Key Indicator of Indonesia Energy and Mineral Resources

KEY INDICATOR OF INDONESIA ENERGY AND MINERAL RESOURCES 1

CONTENT ................................................................................. 1

FOREWORD .............................................................................. 3

A. RESOURCES STATUS .......................................................... 4 A.1. Energy Resources Status .............................................. 4 A.2. Coal and Mineral Resources Status ............................... 7

B. PRODUCTION ...................................................................... 10 B.1. Primary Energy Production ........................................... 10 B.2. Final Energy Production ................................................ 11 B.3. Mineral Production ........................................................ 14

C. PRIMARY ENERGY SUPPLY ................................................ 17

D. EXPORT .............................................................................. 19 D.1. Primary Energy Export .................................................. 19 D.2. Final Energy Export ....................................................... 19 D.3. Mineral Export .............................................................. 22

E. IMPORT .............................................................................. 24 E.1. Primary Energy Import .................................................. 24 E.2. Final Energy Import ....................................................... 26

F. CONSUMPTION ................................................................... 27 F.1 Final Energy Consumption .............................................. 27 F.2. Mineral Consumption ..................................................... 29

G. ENERGY INTENSITY ............................................................ 30

Content

CONTENT

KEY INDICATOR OF INDONESIA ENERGY AND MINERAL RESOURCES2

H. ENERGY PRICE ................................................................... 31

I. INVESTMENT AND STATE INCOME ..................................... 33 I.1. Investment Development ................................................ 33 I.2. State Income ................................................................. 33 I.3. Energy Subsidy .............................................................. 36

J. CARBON DIOXIDE GAS EMISSION (CO2) ............................ 38

K. INDONESIA IN FIGURES...................................................... 39

DIRECTORY OF THE MINISTRY OF ENERGY AND MINERAL RESOURCES ....................................... 45

CONTENT


The Data and Information Centre for Energy and Mineral Resources (Pusdatin ESDM) of the Ministry of Energy and Mineral Resources (DESDM) was established in 2001

under the name of the Centre for Energy Information (PIE) based on the Decree of the Minister for Energy and Mineral Resources Number 1915 year 2001, dated July 23, 2001 on Organization and Procedures of the Ministry of Energy and Mineral Resources. With the Minister regulation Number 0030/2005 on Organization and Procedures of DESDM, PIE was renamed to Pusdatin. Since 2002, the centre has published annually the Indonesian Energy Economy Statistic Handbook. This year, Pusdatin published the Energy and Natural Resources Indicator as one of the key reference to meet the public demand for a summary of data and information on energy and natural resources.

The objective of publishing the Energy and Mineral Resources Indicator is to provide information on some major data and information including production, consumption, export and import of energy and mineral resources. It also provides information on the investment development of the energy and mineral resources sectors, energy subsidy, energy pricing and the development of national income. This first edition of the Energy and Mineral Resources Indicator also provides the position of Indonesian energy and mineral resources in relation to several countries in the world. The Energy and Mineral Resources Indicator is presented in the form of tables and graphs with short description of the data and information trends year by year.

We hope that this publication would be beneficial to all readers and we welcome and highly appreciate any comments and suggestions for improving the next edition of Energy and Mineral Resources Indicator.

Jakarta, 2007Center for Data and Information on Energy and Mineral Resources

(Pusdatin ESDM)

Foreword

FOREWORD


A. Resources StatusA.1. Energy Resources Status

Indonesian crude oil reserves (proven and potential) declined about 12.59% from 9.61 billion barrel in 2000 to 8.4 billion barrel in 2007. The proven reserves itself was 3.99 billion barrel in 2007, which has declined 22.07 % from 2000.

Natural gas reserves (proven and potential) was 165.00 tscf in 2007, indicating decreased about 3.12% from 2000. Figure total, proven reserves increased about 11.87% from 94.75 tcf in 2000 to 106.00 tcf in 2007.

There are still possibilities of increasing the reserves value because only 16 of the 60 hydrocarbon basins have been producing oil while 8 basins have been explored but not yet in production state. Out of the remaining 36 basins, 14 basins have been explored but yet to find economic reserves, while the remaining 22 basins have not been explored. At the current world price of crude oil, these oil basins can be more attractive to be developed.

