soil investigations wind farm zones section iv-b scope of

Date

Status

December 9 2014

Final

Soil Investigations Wind Farm Zones

Section IV-b

Scope of Work geophysical Survey

Borssele Wind Farm Zone Wind Farm Sites I - II

Colophon

Project name Site Studies Wind Farm Zone Borssele

Project number

Version F

File name 20141208_SDB_RVO_SoW_WFS_1_2_Borssele_WZ_MTi_F

Projectmanager Ruud de Bruijne

Contact

Annex(es)

Author M. Timmerman

Reviewed Reynolds International Ltd / S. Klaver

Approved R. de Bruijne

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Contents

1 Introduction 4

1.1 Scope document 4

1.2 Background 4

1.3 Objective geophysical survey 4

1.4 Site description 5

1.5 Investigation Areas (IA’s) 6

1.6 Execution of the investigation 7

1.7 Planning of the investigations 7

1.8 Available information 7

2 Scope of Work 9

2.1 General scope of work 9

2.2 Preparation 9

2.3 Execution 9

2.4 Data processing and reporting. 11

2.5 OFFSHORE REPRESENTATION 12

3 SCHEDULE OF KEY DATES 13

Appendix A. Wind Farm Sites and investigation zones 14

Appendix B. Cables and Pipelines at the Borssele WFZ 15

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1 Introduction

1.1 Scope document

This document details the scope of the WORK as part of the SPECIFC AGREEMENT that CLIENT has awarded to CONTRACTOR for carrying out geophysical investigations at WIND FARM SITES (WFS) I and II of the Borssele WIND FARM ZONE (WFZ).

1.2 Background

The Ministry of Economic Affairs is responsible for the legislative framework for the development of offshore wind farms in the Netherlands. Within this framework (a) (concession) tender(s) for subsidy for construction and operation of (a) wind farm(s) will be organized under the SDE+ regulation. As part of the tender documentation, the participants will receive an information package in which detailed information on the offshore site is included. Detailed information on the soil conditions at the site will be part of this information package.

1.3 Objective geophysical survey

The objective of the geophysical soil investigation is to improve the geological and geotechnical understanding of WFS I and II of the Borssele WFZ and to obtain geophysical information on this location, which is suitable for the preparation of geotechnical investigations and suitable to progress the design and installation requirements for offshore wind farms, including, but not limited to foundations and cables.

The investigation should provide:

• An accurate bathymetric chart of the development areas WFS I & II; • Information on the presence of all seabed features including:

- any natural objects such as boulders; - any non-natural objects such as wrecks, debris or UXO’s;

• Isopach charts to show the thickness of the main geological formations including any mobiles sediments and any other significant reflector levels which might impact on the engineering design;

• Locations of any structural complexities or geohazards within the shallow geological succession such as faulting, accumulations of shallow gas, buried channels etc;

• Detailed geological interpretation to show facies variations and structural feature changes via appropriate maps and sections;

• The exact position of existing (active & inactive) cables and pipelines. The coordinates of existing pipelines and cables can be found in Appendix A, an image of the abandoned cables is provided in Annex B, CONTRACTOR can receive coordinates of these abandoned cables when needed;

• Input into the specification and scope for a geotechnical sampling and testing programme following the completion of the geophysical survey;

• A comprehensive interpretative report on the survey results obtained to assist design of the offshore foundations / structures and cable burial.

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1.4 Site description

The proposed WFS’s are located in the Borssele WFZ (the most southern WFZ as presented in Figure 1). The Borssele WFZ is the first WFZ for which site investigations shall be executed.

