Doc. no.: for the 2019 Market Test

7

TAP AG Doc. no.:

CAL00-PMT-000-A-TVN-0007 Rev. No.: 0

Contractor Logo Doc. Title: Technical Description of the TAP Transportation System

for the 2019 Market Test Page: 2 of 7

Table of Contents

1 Scope .................................................................................................. 3

2 TAP Pipeline ....................................................................................... 3

2.1 System Description .................................................................................................. 3

2.2 Pipeline design ......................................................................................................... 4

3 Expansion to 20 BCMY ...................................................................... 5

3.1 Indicative Expansion steps ....................................................................................... 5

3.2 Indicative Costs ........................................................................................................ 6

3.3 Indicative Schedule .................................................................................................. 7

TAP AG Doc. no.:




1 Scope

The scope of this Technical Note is to provide an overall description of the current TAP system and potential future expansions, to be made available as background information for interested parties in TAP’s market test procedure launched in July 2019.

2 TAP Pipeline

2.1 System Description

The Trans Adriatic Pipeline (TAP) is designed to transport natural gas from Greek/Turkish border, via Albania and across the Adriatic Sea, to Italy’s southern Puglia region and further to Western Europe. The initial capacity will be 10 BCMY1; future capacity expansion will be possible up to a maximum 20 BCMY.

The entry point of TAP pipeline will be located near Kipoi (East Macedonia and Thrace re-gion, Greece), where the gas will arrive through TANAP Pipeline, which crosses Turkey. The guaranteed supply pressure at TAP entry point in Kipoi will be 50 barg. The exit point of TAP pipeline will be located near Melendugno in the province of Lecce (Apulia region, Italy), where the pipeline system will be tied in with Snam Rete Gas (SRG) network. The delivery pressure to the SRG network in Italy will be 75 barg.

The project has also incorporated provisions for physical reverse flow.

Figure 1 – TAP route

1 BCMY = Billion Cubic Meters per Year calculated at Standard conditions (15°C; 1 atm)

TAP AG Doc. no.:




The main components of the TAP transportation system for the 10 BCMY case are: • Two compressor stations: one in Kipoi, Greece GCS00 and one at the start of the offshore

section close to Fier on the Albanian coast ACS03.• A pigging station in Serres, Greece GCS01.• A metering and pigging station at the border between Greece and Albania on Albanian side

ner Bilisht ACS02.• A Pipeline Receiving Terminal PRT, a combined pressure reduction, metering and pigging

station, located North of Melendugno, Italy.• A 48” onshore pipeline between GCS00 and ACS03.• A 36” offshore/onshore pipeline between ACS03 and PRT.• 31 x 48” onshore block valve stations (BVS) and 2 x 36” onshore landfall valve stations (LVS)

on either side of the Adriatic Sea.• A tie-in point (GTP) in Nea Mesimvria, Greece• Fiber-optic cables running parallel to the entire pipeline system from GCS00 to PRT

TAP tie-in points are the following: • 48” tie-in to TANAP pipeline at the Turkish/Greek border.• 24” tie-in to IGB pipeline in Komotini, Greece, at BVS-04.• 24” tie-in to DESFA Network in Nea Mesimvria, Greece, at GTP-01.• 16” tie-in for future connection in Aspro, Greece, at BVS-18.• 16” tie-in for future connection in Perdikas, Greece, at BVS-21.• 16” tie-in for future connection in Orestida, Greece, at BVS-23• 24” tie-in for future connection in Kuçove, Albania, at BVS-30.• 16” tie-in for future connection in Fier, Albania, at ACS03.• 48” tie-in at the fence of the PRT to SRG Network.

For more details about components of TAP system refer to document “CAL00-PMT-100-F-DPB-0001-01 Process Flow Pipeline Overall Block Diagram”. TAP route with indication of the location of all facilities can be found in document “CPL00-PMT-000-F-DFO-0002-01 – Facilities Position”

2.2 Pipeline design

Current TAP configuration is optimized to transport 10 BCMY from Turkish/Greek border to Italy. The design pressure of the various sections is the following:

• Pipelineo from Turkish/Greek border to GCS00 (48”) 95.5 barg o from GCS00 to ACS03 (48”) 95 barg o from ACS03 to PRT (36”) 145 barg

• Stationso GCS00 95 barg o GCS01 95 barg o ACS03 95/145 barg o PRT 145/75 barg

TAP AG Doc. no.:




Compressor stations (GCS00 and ACS03) are equipped with three turbocompressors 15 MW ISO in a 2+1 configuration (2 operating + 1 spare).

GCS00 Kipoi

GCS01 Serres

ACS02 Bilisht

ACS03 Fier

PRT Melendugno

Configuration

Pigging Pigging Pigging Pigging Pigging Metering Metering Metering Metering

2+1 15 MW ISO compressors

2+1 15 MW ISO compressors

Flow control and pressure

regulation

Table 1 – Current stations configuration

3 Expansion to 20 BCMY

TAP pipeline has been designed to be expanded from 10 to 20 BCMY capacity of gas de-livery from Turkish/Greek border to Italy.

The following modifications are required for the expansion to 20 BCMY: - Additional compressors/coolers/filters/meters in GCS00 - New compressor station to be installed in GCS01 (currently only pigging station) - New compressor station to be installed in ACS02 (currently only pigging and metering station) - Additional compressors/coolers/filters/meters in ACS03 - New filters/heaters/control valves/meters in PRT

No modifications are required to pipeline sections between compressor stations.