Most of the unexplored oil basins are located in deep sea area especially in the eastern part of Indonesia. In order to increase exploration activities in these potential areas, the government enhanced seismic survey activities and encouraged private sectors to conduct not only 2D but also 3D seismic survey. The data from the surveys are then

ENERGY RESOURCES

STATUS

Resources Status


Natural gas Resources (TSCF)

Crude Oil Resources (MMSTB)

PotentialProven

PotentialProven

Resources Status

ENERGY RESOURCES

STATUS


analyzed and becomes an important factor in offering new oil and gas exploration areas to the contractors.

Indonesia has also a huge potential of coal bed methane (CBM) resources of about 435 tcf (92% of which classified as highly prospective) which are mostly located in South Sumatra (183 tcf), Barito (101.6 tcf), Kutai (80.4 tcf), Central Sumatra (52.5 tcf) and other areas such as Tarakan, Berau, Ombilin, Pasir/Asem, Bengkulu, Sulawesi and North West Java

For geothermal resources, about 40% of the world’s geothermal resources are located in Indonesia. The active volcanic belt in Indonesia with length of 7,000 km and width of 50-200 km provide the distribution of geothermal energy resources along the volcanic lines of Sumatra, Java, Bali, West Nusa Tenggara (NTB), Northern Sulawesi and Maluku. Most

Resources Status

ENERGY RESOURCES

STATUS

Geothermal Resources and Reserve(MW)

13.338,0 14.172,0

2.287,0

10.835,0

1.050,0


Resources Status

ENERGY RESOURCES

STATUS

of the geothermal energy resources are located at the base or old caldera area of the volcanic mountain.

Total geothermal energy potential of Indonesia is equivalent to 27,510 MW of electricity. Of this total, 10,835 MW is confirmed as probable reserve, 1,050 MW as possible reserve and 2,287 MW as proven reserve. The remaining 13,338 MW are still speculative and hypothetical resources.

Beside geothermal energy, Indonesia has also hydro power potential of about 75 GW, mini/micro hydro potential of 459 MW, wind energy potential of 9 GW, solar energy potential of 4.8 kWh/m2/day and biomass potential of 49 GW electricity equivalent.

A.2. Coal and Mineral Resources Status

Total coal resources of Indonesia are estimated to be about 90.5 billion tons located in 12 coal seams over 15 provinces. Major coal deposits of Indonesia are in South Sumatra (54%), East Kalimantan (28%), South Kalimantan (10%), Riau (2%) and Central Kalimantan (1.4%). The remaining are distributed in Aceh, Jambi, west Sumatra, Bengkulu, West Kalimantan, Banten, Central Java, East Java, Central and South Sulawesi, and West Irian Jaya.

Potential metallic mineral resources are mostly found in volcanic rock and intrusive rock, and several found in sedimentary rock.


Potential metallic mineral resources and reserves are found in 437 locations in western and eastern parts of Indonesia. However, detailed exploration and production have not been carried out in all locations.

Non metallic mineral resources potential can be found in volcanic rock, intrusive rock, sedimentary rock and metamorphic rock of all ages. Non metal minerals are commodities having important roles as raw materials in manufacturing, construction and agricultural industries.

Resources Status

COAL

AND

MINERAL

RESOURCES

STATUS

Mineral Resources of Indonesia (Status 2006)

Millions Tons


Resources Status

COAL

AND

MINERAL

RESOURCES

STATUS

Several metallic minerals already in production in Indonesia are bauxite, primary gold, alluvial gold, nickel, iron sand, silver, copper, manganese (Mn) and tin.

Indonesian Coal Resources(Status 2006)

Millions Tons

na = not available or still under detailed exploration stage


B. Production B.1. Primary Energy Production

Oil and condensate production in 2006 was 1.01 millions barrel/day, or decreased by 5% from the 2005 production level. The decrease was a result of the decreasing oil production from the old main oil wells. However, the average depletion rate has been minimized from more than 10% to about 5% for several last year. This has been able to be achieved due to additional production capacities from new oil fields and the application of technologies, such as Enhanced Oil Recovery, pressure maintenance and efficiency on the operating oil wells.

Production

Primary Energy Production(Millions BOE)

CoalHydro

Natural GasGeothermal

Crude OilBiomass

2,000

1,600

1,200

800

400

02000 2001 2003 2005 20062002 2004

PRIMARY

ENERGY

PRODUCTION


PRIMARY

ENERGY

PRODUCTION

Production

Gas production relatively stable in 2006 when compared to 2005 amounted at 2.95 trillions cubic feet.

