“MARINE VIRTUAL PIPE LINE FOR

SMALL SCALE LNG LOGISTIC”

Optimum Solution for Gas Power Plant in Indonesian Central Region

By : Gembong Primadjaja

• PT. Pelindo Energi Logistik (PT. PEL) is an affiliation of PT. Pelindo III, which engaged in provision of energy , electricity and logistic.

• PT.PEL have been collaborated with PT. Indonesia Power in LNG Receiving Terminal Project, for supplying gas to the Dual Fuel Engine Power Plant in Pesanggaran, Bali. The natural gas is schedule to be delivered to the power plant on September 2015.

• 50 MMSCFD Regasification Unit is being built in Korea and will be operated September 2015 in Benoa Port, Bali.

• Procurement process of Storage & Shuttle Vessel is already started.

INTRODUCTION OF PT. PELINDO ENERGI LOGISTIK (PT.PEL)

• Prospected LNG Fields to supply the LNG demand from PT. PEL are Badak and Tangguh LNG Field taken from PLN allocation.

• PT. Pelindo Energi Logistik (PT. PEL) is projecting to have capabilities to supply LNG to Gas Power Plant with capacity of 650 MW in early 2018.

• With the additional LNG hub, the LNG Vessel Round Trip Day (RTD) will be shorter, therefore the capacity of LNG supply could be larger.

INTRODUCTION OF PT. PELINDO ENERGI LOGISTIK (PT.PEL)

ELECTRICITY OF

INDONESIAN CENTRAL REGION

Natural Gas is Potential Energy Fuel in Indonesia

Production of Natural Gas in Indonesia Source = SKK Migas – IPA Technical Division Presentation, 30 April 2014

• From 2002, energy production in Indonesia is dominated by gas and this trend will continue in the future

• Production of natural gas in 2015 is approximately 1240 MBOEPD

Increasing of Domestic Natural Gas Demand

Natural Gas Market Source = SKK Migas – IPA Technical Division Presentation, 30 April 2014

• Gas allocation policy prioritizes natural gas to supply domestic market

• The prioritized segments are oil lifting, fertilizer feedstock, power plant, and industry.

• However, there is limitations of natural gas infrastructure.

Limitations of Natural Gas Infrastructure

LNG Facility in Indonesia Source = Indonesian Gas Association Presentation

POWER PLANT DEVELOPMENT PLAN

Power Plant Development Plan in Indonesian Central Region

• The concept of power plant development is based on power plant data, power plant development plan, and infrastructure support.

• PT PLN has written data of power plant and power plant development plan as starting point of this project.

• PT PEL want to offer infrastructure support of those power plant

Power Plant Development in Central Indonesia Based on Gas Fuel

Infrastructure Support

Power Plant Development

Plan

Reference Data of Power

Plant

Existing Power Plant Capacities In Indonesian Central Region

(Source : RUPTL PLN 2014 – 2024)

Power Plant Development Plan

Electricity Transmission

• Transmission planning requires a longer preparation considering the needs of ground covers a wide area.

• Distribution system in Central Indonesia Region within the last 5 years show significant progress, especially in Kalimantan, Sulawesi, Lombok and NTT.

• During the period 2010-2014, the electrical transmission has increased 18% per year with a transmission length in 2010 about 4,522 kms increased to 8727 kms in 2014.

• The construction of substations increased by an average of 13.4% per year.

Electricity Transmission

Table 1 Length of Wire Transition in Central Indonesia

Table 2 Transformer Capacity in Central Indonesia

Electricity Transmission Development Plan in Kalimantan and Sulawesi

Electricity Transmission Development Plan in Lombok and Sumbawa

Electricity Transmission Development Plan in Flores and Timor

Potential LNG Source

• The LNG needs is supplied from PT Badak, Bontang and BP, Tangguh.

• PT Badak is produced LNG approximately 22.5 MTPA

• BP is produced LNG approximately 7.6 MTPA

• The composition of LNG from those two source is displayed in Table 3.

• Dock specification in BP can anchor ship with 85000 – 165000 m3.