Figure 1 Designated Wind Farm Zones in the Netherlands

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The co-ordinates of the corners of the Borssele WFZ are given in Table 1 (with reference to Figure 2):

Corner Geographical Co-ordinates

(ETRS 89) UTM Coordinates (ETRS89 Zone 31)

Latitude Longitude Easting Northing 1 51,60230 3,10233 507087,05 5716811,66 2 51,57027 3,05828 504039,56 5713246,09 3 51,62197 2,97263 498105,40 5718993,72 4 51,74303 2,77085 484178,55 5732482,80 5 51,80073 3,06343 504373,70 5738878,38 6 51,74985 3,12080 508338,99 5733222,40 7 51,70735 3,13312 509197,84 5728498,93 8 51,69642 3,12985 508974,49 5727282,45 202 51,73228 3,14055 509706,86 5731271,30

Table 1 Coordinates of Borssele Wind Farm Zone

The four different WFS’s that are defined at the Borssele WFZ are shown in Figure 2. From this graphical representation it can be seen that the WFS’s are separated by safety corridors of cables and pipelines that run through the site.

Figure 2 The Borssele Wind Farm Zone and the designated Wind Farm Sites in the

Borssele WFZ

1.5 Investigation Areas (IA’s)

It is the intention to obtain a separate set of data, reports and drawings for each WFS. The two Investigation Areas that shall be surveyed in the first geophysical survey campaign at the Borssele WFZ are shown in Figure 3.

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Figure 3 WFS’s to be investigated during the geophysical campaigns at the Borssele

WFZ

From the graph in Figure 3 it can be seen that an additional zone (covering the safety corridors of existing cable and pipeline infrastructure) around the actual WFS’s needs to be surveyed as well. The boundary points and the coordinates of these boundary points of each of the Wind Farm Sites and Investigation Zones are presented in Appendix A.

1.6 Execution of the investigation

The WFS’s I and II need to be surveyed with the highest priority and CLIENT has decided to split the procurement of the investigation of WFS I and II in two separate lots. It is the wish of the CLIENT to investigate both sites in parallel such that the survey data will become available at the shortest notice possible.

CONTRACTOR shall take into account that arrangements on the survey plans (timing and location at the site where the survey is carried out) shall be made with other contractors in order to avoid possible clashes at the boundaries of the WFS’s when being active in the area at the same time.

1.7 Planning of the investigations

The survey shall be carried out in the period [●1].

1.8 Available information

CLIENT has carried out desk studies on the Borssele WFZ. The following studies shall be provided separately to the CONTRACTOR:

1 The period is dependent on the outcome of the mini-tender. Contractors shall specify their earliest availability of equipment for carrying out the soil investigations. It is foreseen that the surveys at WFS 1 and WFS 2 are carried out simultaneously in order to obtain results at the earliest moment possible. The investigation can either be carried out by one Contractor supplying two vessels or by 2 Contractors that will operate simultaneously.

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• Geological desk study • Morphodynamical desk study • Archaeological desk study • UXO desk study • Recommendations Geophysical Survey

These documents include recommendations on the execution of geophysical surveys at the Borssele WFZ. CONTRACTOR shall familiarize himself with the contents of these documents and take these into account when preparing the execution of the WORK.

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2 Scope of Work

2.1 General scope of work

The activities that need to be carried out to obtain the information detailed in section 1.3 are the following:

• Preparation: preparation of the geophysical survey and providing plans that need to be provided (and approved) before the works can start.

• Execution: execution of the survey: - High resolution bathymetry survey - High resolution side scan sonar Survey - Magnetometer survey - High resolution seismic profiling survey

• Data processing and reporting: Process the data obtained through the geophysical survey and present the results in clear reports and drawings.

2.2 Preparation

2.2.1 Scrutinise available information

CONTRACTOR shall scrutinise the information that has been made available by CLIENT. Information that is relevant for carrying out the WORK shall be taken into account while preparing the WORK.

2.2.2 Preparation

Permits

Obtaining and arranging all necessary permissions and/or notifications to perform the survey (including all permissions and fees necessary for access and safety arrangements to harbours and offshore positions).

Project Plans

CONTRACTOR shall prepare all required project plans as required by the CONTRACT. These documents include but are not limited to.

• Project Execution Plan • Project HSE Plan • Project Quality Plan • Emergency Response plan.

CONTRACTOR shall only commence the WORK when all project plans have been approved by CLIENT.

2.3 Execution

2.3.1 Mobilization

Mobilization of the vessel to the site, complete with all necessary geophysical survey equipment and personnel.