Coal production increased by 16% per year in average during the last 5 years in line with increasing domestic coal demand and export.

Geothermal steam utilization remains stable in the last couple or years and is used to generate electricity.

B.2. Final Energy Production

Final energy is produced largely from domestic refineries and electricity generation.

Currently, nine refineries are in operation throughout Indonesia with a total capacity of 1.057 millions barrel per day, consisting of Pertamina refineries (1,053.2 millions bpd) and PPT Migas Cepu refineries (3.8 millions bpd). Those refineries are located in Sumatra (Pangkalan Brandan, Dumai, S. Pakning, Musi), Java (Balongan, Cepu, Cilacap), Kalimantan (Balikpapan), and Irian Jaya (Kasim). These refineries produce several oil products, such as avtur, gasoline, industrial diesel oil, automotive diesel oil, kerosene as well as non petroleum products such as LPG, naphtha, HOMC, lube base oil and LSWR. In addition to oil refineries, there are currently two gas refineries, namely Arun in NAD and Badak in East Kalimantan, which produce LNG and LPG. The installed capacity of LNG Arun refinery is 12.85 millions tons/year,


while the installed capacity of LNG Badak refinery is 21.64 millions tons/year.

Production

Refinery Production and Capacity, 2006(Thousand Barrel/day)

Capacity Production

FINAL

ENERGY

PRODUCTION


Production

FINAL

ENERGY

PRODUCTION

Electricity production in 2006 was 135.9 thousands GWh, increased by around 46% from the 2000 production level. Electricity is generated from fossil fuel and non fossil fuel fired power plants with a total installed capacity of 30.9 thousands MW, consisting of PLN as well as non-PLN power plants.

The electrification ratio supplied from PLN and Non

PLN power plants in 2005 was 54 % and increased to 63% in 2006.

Final Energy Production (Million BOE)

Electricity BriquetteFuel LNG

Non FuelLPG


B.3. Mineral Production

Production of 10 main minerals commodities generally show fluctuating numbers and determined by demand and price of mineral commodity in international market.

Production of several minerals; such as tin concentrate, bauxite, granite, diamond, and nickel ore; increased in 2006; while production of copper, tin metal, gold and silver decreased.

Production

MINERAL

PRODUCTION

Electricity Production(GWh)


Production

MINERAL

PRODUCTION

Production of tin concentrate increased by 4% from 78 thousands tons in 2005 to 81 thousands tons in 2006. Bauxite production increased by about 4 % from 1.4 millions tons in 2005 to 1.5 millions tons in 2006. Production of granite increased from 4.3 millions tons in 2005 to 5.2 millions tons in 2006. Meanwhile, copper production decreased by 23% from 1 millions tons in 2005 to 818 thousands tons in 2006. Gold and silver productions also decreased from 143.3 thousands tons and 323.4 thousands tons, respectively in 2005 to 85.4 thousands tons and 261.4 thousands tons in 2006.

Electrification Ratio (PT PLN)


Production

Mineral Production (Thousand Kg)

Gold Silver

MINERAL

PRODUCTION

Mineral Production (Thousand Ton)

Note: Bar chart use left scale, line chart use right scale.


Primary Energy Supply

PRIMARY

ENERGY

SUPPLY

C. Primary Energy Supply

During 1980s, the share of oil in the national energy mix was about 70% and continuously decreased to about 53% in 2006. Contrarily, the shares of natural gas and coal increased continuously to 21% and 22%, respectively, in 2006. The shares of geothermal and hydro power in the primary energy mix were still limited, less than 5% each.

Primary Energy Supply (Million BOE)

0

100

200

300

400

500

600

700

800

900


The high domestic use of oil is due to highly dependency on oil of the existing energy infrastructure and the lifestyle, especially in industry and transportation sectors.

The limited natural gas infrastructure to transport gas from production fields mainly found in Sumatra and Kalimantan to the demand centers mainly located in Java has made the use of gas yet to be optimum. Meanwhile, biomass energy is used in the form of fire wood in rural areas.

Primary Energy Supply

PRIMARY

ENERGY

SUPPLY


PRIMARY

ENERGY

D. Export D.1. Primary Energy

Export of energy, especially fossil energy (oil, gas and coal), is intended to earn foreign exchange to finance the national development.

Crude oil export is currently about 35% of the total oil production and has been continuously decreasing due to decreasing oil production and increasing domestic use of oil.