3.1 Indicative Expansion steps

A series of main capacity increase steps have been identified, calculating capacity from the Turkish/Greek border to Italy, assuming no deliveries to intermediate tap-off points.

Steps for capacity increase are based following sequence:

1. Maximization of compression power at GCS00 and ACS03 using 15 MW turbocom-pressors.

2. Upgrading of ACS02 into a compressor station using 25 MW turbocompressors andmaximization of compression power at GCS00, ACS02 and ACS03.

3. Setup of GCS01 using 25 MW turbocompressors only after ACS02 is turned into acompressor station.

4. Maximization of compression power at all compressor stations and terminal (15 MWTUCOs @GCS00 and ACS03; 25MW TUCOs @ GCS01 and ACS02).

Table 2 reports required facilities in the stations for each step of the expansion.

TAP AG Doc. no.:




Pipeline Capacity (BMCY)

GCS00 GCS01 ACS02 ACS03 IPR01

10.0 CS (2+1) - M CS

(2+1) PRT

11.8 CS (3+1) - M CS

(3+1) PRT

14.4 CS (4+1) - CS

(2+1) CS

(4+1) PRT

16.4 CS (4+1)

CS (1+1)

CS (1+1)

CS (4+1) PRT

20.0 CS (5+1)

CS (3+1)

CS (3+1)

CS (4+1) PRT

CS: compressor station with also process, metering and utility facilities sized for the specified gas volumes – numbers in brackets indicate number of turbocompressors installed (operating + spare)

M: metering station with only process and metering facilities sized for the specified gas volumes PRT: receiving terminal with process, metering and utility facilities sized for the specified gas volumes

Table 2 - Expansions steps 10 to 20 BCMY

These results are preliminary and based on considerations on compression power and pres-sure ratio only. A more detailed analysis including actual compressor maps and gas turbine requirements shall be carried to confirm the conclusions on capacities.

3.2 Indicative Costs

A study from 2013 evaluated costs linked to the expansion steps indicated in Table 2, based on the assumption to implement additional capacity before COD.

Costs are expected to be higher now than what was estimated in the past since the addi-tional facilities required for the expansions would be built after COD while stations are in operations. Table 3 reports a first indicative estimation of the costs. It should be noted that indicated capacities do not consider intermediate interconnection points along the pipeline.

Pipeline Capacity (BCMY)

Estimated CAPEX

(M€)

10.0 -

11.8 180

14.4 505

16.4 705

20.0 1035

Table 3 - Estimated expansion costs

TAP AG Doc. no.:




3.3 Indicative Schedule

For an expansion from the current configuration to any of the steps shown above, a minimum implementation period of 3 years shall be considered. In case of pre-order of long lead items (i.e. compressors) implementation period could be reduced to minimum 2 years.

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REFERENCE DOCUMENTS:CPL00-ENT-000-F-DPP-0001 PROCESS FLOW - OVERALL BLOCK

DIAGRAM - Rev05 2015-06-19

PROJECT TITLE

TRANS ADRIATIC PIPELINE - PRT

REV. REMARKS/ DESCRIPTION

DRAWING TITLE

DRAWING NO.

PROCESS FLOW

CPL00-PMT-100-F-DPB-0001-01

NO. CONTRACT

0 ISSUED FOR INFORMATION

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ScaLEFormat FACILITY CODE SYSTEM N. REVISION N.RD CODE

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PIPELINE OVERALL BLOCK DIAGRAM

PROCESS FLOWPIPELINE OVERALL BLOCK DIAGRAM

INDEXSHEET Rev 0 Rev 1 Rev 2 Rev 3

CPL00-PMT-100-F-DPB-0001-01 sh.1 X X

CPL00-PMT-100-F-DPB-0001-01 sh.2 X X

CPL00-PMT-100-F-DPB-0001-01 sh.3 X X

CPL00-PMT-100-F-DPB-0001-01 sh.4 X X

CPL00-PMT-100-F-DPB-0001-01 sh.5 X X

CPL00-PMT-100-F-DPB-0001-01 sh.6 X X

CPL00-PMT-100-F-DPB-0001-01 sh.7 X X

CPL00-PMT-100-F-DPB-0001-01 sh.8 X X

1 ISSUED FOR INFORMATION 18/03/2019

FQ

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END OFSTART OF

SEGMENT

TYPE 1

KM

PO

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END OFSTART OF

SEGMENT

KM

PO

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END OFSTART OF

SEGMENT

* 1

SCRAPER TRAP

METERING GENERAL

SEPERATOR GENERAL

COMPRESSOR GENERAL

COUNTERFLOW

* 1

*1

*1

INPUT BY LOCAL ENGINEERS REQUIRED

ON HOLD

LINE NO. BREAK AT DOWNSTREAM TIE-IN POINT

HEAT EXCHANGER

MANUALLY OPERATED BALL VALVE

PRESSURE CONTROL VALVE

MOTOR OPERATED BALL VALVE

PIPE CAP

VENT TO AIR

FLANGE CONNECTION

COLORS FOR KP

BLACK

BLUE

RED

GREEN

TOTAL PIPELINE LENGTH

GREECE PIPELINE LENGTH

ALBANIA PIPELINE LENGTH

ITALY PIPELINE LENGTH

SEGMENT CODE

PLANT CODE

GPL-0100-CST-0001-GCS00COMPRESSOR STATIONEXAMPLE

APL-2700-BVS-0024-ABV24BLOCK VALVE STATIONEXAMPLE

OPTION CODE TYPE

SEGMENT CODE

PLANT CODE

GPL-0100-SPO-0001SPECIAL POINTEXAMPLE

APL-2500-BAT-0002BATTERY LIMITEXAMPLE

STATION NUMBER

SYSTEM CODE

OBJECT CODE TYPE

ABV28-105-MOB-2810

VALVE SEQUENCE NUMBER

OBJECT CODENUMBER

OBJECT CODE

MOTOR OPERATED BALL VALVEEXAMPLE

TYPE 2

TYPE 3

FIN FAN GAS COOLER

OPTION CODE TYPE

ROPTICAL REPEATERACTIV OPTICAL NETWORK(BVS EDITION)