2.3.2 High resolution bathymetry survey

Acquisition of high resolution bathymetry data using a Multi-Beam Echo Sounder (MBES) with at least 100% coverage over IA’s I & II.

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Data will be acquired to IHO S-44 Order 1a standard according to specifications issued by the Maritime and Coastguard Agency (MCA), which includes the identification of all objects greater than 2.0m x 2.0m dimensions. The onus is on the CONTRACTOR as to which technology and line spacing is employed to meet these requirements.

The result of the survey should produce a bathymetric map of the surveyed areas.

Reported water depths must be sound velocity corrected and related to the chart datum (tidal correction).

Backscatter data from seabed returns should be logged and processed for use in seabed characterisation and integrated with the SSS data.

The processed data must also be provided in digital form

2.3.3 High resolution side scan sonar and magnetometer survey

Acquisition of high resolution Side Scan Sonar and Magnetometer data over IA’s I & II to facilitate the identification of debris and variations in seabed features and texture and presence of pipeline/cables.

These two surveys should, ideally, be run simultaneously with MBES acquisition.

The SSS survey should be carried out using a dual channel, dual frequency side scan sonar with a frequency of 100 kHz or higher.

The SSS survey should provide at least 100% coverage of the IA’s, including sufficient overlap to obtain data at the nadir (the acoustically blank area directly under the SSS fish).

It is acknowledged that a magnetometer survey along widely spaced lines will not be suitable for a UXO survey. The main purpose of this survey will be for identifying/confirming the positions of known wrecks, pipelines and possibly electrical cables.

The result of the survey shall be:

• Digital SSS mosaic of profiles (horizontal resolution 0.5m) • Map (hardcopy A0 and digital) and report with interpretation of side scan

sonar profiles

2.3.4 High resolution seismic profiling survey

A high resolution sub-bottom profile data set will be acquired over IA’s I & II to enable the detection and mapping of any significant subsurface horizons including formation interfaces and buried channel features, up to a depth of approximately 80m below seabed.

The onus is on the CONTRACTOR as to which equipment and survey line spacing will best achieve this objective. However, it is anticipated that a high frequency system will be required to achieve satisfactory resolution at shallow depths (for defining the upper soil layers and relatively shallow buried channel features) and a low frequency system will be required to achieve satisfactory results at deep penetrations up to 80m depth. It is also anticipated that the low frequency system, at least, will be a multi-channel digital system. Furthermore, it is anticipated that the line spacing for the low frequency system could be less than for the high frequency system since the deeper geological structures/features (i.e. interfaces between different older geological formations) will be on a larger scale.

The result of the survey shall be:

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• Geological cross-sections identifying all significant features and horizons • Contour maps showing thickness of upper sediments • Contour maps (isolines) for each significant geological formation showing

depth to top of formation below datum (LAT)

2.3.5 Demobilization

Upon completion of the survey demobilization of the vessel, equipment and personnel.

2.4 Data processing and reporting.

After carrying out the survey CONTACTOR shall process the data that is gathered during the field work and prepare a detailed report covering the total scope of work.

The reporting requirements for the geophysical survey work are as follows:

2.4.1 Daily & Weekly reporting

The CONTRACTOR is to submit daily and weekly reports throughout the period of the fieldwork, providing full details of previous 24 hours’ work and results. Further CONTRACTOR shall issue a weekly report providing insight in the progress of the WORK on a weekly basis. The minimum contents of the daily and weekly reports is specified in Section VII of this CONTRACT.

2.4.2 Field report

A Field Report shall be made available within one week of completion of the fieldwork. The Field Reports shall contain daily logs and summaries of the work completed, together with any preliminary results that can be provided.

