 24 82 Vivid North Yes Yes Ottanathan Ottapidaram 25 86 Vivid North Yes No Maniyachi Ottapidaram 26 25 Vivid South Yes Yes Chekkarakudi Srivaikuntam 27 1 Anurudra North No Yes Savarimangalam Ottapidaram 28 2 Anurudra South No Yes Alandha Srivaikuntam 29 3 Anurudra South No Yes Alandha Srivaikuntam 30 4 Anurudra North No Yes Savarimangalam Ottapidaram 31 5 Anurudra North No Yes Savarimangalam Ottapidaram 32 6 Anurudra South No Yes Savarimangalam Ottapidaram 33 7 Anurudra South No Yes Chekkarakudi Srivaikuntam 34 9 Anurudra South No Yes Chekkarakudi Srivaikuntam 35 10 Anurudra South No Yes Singathakurichi Srivaikuntam 36 11 Anurudra South Yes No Akkanayakkanpatti Ottapidaram 37 14 Anurudra South Yes No Singathakurichi Srivaikuntam 38 16 Anurudra South No Yes Poovani Srivaikuntam 39 17 Anurudra South Yes No Kaliyavur Srivaikuntam

80 ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

40 18 Anurudra South Yes No Singathakurichi Srivaikuntam 41 19 Vivid South Yes No Singathakurichi Srivaikuntam 42 20 Anurudra South Yes No Singathakurichi/Aland Srivaikuntam ha 43 30 Vivid South Yes No Alandha Srivaikuntam 44 35 Vivid South Yes No Poovani Srivaikuntam 45 36 Vivid South Yes No Savarimangalam Ottapidaram 46 39 Vivid South Yes No Vada vallanadu Srivaikuntam 47 43 Vivid South Yes No Singathakurichi/Ottan Srivaikuntam atham 48 44 Anurudra South No Yes Savarimangalam Ottapidaram 49 47 Vivid South Yes No Thalavaipuram Tuticorin 50 52 Vivid North No Yes P.Duraiswamipuram Ottapidaram 51 54 Vivid North Yes No Poovani Srivaikuntam 52 55 Vivid South Yes No Chekkarakudi Srivaikuntam 53 57 Vivid South Yes No Vada vallanadu Srivaikuntam 54 60 Vivid South Yes No Vadakku Karasevi Srivaikuntam 55 63 Vivid South Yes No Kodiyankulam Ottapidaram 56 73 Vivid North Yes No Ottanatham Ottapidaram 57 77 Vivid North No Yes Maniyachi Ottapidaram 58 80 Vivid South Yes No Singathakurichi Srivaikuntam 59 81 Vivid South Yes No Alandha Srivaikuntam 60 94 Vivid South Yes No Maniyachi Ottapidaram 61 97 Vivid South Yes No Singathakurichi Srivaikuntam 62 117 Vivid North No Yes Venkateshwarapuram Ottapidaram 63 118 Vivid North No Yes Venkateshwarapuram Ottapidaram

ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

64 119 Vivid North No Yes Silangulam Ottapidaram 65 121 Vivid North No Yes Meenakshipuram Ottapidaram 66 123 Vivid North No Yes Silangulam Ottapidaram 67 125 Vivid North No Yes Silangulam Ottapidaram 68 126 Vivid North No Yes Eppothumvendram Ottapidaram 69 138 Vivid North No Yes Pasuvanthanai Ottapidaram 70 133 Vivid North No Yes Muthuramalingapura Ottapidaram m 71 135 Vivid North No Yes Muthuramalingapura Ottapidaram m 72 136 Vivid North No Yes Meenakshipuram Ottapidaram 73 137 Vivid North No Yes Meenakshipuram Ottapidaram 74 131 Vivid North No Yes Kannakattai Ettayapuram 75 132 Vivid North No Yes Eppothumvendram Ottapidaram 76 74 Vivid South No Yes Melapandiyapuram Ottapidaram 77 85 Vivid South No Yes Singathakurichi Srivaikuntam 78 Vivid North No Yes Savarimangalam 69 Ottapidaram 79 Vivid North No Yes Silangulam 124 Ottapidaram 80 Vivid North No Yes Sangampatti 142 Ottapidaram 81 Vivid North No Yes Muramban 148 Ottapidaram 82 Vivid North No Yes Araikulam 143 Ottapidaram 83 Vivid North No Yes 144 Venkateshwarapuram Ottapidaram 84 Vivid North No Yes Savarimangalam 146 Ottapidaram 85 Vivid North No Yes Meenakshipuram 149 Ottapidaram 86 Vivid South No Yes Umarikottai 139 Ottapidaram