Components PT Badak BP

% Mole % Mole

CH4 89,71 96,91

C2H6 5,43 2,37

C3H8 2,97 0,44

C4+ 1,39 0,15

N2 0,5 0,13

Total 100.00 100.00

Wobbe index

(MJ/Nm3)

55,7 54,20

Caloric value

(MJ/Nm3)

44,41 41

Relatif Density (kg/m³) 640 570

PE 7,71 10,6

Table 3. Composition OF LNG

Dock Specification in PT Badak LNG

Information Dock #1 Dock #2 Dock #3

Type T T T

Jetty Head Floor 36,25 m x 24 m 36,25 m x 24 m 36,25 m x 24 m

Mooring Dolphin 4 9 7

Breasthing Dolphin 4 4 4

Loading Arm 4 LNG 4 LNG

4 LPG

4 LNG

4 LPG

Fender Data

Tipe Super Cone Arch Fender Cell

Size 9,0 x 4,8 m2 6,8 x 3,8 m2 7,7 x 3,2 m2

Strength 378,6 ton m 285 ton m 285 ton m

Ship Data

Load Volume LNG Ship

18.000 – 135.000 m3

LNG Ship

18.000 – 135.000 m3

LPG Ship

5.000 – 75.000 m3

LNG Ship

18.000 – 145.000 m3

LPG Ship

15.000 – 100.000 m3

LOA 151 – 300 m 151 – 300 m 151 – 300 m

Draft full loaded 12,6 m 12,6 m 12,6 m

Pool

Depth 14 m ( SLW ) 14 ( SLW ) 14 m ( SLW )

Diameter 372 m 375 m 375 m

MARINE VIRTUAL PIPE LINE CONCEPT

Gas Fuel Power Plant - Infrastructure

LNG Terminal (LNG Supplier)

LNG Carrier (LNG Shuttle Vessel)

LNG Carrier Port / Jetty

LNG Unloading Facility

LNG Storage (Land Base / Floating Storage)

LNG Regasification Unit

BOG Facility Unit

Gas Metering Facility

Gas Piping System

HSE System

Land Base Logistic, buffer and Support

Marine Virtual Pipeline

LNG Carrier & Shuttle Vessel Route

Shuttle Vessel Service Group

Vessel 1

No Shuttel

Vessel No. Priority Provinsi Type Power Plant Name

Power

Capacity

NG

Consumtion

(mmscfd)

LNG Storage

Tank for 10

day (m3)

Total Vessel

Capacity

(MW) Unit Unit m3

1

SHUTTLE

VESSEL #1

1st Priority of

Vessel 1

Sulut PLTMG Tahuna 10 2 740.74

9,259.26

2 Gorontalo PLTG/MG Gorontalo Peaker 100 5 1,851.85

3 Sulut PLTG/MG Minahasa Peaker 150 7 2,592.59

4 Sulut PLTG/MG Mobile PP Sulbagut 100 6 2,222.22

5 Kaltara PLTMG Nunukan 2 10 2 740.74

6 Kaltara PLTMG Malinau 6 1 370.37

7 Kaltara PLTMG Tanjung Selor 15 2 740.74

Shuttle Vessel Service Group

Vessel 2

No Shuttel

Vessel No. Priority Provinsi Type Power Plant Name

Power

Capacity

NG

Consumtion

(mmscfd)

LNG Storage

Tank for 10

day (m3)

Total Vessel

Capacity

(MW) Unit Unit m3

18

SHUTTLE

VESSEL #2

1st Priority

of Vessel 2

Sultra PLTMG Mobile PP Kolaka Utara 5 1 370.37

5,925.93

19 Sultra PLTMG Mobile PP Bombana 10 2 740.74

20 Sultra PLTMG Bau-Bau 30 4 1,481.48

21 Sultra PLTG/MG Mobile PP Kendari 50 6 2,222.22

13 Sultra PLTMG Selayar 10 2 740.74

22 Sultra PLTMG Mobile PP Wangi-Wangi 5 1 370.37

Shuttle Vessel Service Group

Vessel 3

No Shuttel

Vessel No. Priority Provinsi Type Power Plant Name

Power

Capacity

NG

Consumtion

(mmscfd)