2.4.3 Final report

A Final Report shall be made available within four (4) weeks following completion of the fieldwork. This final report shall include:

• A statement of the purpose of the investigation; • A description of the work carried out, including reference to specification and

standards adopted and any deviations from them; • Exact locations of all survey lines (co-ordinates shall be with respect to

WGS84 datum, given in degrees and decimal minutes format); • Geophysical data interpretation and conclusions drawn, including results

specified in clause 2.3.2, 2.3.3, 2.3.4. • Electronic copies of all raw and processed data from the survey; • Drawings (AutoCAD or Microstation format or similar) showing the results of

all processed and interpreted geophysical data including, but not limited to, the following:

- Survey line positions; - Bathymetry (in metres below Chart Datum (LAT); - Shaded Relief Bathymetry; - Seabed Features including seabed soil type, soil formations,

magnetic anomalies, and seabed obstructions; - Geological cross-sections (sub-bottom profile) over the site, showing

a minimum depth of 80m below seabed;

The CONTRACTOR shall provide a digital draft report, which shall be made final after processing of comments and approval by the CLIENT. The final field report shall

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consist of two (2) hard copies and two (2) electronic copies to be provided on digitally (CD/DVD). CONTRACTOR shall provide four (3) hard copies and four (3) CD copies of the final geophysical report.

2.5 OFFSHORE REPRESENTATION

The CLIENT may require up to two (2) CLIENT OFFSHORE REPRESENTATIVES to witness the offshore phase of the surveys, in addition to any other client representatives required under the contract.

The CONTRACTOR is to be responsible for providing safety induction training for the CLIENT OFFSHORE REPRESENTATIVES who are to work on or visit any vessel in connection with the execution of the work.

The CONTRACTOR shall provide adequate facilities for the CLIENT OFFSHORE REPRESENTATIVES on any vessels to include a private cabin, office space, communication systems and messing facilities.

CONTRACTOR shall provide Personal Protective Equipment (PPE), life jackets and any special offshore PPE for the CLIENT OFFSHORE REPRESENTATIVES for the duration of the project.

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3 SCHEDULE OF KEY DATES

The SCHEDULE OF KEY DATES, excluding WAITING ON WEATHER is set out in the table below.

No. Description Date 1 COMMENCEMENT DATE CONTRACT [dd/mm/yyyy] 2 STARTING DATE of the WORK [dd/mm/yyyy] 3 Preparation/notifications finalized [dd/mm/yyyy] 4 Start of Mobilisation [dd/mm/yyyy] 5 Start offshore works 6 Offshore Completion Date

(excl WAITING ON WEATHER) [dd/mm/yyyy]

7 Field Report [dd/mm/yyyy] 8 Draft Final Report [dd/mm/yyyy] 9 Client Review of Final Report [dd/mm/yyyy] 10 Final Report [dd/mm/yyyy]

Table 2 SCHEDULE OF KEY DATES2

2 To be completed after mini-tender

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Appendix A. Wind Farm Sites and investigation zones

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MEMO

Author: Maarten Timmerman

Subject: Wind Farm Sites and investigation zone around sites

Date: 2 December 2014

Introduction

The purpose of this memo is to establish the exact definition for the Wind Farm Sites (kavels) and the zone around each kavel for which investigation results shall be presented in a specific report per Wind Farm Site. The geographical information is based on the data available on October 28th 2014. Please note that the data is not yet complete and that some data presented is subject to (ongoing) decision processes. Updates will be made available at www.rvo.nl (or click here for direct link).

Borssele Wind Farm Zone

The Borssele Wind Farm Zone is shown below. Within the Wind Farm Zone, 4 Wind Farm Sites have been defined. It is foreseen that at each Wind Farm Site an offshore wind farm of approximately 350 MW will be developed. Concessions to develop the Wind Farm Sites wil be tendered together with a permit and grant through a tender which is currently under preparation by the Ministry of Economic affairs.

Figure 1 Overview of the Borssele Wind Farm Zone and Wind Farm Sites

The coordinates of the positions that demarcate the boundary of the Borssele Wind Farm Zone are shown in the table below. The numbers show in the first column of Table 1 correspond to the numbers with the red color. The numbers between brackets correspond to the parcel points as specified in Annex A.

