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PROPOSED AGENDA ESKOM HOLDINGS LIMITED 1. Sign attendance register and discussion ENVIRONMENTAL IMPACT with team: 17:00 17:50 ASSESSMENT (EIA) FOR A PROPOSED 2. Welcome and introductions: 18:00 18:10 NUCLEAR POWER STATION AND 3.


  1. PROPOSED AGENDA ESKOM HOLDINGS LIMITED 1. Sign attendance register and discussion ENVIRONMENTAL IMPACT with team: 17:00 – 17:50 ASSESSMENT (EIA) FOR A PROPOSED 2. Welcome and introductions: 18:00 – 18:10 NUCLEAR POWER STATION AND 3. Presentation of EIA and EMP findings: ASSOCIATED INFRASTRUCTURE DEA REF. No.:12/12/20/944 18:10 – 19:00 4. Discussion: 19:00 – 19:50 EIA Phase Public Meeting: Review of Draft Environmental Impact Report 5. Way forward and close: 19:50 – 20:00 March / April 2010 Slide 1 Slide 2 MEETING CONDUCT MEETING OBJECTIVES • Please wait for the discussion session to ask questions • The focus of the meeting is to provide an opportunity for • Introduce yourselves prior to asking a question and Interested and Affected Parties (I&APs) to comment on the findings of the EIA and the Draft Environmental Impact indicate your specific interest Assessment Report (EIR) • You are welcome to ask the question in your mother • Provide an opportunity for I&APs to seek further clarity on the tongue. Presentations will be in English proposed project, the EIA phase and the Draft EIR • One person at a time • Provide I&APs with an opportunity for interaction with the EIA • Work through the facilitator team • Show respect • Recording of issues - the proceedings will be recorded and used to compile meeting minutes. Comments will be included • Focus on the issue not the person Please switch in the Issues and Response Report (IRR) and changes will be off all cell • Be constructive made to the Final EIR, where necessary phones! • Agree to disagree Slide 3 Slide 4 1

  2. KEY ISSUES KEY ISSUES • Marine life could potentially be adversely affected by altered • Some people are opposed to and others are in sea temperature and turbulence caused by inflow and output favour of a nuclear power station at Bantamsklip, of sea water to the plant Thyspunt and Duynefontein • Concern that commercial and recreational fishing may be negatively impacted • Concerns about the potential impacts on human health and safety • Light pollution • Concerns about potential drop in property values • Local residents share a deep-felt connection to the • Concern about cost of constructing a power station area and have a strong “sense of place” • Some people expressed a lack of trust in the EIA • A power station could potentially be unsightly • Storage of hazardous waste • Tourism is linked to conservation and preservation • Renewable (‘green’) energy (e.g. wind, solar) vs. nuclear of the coastline Slide 5 Slide 6 PROJECT MOTIVATION PROPOSED ACTIVITY • Increasing demand for electricity (> 4% growth per • Eskom proposes the construction, operation and annum) decommissioning of a conventional nuclear power station and associated infrastructure • Projected requirement for more than 40 000 MW of either in the Eastern or Western Cape new electricity generating capacity over the next 20 years • A nuclear power station of the Pressurised Water Reactor (PWR) type technology e.g. • In SA only coal and nuclear power are solutions for Koeberg Power Station base load generation, while gas turbines, hydroelectric power stations and pumped storage schemes are used • The transmission power lines are subject to for peaking and emergency electricity generation separate environmental authorisation processes Slide 7 Slide 8 2