Export of coal is about 72% of the total coal production,

generally to traditional markets, mainly Japan, Taiwan, South Korea and Europe. Export of natural gas by pipeline is currently about 5.5% of the total natural gas production, carried out in the framework of Trans ASEAN Gas Pipeline with market destinations in Singapore and Malaysia.

D.2. Final Energy

Export of final energy, especially petroleum fuel, continues to decrease due to the increasing use of oil fuel domestically.

Export of Liquefied Natural Gas (LNG) is carried out largely through long term contracts with Japan, China, Taiwan, and South Korea as the main market.

Export of LNG during the last five years from 2001 to

Export


2006 experienced fluctuating levels. Export of LNG in 2001 was 222,486 thousands BOE (equivalent to 27.63 millions tons). In 2002 the export of LNG increased by 9.81% to 244,309 thousands BOE, and to 245,981 thousands BOE in 2003. The export of LNG then decreased by 3.45% to 237,506 thousands BOE in 2004, to 218,722 thousands BOE in 2005 and 211,261 thousands BOE in 2006.

The decrease of LNG export was due to the decreasing production of LNG from the existing gas fields, while new gas fields were still in preparation.

Export

FINAL

ENERGY

Export of Primary Energy (Million BOE)

OIL COAL GAS PIPE


Export

FINAL

ENERGY

Export of LPG during the last five years generally indicates a decrease. LPG export in 2001 was 1,423,928 tons, continuously decrease to 1,015,366 tons in 2005 and 289.698 tons in 2006. LPG export is a small percentage of the total final energy export, as a result of predominantly the increasing use of LPG domestically.

Export of non petroleum fuel products such as HOMC, wax, lube base oil and other products are also limited. Export of non petroleum fuel products showed fluctuating numbers, however during 2003 to 2006 period tended to decrease.

Export of Final Energy (Million BOE)

LNG Non-FUEL FUELLPG


D.3. Mineral Export

Export of some major mineral commodities such as copper, bauxite, nickel ore and granite during the last three years showed an increase while export of gold, silver and tin experienced a sharp increase in 2005 but decreased in 2006. Export of copper in 2006 was 1.1 millions tons, or increased

Export

0

50

100

150

200

250

300

350

400

450

2000 2001 2002 2003 2004 2005 2006

Mineral Export Gold and Silver (Thousand Kg)

MINERAL

EXPORT Silver

Gold


Export

MINERAL

EXPORT

Mineral Export(Thousand Ton)

by 4,3% from the 2005 level. Export of bauxite increased by 47% in 2006 to 1.5 millions tons from the export in 2005. Likewise, the export of granite in 2006 was recorded at 5.1 millions tons, increased by 34% from the export in 2005.


E. Import E.1. Primary Energy Import

Oil import is needed due to the limited domestic production and the fact that some refineries were designed to process crude oil imported from abroad especially from the Middle East, and to secure long term energy supply. Crude

Import

Import of Primary Energy (Million BOE)

PRIMARY

ENERGY

IMPORT


PRIMARY

ENERGY

IMPORT

Import

oil import in 2006 was about 116 millions barrel, or decreased around 4% compared to 2005. The decrease was caused by, among others, the increase use of non oil fuel consumption in electricity generation.

Coal import was carried out in very limited amounts, especially the high calorie coal (cokes) used in steel factory.

Import of Final Energy (Million BOE)


E.2. Final Energy Import

Final energy import, especially petroleum fuel, in 2006 was recorded at about 140.8 millions barrels, or decreased by about 15% as compared to 2005. While the LPG import in 2005 was 22 thousand tons and increased to 69 thousand tons in 2006.

Petroleum fuel import consists of HSD (High Speed Diesel), kerosene (for household and aviation turbo oil/Avtur), High Octane Mogas Component (HOMC), High Speed Fuel Oil (HSFO), LPG and others in small amount, imported from Middle East, Singapore, Malaysia and other countries.

Import

FINAL

ENERGY

IMPORT


Energy Consumption

F. Energy Consumption F.1 Final Energy Consumption

Final energy consumption is considered equal to domestic energy sales. Energy consumption was dominated by petroleum fuel and electricity. Petroleum fuel products were mainly distributed to consumers in Java, Bali and Nusa Tenggara (about 59%), Sumatra (23%), Central and Eastern Indonesia (18%). The petroleum fuel share in the final energy mix is amounted at around 54,54%, followed by electricity, coal and LPG.