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http://www.rvo.nl/

http://english.rvo.nl/topics/sustainability/offshore-wind-energy/borssele-wind-farm-zone

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Geographical coordinates UTM (ETRS89) (ETRS89, zone 31) PointNr Degrees N Degrees E Easting Northing 1 (38) 51,60230 3,10233 507087,05 5716811,66 2 (39) 51,57027 3,05828 504039,56 5713246,09 3 (49) 51,62197 2,97263 498105,40 5718993,72 4 (54) 51,74303 2,77085 484178,55 5732482,80 5 (11) 51,80073 3,06343 504373,70 5738878,38 6 (5) 51,74985 3,12080 508338,99 5733222,40 7 (6) 51,70735 3,13312 509197,84 5728498,93 8 (7) 51,69642 3,12985 508974,49 5727282,45

202(-) 51,73228 3,14055 509706,86 5731271,30 Table 1 Coordinates of boundary points Borssele Wind Farm Zone

The boundaries of the Wind Farm Sites are determined by existing cables and pipelines (including safety corridors) that run through the Wind Farm Zone. The safety corridors are excluded for the development of offshore wind farms. Next to the safety corridors of cables and pipelines, the safety zone of the bordering piloting area (North-East corner) needs to be taken into account. The boundary points of the Wind Farm Sites are presented in Table 2, the coordinates of these points can be found in Annex A.

Wind Farm Site I

Wind Farm Site I is located at the North-East part of the Wind Zone. This Wind Farm Site is enclosed by the safety zone of the piloting area at the North-East corner, the safety zone of the Franpipe at the West side of the Wind Farm Site and by the safety zone of the Farland North cable at the South side of the Wind Farm Site. Further the Wind Farm Site is crossed by the Zeepipe pipeline which runs from North-East to South-West through the area and the SeaMeWe cable which runs from North to South through the area.

Wind Farm Site II

Wind Farm Site II is located at the South-East part of the Wind Zone. This Wind Farm Site is enclosed by the safety zone of the Zeepipe at the West side of the Wind Farm Site and by the safety zone of the Farland North cable at the North side of the Wind Farm Site. The Wind Farm Site is not crossed by cables or pipelines.

Wind Farm Site III

Wind Farm Site III is located at the Mid-South part of the Wind Zone. This Wind Farm Site is enclosed by the safety zone of the Franpipe at the West side of the Wind Farm Site and by the safety zone of the Farland North cable at the North side of the Wind Farm Site and the safety zone of the Zeepipe at the East side of the Wind Farm Site. The Wind Farm Site is crossed by the SeaMeWe cables which runs from NNE to SSW through the Wind Farm Site.

Wind Farm Site IV

Wind Farm Site VI is located at the West part of the Wind Zone. This Wind Farm Site is enclosed by the safety zone of the Franpipe at the East side of the Wind Farm Site. The Wind Farm Site is crossed by the TAT14 cable which cables which runs from NE to SW through the Wind Farm Site and the Farland North cable which runs from SEE to WWN through the Wind Farm Site.

Wind Farm Site I II III IV Boundary points

9 28 41 54 10 29 42 62 11 30 43 65 12 31 44 56 106 32 45 59

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Wind Farm Site I II III IV

107 33 46 60 34 47 35 48 36 50 37 51 38 39

Table 2 Boundary points defining the Wind Farm Sites in the Borssele Wind Farm Zone

Infrastructure

Several cables and pipelines run through the Borssele Wind Farm Zone. On both sides of each cable and pipeline a safety corridor in which no activities may take place without the consent of the owner is projected. The safety corridor for the (telecom) cables is 750 m at each side of the cable. The safety corridor for a pipeline is 500 m at each side of the pipeline. Figure 2 gives an overview of the cables, pipelines and projected safety corridors in the Wind Farm Zone.

Figure 2 Existing infrastructure at the Borssele Wind Farm Zone

Cable / Pipeline TAT-14 Franpipe SeaMeWe Zeepipe Farland North Position points

66 71 76 86 98 67 72 77 87 99 68 73 78 88 100 69 74 79 89 101 70 75 80 90 102 81 91 103 82 92 104

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Cable / Pipeline TAT-14 Franpipe SeaMeWe Zeepipe Farland North

83 93 105 84 94 85 95 96 97

Table 3 Position points defining the cables and pipelines in the Borssele Wind Farm Zone

Wind Farm Sites and Parcels

Within the Wind Farm Sites different parcels can be distinguished, the boundaries of the parcels are determined by the safety corridors of the pipelines and cables that cross the Wind Farm Sites. Figure 3 shows the different parcels and the numbering of the boundary points of each parcel. The boundary points of the parcels that have been defined in the different Wind Farm Sites are presented in Table 4. A graphical representation of the different parcels in the Wind Farm Sites parcels is given in Figure 3.