LNG Storage

Tank for 10

day (m3)

Total Vessel

Capacity

(MW) Unit Unit m3

8

SHUTTLE

VESSEL #3

1st Priority of

Vessel 3 & 2nd

Priority of

Vessel 1

Kaltim PLTG/MG Kaltim Peaker 2 100 10 3,703.70

37,407.41

9 Kaltim PLTG/MG Mobile PP Kaltim 30 5 1,851.85

10 Kalsel PLTGU/MGU Kalsel Peaker 1 200 4 1,481.48

11 Kalsel PLTG/MG Mobile PP Kalselteng 1 100 12 4,444.44

12 Kalsel PLTG/MG Mobile PP Kalselteng 2 100 12 4,444.44

14

1st Priority of

Vessel 3 & 2nd

Priority of

Vessel 2

Sulsel PLTG/MG Mobile PP Sulsel 1 100 12 4,444.44

15 Sulsel PLTG/MG Mobile PP Sulsel 2 50 6 2,222.22

16 Sulsel PLTGU Makassar Peaker 450 20 7,407.41

17 Sulsel PLTGU Sulsel Peaker 450 20 7,407.41

Shuttle Vessel Service Group

Vessel 4

No Shuttel

Vessel No. Priority Provinsi Type Power Plant Name

Power

Capacity

NG

Consumtion

(mmscfd)

LNG Storage

Tank for 10

day (m3)

Total Vessel

Capacity

(MW) Unit Unit m3

23

SHUTTLE

VESSEL #4

1st Priority

of Vessel 4

NTB PLTGU Lombok Peaker 150 5 1,851.85

15,185.19

24 NTB PLTG/MG Mobile PP Lombok 50 6 2,222.22

25 NTB PLTMG Bima 50 6 2,222.22

26 NTB PLTMG Sumbawa 50 6 2,222.22

27 NTT PLTMG Kupang Peaker 40 2 740.74

28 NTT PLTG/MG Mobile PP Kupang 30 4 1,481.48

29 NTT PLTMG Mobile PP Flores 20 3 1,111.11

30 NTT PLTMG Maumere 40 5 1,851.85

31 NTT PLTMG Alor 10 2 740.74

32 NTT PLTMG Waingapu 10 2 740.74

OUR FIRST PROJECT PESANGGARAN PTDG

50 mmscfd supply

LETTER THE MINISTRY ENERGY AND MINERAL RESOURSES (ESDM)

OF NATURAL GAS ALLOCATION FOR POWER PLANT IN BALI

PT PELINDO ENERGI LOGISTIK

LETTER THE MINISTRY ENERGY AND MINERAL RESOURSES (ESDM)

OF NATURAL GAS ALLOCATION FOR POWER PLANT IN BALI

PT PELINDO ENERGI LOGISTIK

Recommendation Letter to South Port and Ex #03 Warehouse

for LNG Receiving Facility in Benoa Sea Port issued by KSOP Benoa

PT PELINDO ENERGI LOGISTIK

Recommendation Letter to South Port and Ex #03 Warehouse

for LNG Receiving Facility in Benoa Sea Port issued by KSOP Benoa

PT PELINDO ENERGI LOGISTIK

Existing Land Use Rights (Hak Penggunaan Lahan / HPL)

Pelindo Branch Benoa 2013

PT PELINDO ENERGI LOGISTIK

LNG DISTRIBUTION CONCEPT FOR GREEN BALI

PT PELINDO ENERGI LOGISTIK

PT. INDONESIA POWER - PESANGGARAN POWER PLANT Natural Gas Fuel Power Plant of PT. Indonesia Power. Target COD on July 2015

Capacity = 200 MW.