82 ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

87 Vivid South No Yes Ulakudi 79 Srivaikuntam 88 Vivid South No Yes Ulakudi 161 Srivaikuntam 89 Vivid North No Yes Muthuramalingapura Ottapidaram 134 m 90 Vivid North No Yes Valampatti 99 Ettayapuram 91 Vivid North No Yes P.Duraiswamipuram 153 Ottapidaram 92 Vivid North No Yes Kannakattai 150 Ettayapuram 93 Vivid North No Yes Valampatti 173 Ettayapuram 94 Vivid North No Yes T shanmugapuram 180 Ettayapuram 95 Vivid North No Yes Kannakattai 171 Ettayapuram 96 Vivid South No Yes Umarikottai 68 Ottapidaram 97 Vivid South No Yes Umarikottai 71 Ottapidaram 98 Vivid South No Yes Singathakurichi 12 Srivaikuntam 99 Vivid North No Yes Kannakattai 100 Ettayapuram 100 Vivid South No Yes Chekkarakudi 184 Srivaikuntam 101 186 Vivid North No Yes Thottampatti Kaythar 102 Vivid North No Yes Sangampatti 147 Ottapidaram 103 Vivid North No Yes Sangampatti 176 Ottapidaram 104 Vivid North No Yes P.Duraiswamipuram 188 Ottapidaram 105 Vivid South No Yes Kodiankulam 75 Ottapidaram 106 Vivid North No Yes Muthuramalingapura Ottapidaram 166 m 107 Vivid North No Yes Kumaraettayapuram 167 Ottapidaram 108 Vivid North No Yes Muthuramalingapura Ottapidaram 159 m 109 Vivid North No Yes P.Duraiswamipuram 187 Ottapidaram

ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

110 Vivid North No Yes Muramban 157 Ottapidaram 111 PSS Vivid North No Yes Chillangulam Ottapidaram 48 75

84 ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

APPENDIX X1: SNAPSHOT OF MIGRATORY SEASON BIRD AND BAT MONITORING FOR THOOTOKUDI WIND FARM TIRUNELVELI

ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

APPENDIX Y: SOIL TESTING REPORTS & WATER TEST REPORTS SNAPSHOT

86 ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

88 ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

APPENDIX Z: AIIB RISK ASSESSMENT TOOL

90 ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

92 ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

94 ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

96 ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

98 ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

100 ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

102 ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

104 ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

106 ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

108 ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

110 ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

112 ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

114 ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

116 ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

118 ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

120 ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

122 ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

124 ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

126 ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

128 ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

130 ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

APPENDIX Z1: PHOTOLOG

132 ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

Main Control Room Pooling Substation

Electrical Panels in MCR Security Guards Room

Elevated platform for storage of oil drums HSE Park in Site office by Vestas

ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

Safety measures by Vestas Safety Principles by Vestas

Safety Harness dispalyed at site First Aid Box

Electrical Safety Kit

134 ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

Fire Extinguisher displayed at site office

Eye Wash Solution Chemical Storage Area

Chemicals for wind turbines Metal Sheets to repair damaged turbines

ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

Waste Colletion Bins Anemometer placed on the top of MCR

Bird Diverters Bird Spikes/ Perch Rejecters

Consultation with Site Personnel

136 ESDD of 252 MW Wind Power Project in Thoothukudi district, Tamil Nadu State, India

Consultation with landowner Consultation with Land Aggregator

Consultation with Security Guard

Accommodation for the Migratory Labours

3rd Floor, Tower B Logix Techno Park, Sector 127 Noida -201301, Uttar Pradesh T: +91 (120) 4368400 arcadis.com