Figure 3 Parcels in the Wind Farm Sites

Parcel Ia Ib Ic Id II IIIa IIIb IVa IVb IVc Boundary points

1 9 20 24 28 40 50 54 58 61 2 10 21 25 29 41 51 55 59 62 3 11 22 26 30 42 52 56 60 63 4 12 23 27 31 43 53 57 64 106 13 32 44 65 107 14 33 45 15 34 46 16 35 47 17 36 48

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Parcel Ia Ib Ic Id II IIIa IIIb IVa IVb IVc

18 37 49 19 38 39

Table 4 Boundary points of the parcels in the different Wind Farm Sites

Tender Zones

The Wind Farm Sites at the Borssele area will be tendered in two separate tenders of which the first will open in 2015 and the second in 2016. In each tender, 2 Wind Farm Sites will be put out for tender. Zone A including Wind Farm Site I and II will be part of the tender of 2015. Zone B which includes Wind Farm Site III and IV will be part of the tender of the 2016. A graphical representation of the Tender Zones is given in Figure 4.

Figure 4 Overview of the Tender Zones at the Borssele area

Tender Zone A B Boundary points

11 48 202 54 38 75 39 73 86 93 87 91 88 89 89 88 90 87 91 86 92

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Tender Zone A B

93 73 75

Table 5 Boundary points of the Tender Zones A & B

Areas to be included in the investigations

For the Borssele Wind Zone, several investigations are currently in execution. The whole Borssele Wind Zone will be investigated in these investigations, however, (not all) the results of these investigations shall be presented for the whole Borssele area, but focus on the specific Wind Farm Sites. The boundaries of the Wind Farm Sites for which the results of the investigations shall be presented in these studies shall include (parts of) the safety zones of the neighbouring cable(s) or pipeline(s).

Taking into account the above, the following Investigation Areas (IA) have been defined in Table 6. The numbering used in this table is presented in Figure 5.

Figure 5 Overview of the Wind Farm Sites and Investigation Areas that have been defined

Investigation Area I II III IV Boundary points

73 98 71 54 75 38 73 75 11 39 93 71 5 86 92 6 87 91 98 88 90 89 89 90 88 91 87

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Investigation Area I II III IV

93 86 Table 6 Coordinates of boundaries of the Investigation Zones

ANNEX A - OVERVIEW COORDINATES PARCEL POINTS

Geographical coordinates UTM (ETRS89) (ETRS89, zone 31)