PT PELINDO ENERGI LOGISTIK

By Courtesy Indonesia Power:

TUKS Pertamina

South Terminal 206 m

SOUTH TERMINAL OF BENOA SEA PORT

Indonesia Power

South Terminal

PT PELINDO ENERGI LOGISTIK

PULAU SERANGAN

DE

SA

IN K

ER

UK

- 1

2 M

LW

S

BOUY 2

KONDISI EKSISTING S/D TAHUN 2012

Bouy 10

SUAR 9

ISLAND EXPLORER

ISLAND EXPLORER

ISLAND EXPLORER

BENOA SEAPORT LAYOUT

TURNING BASSIN DIAMETER 425 M

PT PELINDO ENERGI LOGISTIK

SHIP POSITION OF TURNING BASSIN

PT PELINDO ENERGI LOGISTIK

ARRANGEMENT OF LNG VESSEL & FSU

KAPAL PERTAMINA

FASILITASREGASIFIKASI

PT PELINDO ENERGI LOGISTIK

LNG HANDLING ILLUSTATION

Regasification Facility

Floating Storage Unit

LNG Vessel

PT PELINDO ENERGI LOGISTIK

PT PELINDO ENERGI LOGISTIK

FLOATING REGASIFICATION UNIT (FRU)

Natural Gas Pipeline System from

Regasification Unit located in Jl Raya Pelabuhan

Benoa till the end of embankment, then turn

West to Pesanggaran Power Plant. There all in

DLKR of Benoa Sea Port. Total Length is 3,6

KM.

Pipa diatas tanah

Pipa dibawah tanah

NATURAL GAS PIPE LINE ROUTE PLAN

PT PELINDO ENERGI LOGISTIK

THANK YOU

Attachment (1)

There are rules in Indonesia

•Undang-Undang No. 1 Tahun 1970 tentang Keselamatan Kerja.

•Peraturan Pemerintah No. 19 Tahun 1973 tentang Pengaturan dan Pengawasan Keselamatan Kerja di Bidang Pertambangan.

•Peraturan Pemerintah No. 11 Tahun 1979 tentang Keselamatan Kerja Pada Pemurnian dan Pengolahan Minyak dan Gas Bumi.

•Peraturan Menteri Tenaga Kerja Nomor PER.05/MEN/1996 Tahun 1996 tentang Sistem Manajemen Keselamatan dan Kesehatan Kerja.

•Peraturan Menteri Tenaga Kerja dan Transmigrasi Nomor PER.08/MEN/VII/2010 Tahun 2010 tentang Alat Pelindung Diri.

•Keputusan Menteri Tenaga Kerja dan Transmigrasi Nomor: KEP.234 /MEN/2003 tentang Waktu Kerja Dan Istirahat Pada Sektor Usaha Energi Dan Sumber Daya Mineral Pada Daerah Tertentu.

•Peraturan Menteri Tenaga Kerja dan Transmigrasi Nomor PER.15/MEN/VII/2005 Tahun 2005 tentang Waktu Kerja dan Istirahat Pada Sektor Usaha Pertambangan Umum Pada Daerah Operasi Tertentu.

•Keputusan Menteri Keuangan Nomor 433/KMK.04/1994 Tahun 1994 tentang Norma Penghitungan Khusus Penghasilan Kena Pajak Atas Penghasilan Dari Pekerjaan yang Diterima Tenaga Asing yang Bekerja Pada Wajib Pajak Badan di Bidang Pengeboran Minyak dan Gas Bumi di Indonesia.

•Surat Keputusan Badan Pelaksana Kegiatan Usaha Hulu Minyak dan Gas Bumi (BPMIGAS) No. KEP-0051/BP00000/2008/S8 tentang Revisi Pedoman Pengelolaan Sumber Daya Manusia Kontraktor Kerjasama.

•Peraturan Menteri Tenaga Kerja dan Transmigrasi Republik Indonesia, Nomor 4 tahun 2014 tentang Waktu Kerja dan Waktu Istirahat Kegiatan Usaha Hulu Minyak dan Gas Bumi.

Attachment (2)

• Undang-Undang No. 21 Tahun 2000 tentang Serikat Pekerja/Serikat Buruh

• Undang-Undang Nomor 13 Tahun 2003 tentang Ketenagakerjaan,

• Undang–Undang No. 2 Tahun 2004 tentang Penyelesaian Perselisihan Hubungan Industrial

• Peraturan Pemerintah No. 8 Tahun 1981 tentang Perlindungan Upah