COPTICAL REPEATER AND CONTROLLERACTIV OPTICAL NETWORK(STATION EDITION)

INSULATING COUPLINGRELEVANT FOR VALVE CODING ON BLOCK VALVE STATION ONLY

STATION BORDERS

STATION BORDERS( OPTIONAL FOR 20BCM CASE )

CATHODIC PROTECTION RECTIFIER

FOC FIBRE OPTIC SYSTEM

MAIN PIPELINE

REF. CBV00-ENT-105-F-DPT-0001PROCESS TYPICAL FOR BVS AND LFS

REF. CBV00-ENT-105-F-DPT-0002PROCESS TYPICAL FOR BVS AND LFS WITH TAP-OFF

REF. CBV00-ENT-105-F-DPT-0003PROCESS TYPICAL FOR BVS AND LFS WITHOUT VENT

BLOCK VALVE STATION (BVS) ANDLANDFALL VALVE STATION (LFS)

TYPES

TAGGING EXAMPLESSYMBOLS

KM

PO

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TYPE 5

*1

PROCESS TYPICAL DETAILS TO BE DEFINED

ELECTRO-HYDRAULIC ACTUATED BALL VALVE

KM

PO

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END OFSTART OF

SEGMENT

TYPE 4

*1

PROCESS TYPICAL DETAILS TO BE DEFINED

24"

SPECTACLE BLIND

24"

GENERAL NOTES FOR REVISION 1:

REVISION NOTES:

1. GTP01 INSERTED. Type 5

2. GBV15: TYPE CHANGE FROM 4 TO 1.

3. GBV18, GBV21, GBV23: TYPE CHANGE FROM 1 TO 2.

4. BASE CASE GR 2018-01-31 + BASE CASE AL 2018-01-19

IMPLEMENTED

5. TYPE 4 GBV04 EXTENDED BELOW GROUND

6. 16" OFFTAKE AT ACS03 ADDED

FOR LEGEND AND NOTES SEE PAGE 2 OF THIS DOCUMENT

GENERAL NOTE:

1. ACCORDING PROJECT FILE CODING.

2. ACCORDING P&ID

3. RELEVANT FOR GIS DATA RELATIONSHIPS AND DOCUMENT

REGISTRATION PURPOSE

4. RELEVANT FOR GIS DATABASE PURPOSE ONLY. NOT FOR

DOCUMENT ISSUES

5. ALL KP VALUES IN 3D RELATED TO CENTRE OF BVS OR CST.

6. LENGTHS INTERPOLATED ON DTM

NOTE:

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GBV01GBV02

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GBV03

GPL-0400

GBV04

GPL-0500

GBV05

GPL-0600

GBV06

GPL-0700

GBV07

GPL-0800

NOTE 1

NOTE 3

NOTE 3

TIE-IN

PYLAIAALEXANDROUPOLIS

2.1

2.1

20.0

20.0

40.8

40.8

SYKORRACHI

63.0

63.0

THRYLORIO

88.8

88.8

POLYANTHO

109.

610

9.6

PIGADIA

134.

413

4.4

GERONTAS

161.

616

1.6

TRGR

GCS0048"48"

KIPOI

FQ

DP 95 DP 95.5

NOTE 2

NOTE 4

KP_TAP /KP_REGIONAL [ KM ]

2.118.020.8

GPL-0100-CST-0001-GCS00

NOTE 5

GPL-0200-BVS-0001-GBV01

GPL-0300-BVS-0002-GBV02

BVS-0002

GPL-0400-BVS-0003-GBV03

BVS-0003BVS-0004

GPL-0500-BVS-0004-GBV04

GPL-0600-BVS-0005-GBV05

BVS-0005 CST-0001BVS-0006

GPL-0700-BVS-0006-GBV06

GPL-0800-BVS-0007-GBV07

BVS-0007

SEGMENT BREAKINGFEATURE

VALVE TAG

SEGMENT CODE

PLANT CODE

STATION TAG

STATION NAME

GBV07-105-MOB-0710

22.225.820.924.827.225.4

FOC FOC FOC FOC FOC FOC FOC

CR

40.7

R FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC

85

AON-0100-RPT-0001-GBV02

RPT-0018

R

R

FOC FOC FOC FOC FOC FOC FOC FOC

FOC FOC FOC FOC FOC

RPT-0001

AON-2600-RPT-0018-GBV04

CTL-0001

AON-0100

AON-0000-CTL-0001-GCS00

AON-2700

AON REPEATERUPLINK

AON REPEATERDOWNLINK

AON-0200

AON-2600

AON-0300


AON-0200-RPT-0002-GBV05

RPT-0002RPT-0017

AON-2500-RPT-0017-GBV06

69.476.4

46.2

FOC FOC FOC FOC

AON-2500

81.4

GPL-0000-ICP-0001

BVS-0001

ESTIMATED.SEGMENTLENGTH [ KM ]