Location Point Degrees N Degrees E Easting Northing Parcel I a 1 51,71706 3,05425 503747,98 5729571,28 Parcel I a 2 51,75286 3,06510 504493,40 5733553,10 Parcel I a 3 51,75562 3,08528 505886,23 5733861,05 Parcel I a 4 51,76670 3,10182 507026,10 5735095,07 Parcel I a 5 51,74984 3,12080 508338,99 5733222,40 Parcel I a 6 51,70736 3,13311 509197,84 5728498,93 Parcel I a 7 51,69642 3,12985 508974,49 5727282,45 Parcel I a 8 51,69504 3,12945 508946,79 5727128,77 Parcel I b 9 51,74053 2,97387 498195,61 5732179,90 Parcel I b 10 51,79699 3,04427 503052,90 5738460,10 Parcel I b 11 51,80074 3,06343 504373,70 5738878,38 Parcel I b 12 51,79959 3,06473 504463,61 5738750,14 Parcel I b 13 51,78399 3,05994 504134,55 5737015,25 Parcel I b 14 51,77073 3,05596 503861,53 5735540,39 Parcel I b 15 51,76532 3,05431 503747,98 5734937,96 Parcel I b 16 51,76309 3,03696 502550,86 5734689,23 Parcel I b 17 51,76177 3,03329 502297,43 5734542,91 Parcel I b 18 51,76038 3,03057 502109,51 5734388,39 Parcel I b 19 51,73319 2,99903 499933,11 5731363,59 Parcel I c 20 51,76722 3,07014 504839,79 5735150,31 Parcel I c 21 51,78933 3,07631 505263,12 5737609,74 Parcel I c 22 51,77828 3,08877 506123,85 5736382,01 Parcel I c 23 51,76762 3,07329 505057,19 5735195,83 Parcel I d 24 51,72733 3,01913 501321,18 5730711,44 Parcel I d 25 51,75061 3,04670 503224,07 5733301,78 Parcel I d 26 51,75099 3,04975 503434,54 5733344,75 Parcel I d 27 51,72100 3,04080 502818,17 5730008,13 Parcel II 28 51,59018 3,02533 501754,86 5715458,97 Parcel II 29 51,59326 3,02490 501724,83 5715801,34 Parcel II 30 51,59645 3,02445 501693,71 5716155,97 Parcel II 31 51,60485 3,02395 501658,62 5717090,63 Parcel II 32 51,61450 3,02445 501692,76 5718163,04 Parcel II 33 51,62454 3,02626 501817,78 5719280,64 Parcel II 34 51,70332 3,05029 503475,25 5728042,11 Parcel II 35 51,68239 3,12174 508416,71 5725720,51 Parcel II 36 51,68118 3,12388 508564,67 5725586,88 Parcel II 37 51,68046 3,12517 508654,27 5725505,95 Parcel II 38 51,60230 3,10233 507087,05 5716811,66 Parcel II 39 51,57027 3,05829 504039,56 5713246,09

Parcel III a 40 51,64983 2,92633 494903,44 5722095,03

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Location Point Degrees N Degrees E Easting Northing Parcel III a 41 51,71650 3,00570 500393,44 5729507,48 Parcel III a 42 51,70729 3,03669 502535,07 5728483,83 Parcel III a 43 51,62607 3,01201 500831,20 5719450,19 Parcel III a 44 51,61535 3,01007 500697,23 5718257,76 Parcel III a 45 51,61236 3,00970 500671,65 5717925,78 Parcel III a 46 51,60744 3,00947 500655,94 5717378,08 Parcel III a 47 51,60212 3,00951 500658,88 5716785,88 Parcel III a 48 51,59963 3,00968 500670,75 5716509,01 Parcel III a 49 51,62196 2,97263 498105,40 5718993,72 Parcel III b 50 51,67318 2,88747 492218,64 5724695,43 Parcel III b 51 51,72964 2,96012 497245,60 5730968,94 Parcel III b 52 51,72220 2,98561 499006,34 5730141,70 Parcel III b 53 51,65921 2,91073 493825,18 5723139,39 Parcel IV a 54 51,74303 2,77085 484178,55 5732482,80 Parcel IV a 55 51,75991 2,85597 490059,36 5734345,19 Parcel IV a 56 51,74109 2,92076 494528,58 5732245,45 Parcel IV a 57 51,72287 2,80457 486500,85 5730233,50 Parcel IV b 58 51,71182 2,82302 487772,20 5729002,11 Parcel IV b 59 51,73068 2,94326 496081,24 5731086,30 Parcel IV b 60 51,67945 2,87703 491497,54 5725393,86 Parcel IV c 61 51,76594 2,88648 492166,47 5735012,48 Parcel IV c 62 51,78738 2,99531 499676,28 5737390,76 Parcel IV c 63 51,76364 2,96475 497567,00 5734751,25 Parcel IV c 64 51,76126 2,96183 497365,84 5734486,31 Parcel IV c 65 51,74880 2,94566 496248,58 5733101,40