The high oil fuel consumption was due most importantly to limited non oil fuel energy supplies and by the fact that some petroleum fuel types still being subsidized, especially the gasoline (premium type), kerosene and diesel oil for public (transportation and household sectors) and small scale enterprises. For those subsidized petroleum fuels, the government determines a quota based on thorough estimation of petroleum fuels demand.

This quota decreases every year as part of the diversification

and conservation energy policy and fuel-switching program to other non oil fuel energy sources, such as natural gas and coal for electricity generation, gas and bio fuel for transportation, LPG and coal briquette for household.

FINAL

ENERGY

CONSUMPTION


Energy Consumption

Consumption of Final Energy (Million BOE)

FINAL

ENERGY

CONSUMPTION

Consumption of Final Energy Per Sector (Million BOE)


F.2. Mineral Consumption

The consumption or sales of several minerals, such as gold and silver showed a sharp decrease from 55.7 tons (gold) and 134.2 tons (silver) in 2005 to 1.8 tons (gold) and 12.9 tons (silver). Likewise, the sales of copper also decreased from 493.3 thousands tons in 2005 to 159.7 thousands tons in 2006. However, the sales of tin metal increased from 974.3 tons in 2005 to 1,927 tons in 2006.

Energy Consumption

Gold and Silver Domestic Sales(Thousand Kg)

Gold Silver

MINERAL

CONSUMPTION


G. Energy Intensity

Energy intensity shows the amount of primary energy supply or final energy use to produce economic variable such as GDP. The smaller the energy intensity, the more efficient energy used to produce certain GDP. The energy intensity tends to fluctuate but with minor change. Final Energy intensity in 2006 was 0.31 BOE/Millions Rupiah or slightly decrease from 0.32 BOE/Millions Rupiah in 2005. The per capita final energy use intensity in 2006 was 2.59 BOE/capita or slightly increase from 2005 figure of 2.58 BOE/capita.

Energy Intensity

ENERGY

INTENSITY


H. Energy Price

Energy pricing policy is directed towards gradually reaching the economic price. At present, some of the oil or petroleum products price has reached its economic price and follows the market price development, except for three types of oil fuel, namely kerosene, premium gasoline, and diesel oil for public transportation and household, which are still being subsidized.

As for coal, its price has been the economic price. While for the electricity, subsidy is still given to the low power consumer group that consists of the households and small industry.

Notes:

• Y ear 2002 :

Subsidized price was 50-75% market price Non-subsidized price was 100% market price

• Y ear 2003 – 2006 : Subsidized price was the domestic retail price

N on-Subsidized price was the price for industries • * * Non-subsidized premium price was only for January 2002. From February – December, the price of

subsidized and non-subsidized was similar.

Price of Subsidized and Non-Subsidized Petroleum Product (Rupiah)

Energy Price

ENERGY

PRICE


Energy Price

Electricity Price(Rp/KWh)

ENERGY

PRICE

The price of subsidized petroleum products is determined under Government Regulation No. 55/2005, and for non subsidized petroleum products is determined by PT. Pertamina on monthly basis or earlier in relation to international oil market.


I. Investment and State IncomeI.1. Investment Development

Investment in energy and mineral sector shows a significant increase during the last 3 years as a result of more conducive investment climate in Indonesia. In 2004, investment in upstream and downstream oil and gas sub-sector amounted to 5,920 millions US$, increased by 43.85% in 2005 to 8,516 millions US$ and increased by 13,46% in 2006 to 9,662 millions US$, While investment in the mineral, coal and geothermal sub-sector experienced a decrease of 10.84% from 1,060 millions US$ in 2004 to 945.06 millions US$ in 2005, but increased by 54,08% to 1,456 millions US$ in 2006. In the electricity sub-sector, the investment increased by 32.11% from 1,996 millions US$ in 2004 to 2,637 millions US$ in 2005 and by 23.35% to 3,253 millions US$ in 2006.

Investment and State Income

INVESTMENT

DEVELOPMENT

I.2. State Income

State income from energy sector mainly comes from oil and gas sub-sector. Since 2004, the energy sector has been contributing about 30-42% of the total state income. The foreign exchange earning is determined, among others, by the crude oil and condensate production volumes, export volume, oil price and the exchange rate.


In 2004, the state income from the upstream and downstream oil and gas sub-sector amounted to 108.3 trillions Rupiah, increased by 27.3% in 2005 to 137.9 trillions Rupiah.