INSULATING COUPLINGTAG

CATHODIC PROTECTIONRECTIFIER TAG

GBV02-0300-CPR-0001

40.9

GCS00-110-MOB-2001

GCS00-110-MOB-1001

GBV02-105-MOB-0210

GBV03-105-MOB-0310

GBV04-105-MOB-0410

GBV05-105-MOB-0510

GBV06-105-MOB-0610

GBV01-105-MOB-0110

CATHODIC PROTECTIONSPREAD LENGTH [KM]93.7

ESTIMATED HOPLENGTH UPLINK [ KM ]

ESTIMATED HOPLENGTH DOWNLINK[ KM ]

FOC HOP CODEDOWNLINK

FOC HOP CODEUPLINK

AON REPEATER CODE

AON REPEATER TAG

NOTE 4

TYPE 1

GPL-0100-SPO-0001

TYPE 1TYPE 1TYPE 4TYPE 1TYPE 1TYPE 1

NOTE 3

NOTE 3

48"48"

GCS00-110-HOB-1040

GCS00-110-HOB-2040

NOTE 6

GBV06-0700-CPR-0001

0.0

0.0

-0.2

123

GPL-0100-ICP-0001

GPL-0200-ICP-0001


REVISION NOTES:





IMPLEMENTED




GENERAL NOTE:


2. ACCORDING P&ID




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CPL00-ENT-000-F-DPP-0001 PROCESS FLOW - OVERALL BLOCK DIAGRAM - REV05 2015-06-19

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GBV08

GPL-0900

GBV09

GPL-1000

GBV10

GPL-1100

GBV12

GPL-1300

GBV13

GPL-1400

GBV14

GPL-1500

KAVALA

187.

018

7.0

KALAMPAKI

216.

821

6.8

NEA ZICHNI

244.

924

4.9

KALOKASTRO

298.

129

8.1

272.

027

2.0

318.

131

8.0

343.

534

3.5

THEODOSIADRYMOS

GPL-1200-BVS-0011-GCS01

GPL-1300-BVS-0012-GBV12

GBV13-105-MOB-1310

BVS-0008

GPL-0900-BVS-0008-GBV08

GPL-1000-BVS-0009-GBV09

BVS-0009BVS-0010

GPL-1100-BVS-0010-GBV10

BVS-0012BVS-0013

GPL-1400-BVS-0013-GBV13

GPL-1500-BVS-0014-GBV14

BVS-0014

GPL-1200

GBV14105-MOB-1410

GBV12-105-MOB-1210

GBV08-105-MOB-0810

GBV09-105-MOB-0910

GBV10-105-MOB-1010

25.429.828.127.126.120.025.5

C

CTL-0002

AON-0400-CTL-0002-GBV11

R

AON-0400

FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC

AON-0300-RPT-0003-GBV08

RPT-0003

84.5

R

CFOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC

AON-0500

46

R FOC FOC FOC FOC FOCFOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC

AON-2500

81.4

AON-2400

54.9

AON-2300

92.7

AON-0500-RPT-0004-GBV13

RPT-0004 RPT-0016

AON-2400-RPT-0016-GBV09

GBV13-109-EJU-0001

101.3

CST-0002

GCS01( OPTIONAL FOR 20BCM CASE )

SERRES

48" 48"

DP 95 DP 95

TYPE 1TYPE 1TYPE 1TYPE 1TYPE 1TYPE 1

48"

48" 48"

48"

GCS01-110-MOB-1001

GCS01-110-MOB-2001

GCS01-110-HOB-2040

GCS01110-HOB-1040

GPL-1202 GPL-1201

21.6

110.5

GBV10-109-EJU-0001

NOTE 1

NOTE 3

NOTE 3

NOTE 2

NOTE 4

KP TAP /KP REGIONAL [ KM ]

NOTE 5


VALVE TAG

SEGMENT CODE

PLANT CODE

STATION TAG

STATION NAME

AON REPEATERUPLINK





CATHODIC PROTECTIONSPREAD LENGTH [KM]




FOC HOP CODEUPLINK

AON REPEATER CODE

AON REPEATER TAG

NOTE 4

NOTE 3

NOTE 3


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GBV15

GPL-1600

GBV16

GPL-1700

GBV17

GPL-1800

GBV18

GPL-1900

GBV19

GPL-2000

GBV20

GP -2100

GBV21

GPL-2200

GBV22

GPL-2300

GBV23

GPL-2400GPL-2500

NEA MESSIMVRIACHALKIDONAPARALIMNIASPROAG. FOTINIANTIGONOSPERDIKKASAG. PARASKEVIPORIA

532.

853

2.8

506.

550

6.5

479.

847

9.8

463.

446

3.4

438.

043

8.0

420.

642

0.6

401.

040

1.0

381.

838

1.8

366.