  3. PROJECT BACKGROUND TRANSMISSION (TX) LINE EIAs • The power station and directly associated infrastructure will • Bantamsklip – Scoping phase has been require approximately 31 ha extended to include Multi-stakeholder • The footprint assessed makes provision for the potential Workshops and additional public consultation. future expansion of a power station to 10 000 MW or the Revised Draft Scoping Report will be made maximum carrying capacity. Separate EIA required for any further expansion beyond 4 000 MW available for public comment • The proposed nuclear power station will include nuclear reactor, turbine complex, spent fuel, nuclear fuel storage • Thyspunt and Duynefontein – Scoping Report facilities, waste handling facilities, intake and outfall accepted by Authorities and EIA phase has pipelines, desalinisation plant and auxiliary service infrastructure (e.g. access roads, OCGT plant, HV yard, commenced visitor centre) Slide 9 Slide 10 PROJECT BACKGROUND ENVELOPE OF CRITERIA • Should the proposed project be authorised, it is anticipated that construction of the station could commence in 2011 with • Detailed description of proposed nuclear plant is the first unit being commissioned in 2018 (optimistic) not available, as preferred supplier has not been • Construction period – 7 to 9 years selected • Labour requirements: • Construction – 7 700 persons • Approach used has been to specify enveloping • Operation – 1 400 persons environmental and other relevant requirements, to which the power station design and placement on • Construction and operational access routes to site - 22 m site must comply wide, tarred • Normal (sedans), heavy (buses, trucks) and exceptionally heavy vehicles (42 m x 8.23 m max.) • Enveloping criteria represent the most conservative parameters associated with the • Peak construction vehicle trips: 828 morning and 945 evening various plant alternatives within the available Generation III PWR technology Slide 11 Slide 12 3

  4. ������� ������� Slide 13 Slide 14 SITES INVESTIGATED SITE SELECTION LOCALITY R 307 Duynefontein 27km Table Bay Slide 15 Slide 16 4

  5. LOCALITY ASSESSMENT OF IMPACTS Atlantis • The potential impacts assessed were based on: 12 km – Issues identified by I&APs during the public participation process (PPP) Duynefontein – Issues identified by specialists through research 6.6 km – Experience of relevant specialists with projects of a similar nature or in a similar environment Melkbosstrand – Consultation with local specialists Atlantic Beach Golf Estate – Environmental resources and conditions identified during site surveys 15 km Bloubergstrand Slide 17 Slide 18 SPECIALIST STUDIES METHODOLOGY • Physical Impacts Geology and geological risk Seismological risk Geo-hydrology • Independent specialists assessed potential Geotechnical characteristics positive and negative impacts with and without mitigation • Biophysical Impacts Dune geomorphology Flora • According to the specialists: Fauna (Invertebrate and Vertebrate) – all potential negative impacts can be Hydrology mitigated Freshwater ecosystems (wetlands) Oceanographic conditions – there are no fatal flaws at any of the Marine biology alternative sites Air quality Assessment of the 1:100 year floodline Slide 19 Slide 20 5

  6. SPECIALIST STUDIES SPECIALIST STUDY RESULTS • Socio-economic Impacts • Seismological Risk Social impacts Seismic studies indicate that the design basis Economic impacts Noise for the respective sites in terms of peak Visual ground acceleration values (PGA) are as Heritage and cultural resources follows: Waste – Duynefontein – PGA ~0.30 g Tourism impacts Agriculture – Bantamsklip - PGA ~0.23 g Transport – Thyspunt - PGA ~0.16 g • As per the NNR / DEA co-operative agreement, a number of specialist studies related to human health risk and safety were commissioned and included in this EIR for information (4 studies) Slide 21 Slide 22 SPECIALIST STUDY RESULTS SPECIALIST STUDY RESULTS • Impacts on Dune Geomorphology and associated geo-hydrology (landforms, sand and water • Impacts on Flora (plants) movement) • Groundwater does not ‘daylight’ at Duynefontein • Bantamsklip will experience the least and Bantamsklip sites: access roads and potential negative impact on plant transmission lines can be built across the mobile dunes communities and species - the ecosystems • The interaction between dune systems and on this site are fairly common along this wetlands is complex at Thyspunt , since section of coastline groundwater ‘daylights’ in many inter-dune areas • Thyspunt has the greatest diversity of • Haul roads and conveyor belts through Oyster Bay dunefield at Thyspunt between the nuclear power vegetation communities, including station and the HV yard, may cause more extensive and highly sensitive wetlands significant dune geomorphology impacts than at the other two sites Slide 23 Slide 24 6

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