TAT - I 66 51,71735 2,81379 487136,52 5729617,80 TAT - II 67 51,73589 2,93201 495304,91 5731665,88 TAT - III 68 51,74040 2,94872 496459,20 5732167,05 TAT - IV 69 51,74587 2,95578 496947,05 5732774,40 TAT - V 70 51,79104 3,01392 500959,72 5737797,21 FP - I 71 51,67632 2,88225 491858,09 5725044,65 FP - II 72 51,73016 2,95169 496663,42 5731027,62 FP - III 73 51,73708 2,96013 497247,17 5731796,85 FP - IV 74 51,74248 2,96716 497732,33 5732397,56 FP - V 75 51,79459 3,03202 502208,11 5738192,56

SMW - I 76 51,65452 2,91853 494364,31 5722617,21 SMW - II 77 51,71935 2,99566 499699,89 5729824,59 SMW - III 78 51,72484 3,00211 500145,96 5730434,94 SMW - IV 79 51,73026 3,00908 500627,14 5731037,52 SMW - V 80 51,75550 3,03864 502666,79 5733845,08 SMW - VI 81 51,75704 3,04336 502992,70 5734016,99 SMW - VII 82 51,75909 3,05970 504120,69 5734245,53 SMW - VIII 83 51,76004 3,06762 504666,59 5734351,71 SMW - IX 84 51,76162 3,07928 505471,71 5734528,44 SMW - X 85 51,77249 3,09529 506574,97 5735738,54

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MEMO


Location Point Degrees N Degrees E Easting Northing ZP - I 86 51,59490 3,01751 501212,81 5715983,99 ZP - II 87 51,59769 3,01721 501191,85 5716293,61 ZP - III 88 51,60194 3,01696 501174,83 5716767,02 ZP - IV 89 51,60861 3,01683 501165,14 5717508,21 ZP - V 90 51,61492 3,01726 501194,99 5718210,40 ZP - VI 91 51,62531 3,01913 501324,49 5719365,41 ZP - VII 92 51,70530 3,04349 503005,16 5728262,97 ZP - VIII 93 51,71218 3,04545 503140,24 5729028,16 ZP - IX 94 51,71903 3,04753 503283,07 5729789,70 ZP - X 95 51,75193 3,05742 503963,97 5733448,93 ZP - XI 96 51,76627 3,06222 504293,88 5735044,14 ZP - XII 97 51,79446 3,07052 504863,36 5738179,94 FN - I 98 51,68775 3,12731 508800,53 5726317,36 FN - II 99 51,71019 3,05227 503611,62 5728806,70 FN - III 100 51,71414 3,03874 502676,62 5729245,98 FN - IV 101 51,72191 3,01241 500857,31 5730109,46 FN - V 102 51,72770 2,99232 499469,72 5730752,65 FN - VI 103 51,73508 2,96699 497720,60 5731574,42

FN - VIII 104 51,74495 2,93321 495388,58 5732673,43 FN - IX 105 51,76293 2,87123 491112,91 5734678,83 500 m 106 51,75861 3,11092 507655,72 5734196,99 500 m 107 51,69514 3,12913 508924,84 5727139,08

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Appendix B. Cables and Pipelines at the Borssele WFZ

Page 15 of 15

ZEEBRUGGE

WALCHEREN

ZEEUWS VLAANDEREN

VLISSINGEN

NOORD BEVELAND

SCHOUWEN

ZUID BEVELAND

DUIVELAND

GOEREE

THOLEN

VOORNE

OVERFLAKKEE

d

dBorssele

Windenergiegebied Borssele

ETRS89, UTM zone 31 NAan deze uitgave kunnen geen rechten worden ontleend.

Datum: 02 juli 2014

Rijkswaterstaat Zee en Delta

´0 2 4 6 81 km

0 2 4 61 nm

WindparkenNederland

Aangewezen gebiedOverlap beloodsingsgebied

Belgiëapplicationin bedrijfvergund

GrenzenNautische 12 mijl

PijpleidingenIn gebruikVerlatenLeiding veiligheidszone 500m

Electra-Telecom kabelsElectriciteitTelecomTelecom verlaten

d AanlandingspuntKabels veiligheidszone 750m

Basiskaart (1:250.000)

Legenda

soil investigations wind farm zones section iv-b scope of

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