736

6.7

BVS-0015

GPL-1600-BVS-0015-GBV15

BVS-0016

GPL-1700-BVS-0016-GBV16

GPL-1800-BVS-0017-GBV17

BVS-0017BVS-0018

GPL-1900-BVS-0018-GBV18

GPL-2000-BVS-0019-GBV19

BVS-0019BVS-0020

GPL-2100-BVS-0020-GBV20

BVS-0021

GPL-2200-BVS-0021-GBV21

BVS-0022

GPL-2300-BVS-0022-GBV22

GPL-2400-BVS-0023-GBV23

BVS-0023

GBV15-105-MOB-1510

GBV16-105-MOB-1610

GBV17-105-MOB-1710

GBV18-105-MOB-1810

GBV19-105-MOB-1910

GBV20-105-MOB-2010

GBV21-105-MOB-2110

GBV22-105-MOB-2210

GBV23-105-MOB-2310

1.515.119.219.617.425.416.426.726.3

RR FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOCFOC FOC FOC FOC FOC FOC FOC

AON-0600

81.1

AON-0700

78

AON-0800

76.3

RRR FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOCFOC FOC FOC FOC

AON-2200

72.2

AON-2100

65.3

AON-0600-RPT-0005-GBV17

RPT-0005

AON-0700-RPT-0006-GBV21

RPT-0006 RPT-0015

AON-2200-RPT-0015-GBV15

RPT-0014

AON-2100-RPT-0014-GBV19

RPT-0013

AON-2000-RPT-0013-GBV22

102.594.8

TYPE 1TYPE 1TYPE 2TYPE 1TYPE 2 TYPE 1TYPE 1TYPE 2TYPE 1

GTP01

365.

236

5.2

NEA MESSIMVRIA

GPL-1500-BVS-0014-GBV14

BVS-0014

GBV14105-MOB-1410

21.6

TYPE 5

GBV23-109-EJU-0001

GBV18-109-EJU-0001

NOTE 1

NOTE 3

NOTE 3

NOTE 2

NOTE 4


NOTE 5


VALVE TAG

SEGMENT CODE

PLANT CODE

STATION TAG

STATION NAME

AON REPEATERUPLINK









FOC HOP CODEUPLINK

AON REPEATER CODE

AON REPEATER TAG

NOTE 4

NOTE 3

NOTE 3


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GRAL

GRAL

APL-2700APL-2601APL-2602

ABV24

APL-2800

ABV25

APL-2900

ABV26

APL-3000

ABV27

APL-3100

ABV28

APL-3200

ABV29

APL-3300

ABV30

GPL-2500APL-2600

4.7

557.

6

19.5

572.

4

PROGËRDRENOVËVITHKUQPOTOMVËNDRESHËVËRTOP

44.2

597.

0

70.6

623.

4

98.7

651.

5

122.

067

4.9

143.

669

6.4

169.

472

2.3

552.

870.0

48"48"

FQ

DP 95 DP 95

ACS02-110-MOB-2001

ACS02BILISHT (TRESTENIK)

CST-0003

APL-2600-CST-0003-ACS02

APL-2700-BVS-0024-ABV24

BVS-0024BVS-0025

APL-2800-BVS-0025-ABV25

APL-2900-BVS-0026-ABV26

BVS-0026

APL-3000-BVS-0027-ABV27

BVS-0027BVS-0028

APL-3100-BVS-0028-ABV28

APL-3200-BVS-0029-ABV29

BVS-0029BVS-0030

APL-3300-BVS-0030-ABV30

URAVAJGURORE

ABV30-105-MOB-3010

ABV29-105-MOB-2910

ABV28-105-MOB-2810

ABV27-105-MOB-2710

ABV26-105-MOB-2610

ABV25-105-MOB-2510

ABV24-105-MOB-2410

14.724.726.428.123.321.625.917.1

R

CFOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC

AON-0900

94.3

AON-1000

85.5

RR FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOCFOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC

AON-2000

51.9

AON-1900

39

AON-1800

78.4

AON-1700

86.7

AON-0900-RPT-0007-ABV27

RPT-0007

CTL-0003

AON-0800-CTL-0003-ACS02

RPT-0012

AON-1800-RPT-0012-ABV25

RPT-0011

AON-1700-RPT-0011-ABV28

90.6

4.7

ABV26-2900-CPR-0001

98.9

GPL-2500-SPO-0002

20.1

TYPE 1TYPE 1TYPE 1TYPE 1 TYPE 1TYPE 1TYPE 4

48"48"

ACS02-110-HOB-2040

ACS02-110-MOB-1001

ACS02-110-HOB-1040

ABV30-3300-CPR-0001

APL-2600-ICP-0001

APL-2700-ICP-0001

NOTE 1

NOTE 3

NOTE 3

NOTE 2

NOTE 4


NOTE 5


VALVE TAG

SEGMENT CODE

PLANT CODE

STATION TAG

STATION NAME

AON REPEATERUPLINK









FOC HOP CODEUPLINK

AON REPEATER CODE

AON REPEATER TAG

NOTE 4

NOTE 3

NOTE 3


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GENERAL NOTE:


2. ACCORDING P&ID




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APL-3400

ABV31

APL-3500APL-3600APL-3501APL-3502

ALV32

ALIT

ALIT

ONSHORE OFFSHORE ONSHORE

36"

APL-3700OPL-3800

ILV33

IPL-3900IPL-4000

IPL-4001IPL-4002

ROSKOVEC

186.

573

9.4

211.

076

3.9

217.

377

0.2

TOPOJË

0.27

875.

5

MELENDUGNO8.

073

883.

3IPR01

MELENDUGNO

DP 75

277.