State Income from Oil and Gas (Trillion Rupiah)

STATE

INCOME


In 2006, the state income increased by around 45.37% to 200 trillions Rupiah from previous year. The contribution of mining sub-sector (mineral and coal) also increased by 96.6% from 8.9 trillions Rupiah in 2004 to 17.69 trillions Rupiah in 2005 and increased by 66.6% to 29.46 trillions Rupiah in 2006.


State Income from Mining Sector(Trillion Rupiah)

STATE

INCOME


I.3. Energy Subsidy

Energy subsidy, especially fuel and electricity subsidy, is needed due to still relatively low purchasing power of the people and to accelerate economic development. Subsidy will be continuously decreased and switched from price subsidy to direct subsidy in order to provide subsidy to the right target. Subsidy allocation is determined by the volume of subsidized fuel and the world crude oil price; the higher the crude oil price, the bigger the subsidy. The government, therefore, will


Target and Realization of Fuel Subsidy

(Trillions Rupiah)

ENERGY

SUBSIDY


continuously decrease subsidized fuel and substitutes it with other source of energy, such as LPG, coal briquettes.

In 2004, petroleum fuel subsidy was recorded at Rp. 76.78 billions, increased to Rp. 95.6 billions in 2005 and decreased to Rp. 60.55 billions in 2006, following the decreased of the subsidized fuel use. The Electricity subsidy in 2004 amounted to Rp. 3.31 billions, increased to Rp. 10.54 billions in 2005 and Rp. 27.52 billions in 2006.


Target and Realization of Electricity Subsidy

(Trillions Rupiah)

ENERGY

SUBSIDY


J. Carbon Dioxide Emission

Carbon Dioxide (CO2) emission from energy sector increase 5% in average in the last couple of years in line with the increase of the energy use. CO2 emission in 2000 reached 236.36 millions tons and increased to 303.8 millions tons in 2006. Carbon dioxide emission from the industry and electricity generation sectors in 2000 reached 86.80 millions tons and 60.07 millions tons and increased to 111.11 millions tons and 84.45 millions tons, respectively. The same trend also shown on household and commercial sectors as well as on transportation sectors.

Carbon Dioxide Emission

CO2 Emission from Energy Sector(Million Ton)

CARBON

DIOXIDE

EMISSION


K. Indonesia in Figures

Indonesia in Figures

INDONESIAN

IN

FIGURES



INDONESIAN

IN

FIGURES


Ministry of Energy and Mineral ResoursesJl. Medan Merdeka Selatan No.18

Jakarta Pusat 10110.Phone: (021) 3804242

www.esdm.go.idwww.mesdm.esdm.go.id

Secretary GeneralJl. Medan Merdeka Selatan No.18

Jakarta Pusat 10110.Phone: (021) 3804242

www.setjen.esdm.go.id

Inspectorate GeneralJl. Patra Kuningan Raya No.1B

Jakarta Selatan 12950.Phone: (021) 5202441www.itjen.esdm.go.id

Directorate General of Oil and GasJl. H.R. Rasuna Said Kav. B-5

Jakarta Selatan 12910.Phone: (021) 5269027

www.migas.esdm.go.id

Directory of The Ministry of Energy and Mineral Resources

DIRECTORY

OF

THE

MINISTRY

OF

ENERGY

AND

MINERAL

RESOURCES


Directorate General of Electricity and Energy Utilization Jl. H.R. Rasuna Said Block X-2 Kav. 7&8

Jakarta Selatan 12950.Phone: (021) 5256064www.djlpe.esdm.go.id

Directorate General of Mineral, Coal and Geothermal Jl. Prof. Dr. Supomo. SH No.10

Jakarta Selatan 12870.Phone: (021) 8292115

www.djmbp.esdm.go.id

Agency for Research and Development of Energy and Mineral Resources

Jl. Ciledug Raya. Kebayoran LamaJakarta Selatan 12950.Phone: (021) 5228374

www.litbang.esdm.go.id

Agency for Education and Training in Energy and Mineral Resources

Jl. Jend. Gatot Subroto Kav. 49Jakarta Selatan 12950.Phone: (021) 5255863

www.diklat.esdm.go.id

Agency of GeologyJalan Diponegoro No. 57 Bandung, Jawa Barat

Phone: (022) 7215297www.bgl.esdm.go.id

DIRECTORY

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THE

MINISTRY

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ENERGY

AND

MINERAL

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Key Indicator of Indonesia Energy and Mineral Resources

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