6

48"

FQ

DP 95

ACS03-110-MOB-2001

ACS03-110-MOB-1001

ACS03FIER (SEMAN)

36"

DP 145

56"

FQ

IPR01-110-MOB-2001

IPR01-110-MOB-1001

36"

DP 145

APL-3400-BVS-0031-ABV31

BVS-0031CST-0004

APL-3500-CST-0004-ACS03

LFS-0032

APL-3600-LFS-0032-ALV32

LFS-0033

IPL-3900-LFS-0033-ILV33

IPL-4000-PRS-0001-IPR01

PRS-0001

IPL-3800-BAT-0001

APL-3700-BAT-0001

ALV32-105-YOB-3210

ILV33-105-YOB-3310

ABV31-105-MOB-3110

SNAMRETEGAS-NETWORK

17.124.66.3

R

CC FOC FOC FOC FOC FOC FOC FOC FOC

FOC FOC FOC FOCFOC FOC FOC FOC FOC FOC FOC

AON-1100

24.3

AON-1200

6.1

AON-1300

105.2

AON-1400

7.8

RFOC FOC FOCFOC FOC FOC FOC FOC FOC FOC FOC FOC

AON-1600

6.1

AON-1500

7.8

AON-1000-RPT-0008-ABV31

RPT-0008

AON-1200-RPT-0009-ALV32

RPT-0009

AON-1300-RPT-0010-ILV33

RPT-0010 CTL-0004

AON-1100-CTL-0004-ACS03

CTL-0005

AON-1400-CTL-0005-IPR01

APL-3700-ICP-0001

R

RESPONSIBILITYAND PIPELINE DIAMETEROF IPR01 OUTLETON HOLD

IPL-3900-ICP-0001

NOTE 1

NOTE 3

NOTE 3

NOTE 2

NOTE 4


NOTE 5


VALVE TAG

SEGMENT CODE

PLANT CODE

STATION TAG

STATION NAME

AON REPEATERUPLINK









FOC HOP CODEUPLINK

AON REPEATER CODE

AON REPEATER TAG

NOTE 4

TYPE 1TYPE 3TYPE 3

NOTE 3

NOTE 3

830.

5

105.025 Km

TIE

-IN A

L - O

FF21

7.4

770.

3

322.

487

5.3

MA

RIT

IME

BO

RD

ER

0.10.27.8 105.025

NOTE 6 NOTE 6

NOTE 6REPEATERS APPLY. LOGICAL LINK SPANS FROM ACS03 TO IPR01.ALV32 & ILV33 ARE REVERSE-CONNECTED TO ACS03 & IPR.LINK LENGTH FOR OPTICAL REPEATERS NOW: 119KM

48"36"

ACS03-110-HOB-1040

ACS03-110-HOB-2040

36"56"

IPR01-110-HOB-2040

IPR01-110-HOB-1040

TIE

-IN O

FF -

ITIT

KP

= 0

.11

48" 36" 48"36"

APL-3500-ICP-0001

APL-3600-ICP-0001

IPL-4000-ICP-0001

161.0

16"

IPR01-3900-CPR-0001


REVISION NOTES:





IMPLEMENTED




GENERAL NOTE:


2. ACCORDING P&ID




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TANAP

GBV01GBV02

GPL-0100GPL-0200GPL-0300GPL-0101GPL-0102

GBV03

GPL-0400

GBV04

GPL-0500

GBV05

GPL-0600

GBV06

GPL-0700

GBV07

GPL-0800

GBV08

GPL-0900

GBV09

GPL-1000

GBV10

GPL-1100

GBV12

GPL-1300

GBV13

GPL-1400

GBV14

GPL-1500

GBV15

GPL-1600

NOTE 1

NOTE 3

NOTE 3

TIE-IN

GBV16

GPL-1700

GBV17

GPL-1800

GBV18

GPL-1900

GBV19

GPL-2000

GBV20

GP -2100

GBV21

GPL-2200

GBV22

GPL-2300

GBV23

GPL-2400

GRAL

GRAL

APL-2700APL-2601APL-2602

ABV24

APL-2800

ABV25

APL-2900

ABV26

APL-3000

ABV27

APL-3100

ABV28

APL-3200

ABV29

APL-3300

ABV30

APL-3400

ABV31

APL-3500 GPL-2500APL-3600APL-3501APL-3502

ALV32

ALIT

ALIT

ONSHORE OFFSHORE ONSHORE

36"

PYLAIAALEXANDROUPOLIS

APL-2600APL-3700OPL-3800

ILV33

IPL-3900

2.1

2.1

20.0

20.0

40.8

40.8

SYKORRACHI

63.0

63.0

THRYLORIO

88.8

88.8

POLYANTHO

109.

610

9.6

PIGADIA

134.

413

4.4

GERONTAS

161.

616

1.6

IPL-4000IPL-4001IPL-4002

KAVALA

187.

018

7.0

KALAMPAKI

216.

821

6.8

NEA ZICHNI

244.

924

4.9

KALOKASTRO

298.

129

8.1

272.

027

2.0

318.

131

8.0

343.

534

3.5

THEODOSIADRYMOSNEA MESSIMVRIACHALKIDONAPARALIMNIASPROAG. FOTINIANTIGONOSPERDIKKASAG. PARASKEVIPORIA

4.7

557.

6

532.

853

2.8

506.

550

6.5

479.

847

9.8

463.

446

3.4

438.

043

8.0

420.

642

0.6

401.

040

1.0

381.

838

1.8

366.

736

6.7

19.5

572.

4

PROGËRDRENOVËVITHKUQPOTOMVËNDRESHËVËRTOPROSKOVEC

44.2

597.

0

70.6

623.

4

98.7

651.

5

122.

067

4.9

143.

669

6.4

169.

472

2.3

186.

573

9.4

211.

076

3.9

217.

377

0.2

TOPOJË

0.27

875.

5

MELENDUGNO

8.07

3

883.

3

IPR01MELENDUGNO

552.

87

DP 75

TRGR

0.0

277.

6

GCS0048"48"

KIPOI

FQ

DP 95 DP 95.5

NOTE 2

NOTE 4

KP_TAP /KP_REGIONAL [ KM ]

2.118.020.8

GPL-1200-BVS-0011-GCS01

GPL-1300-BVS-0012-GBV12

GPL-0100-CST-0001-GCS00

NOTE 5

GBV13-105-MOB-1310

48"48"

FQ

DP 95 DP 95

ACS02-110-MOB-2001

ACS02BILISHT (TRESTENIK)

48"

FQ

DP 95

ACS03-110-MOB-2001

ACS03-110-MOB-1001

ACS03FIER (SEMAN)

36"

DP 145

56"

FQ

IPR01-110-MOB-2001

IPR01-110-MOB-1001

36"

DP 145

GPL-0200-BVS-0001-GBV01

GPL-0300-BVS-0002-GBV02

BVS-0002

GPL-0400-BVS-0003-GBV03

BVS-0003BVS-0004

GPL-0500-BVS-0004-GBV04

GPL-0600-BVS-0005-GBV05

BVS-0005 CST-0001BVS-0006

GPL-0700-BVS-0006-GBV06

GPL-0800-BVS-0007-GBV07

BVS-0007BVS-0008

GPL-0900-BVS-0008-GBV08

GPL-1000-BVS-0009-GBV09

BVS-0009BVS-0010

GPL-1100-BVS-0010-GBV10

BVS-0012BVS-0013

GPL-1400-BVS-0013-GBV13

GPL-1500-BVS-0014-GBV14

BVS-0014BVS-0015

GPL-1600-BVS-0015-GBV15

BVS-0016

GPL-1700-BVS-0016-GBV16

GPL-1800-BVS-0017-GBV17

BVS-0017BVS-0018

GPL-1900-BVS-0018-GBV18

GPL-2000-BVS-0019-GBV19

BVS-0019BVS-0020

GPL-2100-BVS-0020-GBV20

BVS-0021

GPL-2200-BVS-0021-GBV21

BVS-0022

GPL-2300-BVS-0022-GBV22

GPL-2400-BVS-0023-GBV23

BVS-0023CST-0003

APL-2600-CST-0003-ACS02

APL-2700-BVS-0024-ABV24

BVS-0024BVS-0025

APL-2800-BVS-0025-ABV25

APL-2900-BVS-0026-ABV26

BVS-0026

APL-3000-BVS-0027-ABV27

BVS-0027BVS-0028

APL-3100-BVS-0028-ABV28

APL-3200-BVS-0029-ABV29

BVS-0029BVS-0030

APL-3300-BVS-0030-ABV30

APL-3400-BVS-0031-ABV31

BVS-0031CST-0004

APL-3500-CST-0004-ACS03

LFS-0032

APL-3600-LFS-0032-ALV32

LFS-0033

IPL-3900-LFS-0033-ILV33

IPL-4000-PRS-0001-IPR01

PRS-0001

GPL-1200

IPL-3800-BAT-0001

APL-3700-BAT-0001


VALVE TAG

SEGMENT CODE

PLANT CODE

STATION TAG

STATION NAME

ALV32-105-YOB-3210

ILV33-105-YOB-3310

URAVAJGURORE

ABV31-105-MOB-3110

ABV30-105-MOB-3010

ABV29-105-MOB-2910

ABV28-105-MOB-2810

ABV27-105-MOB-2710

ABV26-105-MOB-2610

ABV25-105-MOB-2510

ABV24-105-MOB-2410

GBV14105-MOB-1410

GBV15-105-MOB-1510

GBV16-105-MOB-1610

GBV17-105-MOB-1710

GBV18-105-MOB-1810

GBV19-105-MOB-1910

GBV20-105-MOB-2010

GBV21-105-MOB-2110

GBV22-105-MOB-2210

GBV23-105-MOB-2310

SNAMRETEGAS-NETWORK

GBV12-105-MOB-1210

GBV07-105-MOB-0710

GBV08-105-MOB-0810

GBV09-105-MOB-0910

GBV10-105-MOB-1010

22.225.820.924.827.225.429.828.127.126.120.025.51.515.119.219.617.425.416.426.726.314.724.726.428.123.321.625.917.124.66.3


CR

40.7

R FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC

85

AON-0100-RPT-0001-GBV02

RPT-0018

R

R

FOC FOC FOC FOC FOC FOC FOC FOC

FOC FOC FOC FOC FOC

RPT-0001

AON-2600-RPT-0018-GBV04

CTL-0001

AON-0100

AON-0000-CTL-0001-GCS00

AON-2700

AON REPEATERUPLINK


AON-0200

AON-2600

C

CTL-0002

AON-0400-CTL-0002-GBV11

R

AON-0300AON-0400

FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC

AON-0200-RPT-0002-GBV05

RPT-0002

AON-0300-RPT-0003-GBV08

RPT-0003 RPT-0017

AON-2500-RPT-0017-GBV06

69.476.484.5

46.2

RRRRR

CCCC FOC FOC FOC FOC FOC FOC FOC FOC

FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOCFOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC

AON-0500

46

AON-0600

81.1

AON-0700

78

AON-0800

76.3

AON-0900

94.3

AON-1000

85.5

AON-1100

24.3

AON-1200

6.1

AON-1300

105.2

AON-1400

7.8

RRRRRRR

FOC FOC FOC FOC FOC FOC FOC FOCFOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOCFOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC FOC

AON-2500

81.4

AON-2400

54.9

AON-2300

92.7

AON-2200

72.2

AON-2100

65.3

AON-2000

51.9

AON-1900

39

AON-1800

78.4

AON-1700

86.7

AON-1600

6.1

AON-1500

7.8

AON-0500-RPT-0004-GBV13

RPT-0004

AON-0600-RPT-0005-GBV17

RPT-0005

AON-0700-RPT-0006-GBV21

RPT-0006

AON-0900-RPT-0007-ABV27

RPT-0007

AON-1000-RPT-0008-ABV31

RPT-0008

AON-1200-RPT-0009-ALV32

RPT-0009

AON-1300-RPT-0010-ILV33

RPT-0010

CTL-0003

AON-0800-CTL-0003-ACS02

CTL-0004

AON-1100-CTL-0004-ACS03

CTL-0005

AON-1400-CTL-0005-IPR01

RPT-0016

AON-2400-RPT-0016-GBV09

RPT-0015

AON-2200-RPT-0015-GBV15

RPT-0014

AON-2100-RPT-0014-GBV19

RPT-0013

AON-2000-RPT-0013-GBV22

RPT-0012

AON-1800-RPT-0012-ABV25

RPT-0011

AON-1700-RPT-0011-ABV28

GPL-0000-ICP-0001

BVS-0001




GBV02-0300-CPR-0001

40.9

GCS00-110-MOB-2001

GCS00-110-MOB-1001

GBV02-105-MOB-0210

GBV03-105-MOB-0310

GBV04-105-MOB-0410

GBV05-105-MOB-0510

GBV06-105-MOB-0610

GBV01-105-MOB-0110

CATHODIC PROTECTIONSPREAD LENGTH [KM]93.7

GBV13-109-EJU-0001

101.3102.594.890.6

4.7

ABV26-2900-CPR-0001

98.9

APL-3700-ICP-0001

R




FOC HOP CODEUPLINK

AON REPEATER CODE

AON REPEATER TAG

RESPONSIBILITYAND PIPELINE DIAMETEROF IPR01 OUTLETON HOLD

NOTE 4

IPL-3900-ICP-0001

TYPE 1

GPL-2500-SPO-0002

GPL-0100-SPO-0001

20.1

NOTE 1

NOTE 3

NOTE 3

NOTE 2

NOTE 4


NOTE 5


VALVE TAG

SEGMENT CODE

PLANT CODE

STATION TAG

STATION NAME

AON REPEATERUPLINK









FOC HOP CODEUPLINK

AON REPEATER CODE

AON REPEATER TAG

NOTE 4

CST-0002

GCS01( OPTIONAL FOR 20BCM CASE )

SERRES

48" 48"

DP 95 DP 95

TYPE 1TYPE 1TYPE 4TYPE 1TYPE 1TYPE 1TYPE 1TYPE 1TYPE 1TYPE 1TYPE 1TYPE 1TYPE 1TYPE 1TYPE 2TYPE 1TYPE 2 TYPE 1TYPE 1TYPE 2TYPE 1TYPE 1TYPE 1TYPE 1TYPE 1 TYPE 1TYPE 1TYPE 4TYPE 1TYPE 3TYPE 3

NOTE 3

NOTE 3 NOTE 3

NOTE 3

830.

5

105.025 Km

TIE

-IN A

L - O

FF21

7.4

770.

3

322.

487

5.3

MA

RIT

IME

BO

RD

ER

0.10.27.8 105.025

NOTE 6 NOTE 6

NOTE 6REPEATERS APPLY. LOGICAL LINK SPANS FROM ACS03 TO IPR01.ALV32 & ILV33 ARE REVERSE-CONNECTED TO ACS03 & IPR.LINK LENGTH FOR OPTICAL REPEATERS NOW: 119KM

48"48"

GCS00-110-HOB-1040

GCS00-110-HOB-2040

48"

48" 48"

48"

GCS01-110-MOB-1001

GCS01-110-MOB-2001

GCS01-110-HOB-2040

GCS01110-HOB-1040

48"48"

ACS02-110-HOB-2040

ACS02-110-MOB-1001

ACS02-110-HOB-1040

48"36"

ACS03-110-HOB-1040

ACS03-110-HOB-2040

36"56"

IPR01-110-HOB-2040

IPR01-110-HOB-1040

TIE

-IN O

FF -

ITIT

KP

= 0

.11

NOTE 6

GPL-1202 GPL-1201

GTP01

365.

236

5.2

NEA MESSIMVRIA

GPL-1500-BVS-0014-GBV14

BVS-0014

GBV14105-MOB-1410

21.6

TYPE 5

48" 36" 48"36"

110.5

GBV06-0700-CPR-0001

GBV23-109-EJU-0001

ABV30-3300-CPR-0001

0.0

0.0

-0.2

123

GPL-0100-ICP-0001

GPL-0200-ICP-0001

APL-2600-ICP-0001

APL-2700-ICP-0001

APL-3500-ICP-0001

APL-3600-ICP-0001

IPL-4000-ICP-0001

161.0

16"

GBV10-109-EJU-0001

GBV18-109-EJU-0001

IPR01-3900-CPR-0001


REVISION NOTES:





IMPLEMENTED




GENERAL NOTE:


2. ACCORDING P&ID




DOCUMENT ISSUES



NOTE:



OR

IGIN

AL

SIZ

E A

1L

PROJECT TITLE


DRAWING TITLE

DRAWING NO.

PROCESS FLOW

CPL00-PMT-100-F-DPB-0001-01

TAG NUMBERS

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A1L - 1ScaLEFormat FACILITY CODE SYSTEM N. REVISION N.RD CODE

CPL00 -SHEET

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8 of 8

Documents

Doc. no.: for the 2019 Market Test