pertamina.com

Carbon Capture

Utilization and Storage

(CCUS) Research &

Development Activities

in Pertamina

2

Carbon Capture & Storage Research –Emission Utilization to Valuable Product

CO2 emission as an important carbon source / feedstock for producing renewable fuels, chemical, biomass and carbonate mineral product

Green Methanol Technology and Its Potential

Implementation in Pertamina’s Geothermal Field

3

Non Condensable

Gas (NCG) CO2 Emission

Available On Site Electricity

CO2

Purification Carbon Dioxide

Methanol SynthesisCO2 + 3 H2

CH3OH + H2O

Green Methanol

R&D Collaboration with Carbon Recycling International (CRI)

▪ Gasoline Blending (A20 program)

▪ Chemical Industry▪ FAME Industry▪ RTC Internal Research

Usage (Methanol to DME, Direct Methanol Fuel (DMFC)

PLTP V PGE –KAMOJANG

PERTAMINA

Joint Study and Development for Pilot Scale Implementation

Joint Study and Development for Demonstration of Commercial Scale Implementation12 ton/day ~ 4,000 ton/year

1.7 tCO2/h

1 MW

1.4 ton

0.2 ton 1 ton

(~ 300 ton/year)

[Pilot Plant in Sweden - 300t/year]

[Demo of Commercial Scale in Iceland – 4,000t/year]

Renewable / Recover Hydrogen

Water Electrolysis

/ By Product Gas

Synthetic Fuels Technology and Its Potential

Implementation in Pertamina’s Upstream Field

4

Excess natural gas and CO2

emission

Up to 40% of CO2 content

Methanol SynthesisCO + 2 H2 CH3OH

R&D Collaboration with Linde Engineering and Haldor Topsoe

▪ Gasoline Blending (A20 program)

▪ LPG Blending▪ Chemical Industry▪ FAME Industry▪ RTC Internal Research

Usage (DMFC Fuel Cell, Direct Methanol Fuel)

UPSTREAM FIELD PERTAMINA

PERTAMINA

Syngas SynthesisCO2 + CH4 + H2O CO + H2

DME Synthesis3 CO + 3 H2

CH3OCH3 + CO2

Additional Steam

Low Emission Methanol Production

Low Emission DME Production

Direct Dimethyl Ether (DME) Synthesis From Syngas

Natural Gas –CO2 Reforming

Joint Study and Development for Pilot Scale Implementation

[Linde Pilot Plant in Munich – 300 m3/h]

[Topsoe’s ReShift CO2

Modified SMR Process][Topsoe’s Commercial Ref.

MeOH-to-go – 90,000 t/year]

Joint Study and Development for Economic Commercial Scale Implementation with minimum capacity 90,000 t/year

Precipitated Calcium Carbonate (PCC) Tech. and

Its Potential Implementation in Pertamina’s Field

55

CO2 Emission from H2 Plant

and CO2

Removal Unit

[Pilot Plant with Capacity 2 Kg/H]

Drying Process and Product Development

R&D Collaboration with Andalas and Bung Hatta University

▪ Paper Industry▪ Paint Industry▪ Tire Industry▪ Pharmacy Industry▪ Cosmetics Industry▪ Food Industry▪ Potential as a PCC

technology licensor

SP SUBANG FIELD / RU II

DUMAI

PERTAMINA

Pilot test Development for Field Test in Upstream or Refinery Field

PCC Production ProcessCaO + 2NH4Cl + H2O CaCl2 + 2NH4OH2NH4OH + CO2 (NH4)2CO3 + H2O(NH4)2CO3 + CaCl2 CaCO3 + 2NH4Cl

Various kinds of local limestone from Sumatra and Java Island have been tested

[Lab. Scale Reactor]

Laboratory Test Using Refinery Field CO2

Emission

Chemical Solvent Heat Input

Precipitated Calcium Carbonate (PCC)

Local Limestone

CO2 Biocapture Using Microalgae and Its Potential

Implementation in Pertamina’s Refinery Field

66

Boiler Flue Gas

*7-8% of CO2

Content in Flue Gas

[Pilot Vertical PBR Reactor – 1,000 L]

[Commercial Open Pond – 20,000 L]

Extraction Process and Product Development

R&D Collaboration with LIPI Biotechnology and PT. Algaepark

▪ Pharmacy Industry▪ Fertilizer Industry▪ Chemical Industry▪ FAME Industry▪ Food Industry▪ RTC Internal Research

(Pyrolysis, Gasification, and Fermentation)

PERTAMINA REFINERY /

GEOTHERMAL FIELD

PERTAMINA

Microalgae Cultivation Process6CO2 + 6H2O + Light C6H12O6 + 6O2

Carbon Source

BiodieselSpecific algae strains will be tested in CO2 concentrated carbon source

[Lab. Scale Reactor – 100 L]

Nutrient Source

Biofuel (Methanol, Ethanol, Biohydrogen)

Biomass

Solvent

Laboratory and Pilot test Development for Field Test in Refinery or Geothermal Field

Economic commercial development with Open Pond cultivation process in Refinery or Geothermal Field

pertamina.com

United Nations Climate Change Conference

(COP-23) November 2017 Bonn-Germany:

Indonesia is commited to reducing 29% to 41%

Green House Gas Effect 0n year 2030 by its

composition:

- land/forestry 17.2%

- Energy 11%

- Waste 0.38%

- Agriculture 0.32%

- Industry & manufacturing 0.10%Source: Kompas, November 18,2017 page 14.

Related to Energy:

PERTAMINA’s OIL & GAS

UPSTREAM & DOWNSTREAMACTIVITIES CO2 Capture and

Storage: Pilot Project CCS Gundih Field (2019-2022)

CO2 EOR: Sukowati Field (2019-2020)

ZERO FLARING RESEARCH

Est. 2,000 ton CO2/day

Pilot 10,000 ton CO2

for 2 yearsEast Natuna

????

JIP COMPMEM (Joint Industrial Project

Compression Membrane). Member:

Total, Pertamina, CCP (BP, Chevron, Petrobras), Equinor

Pertamina’s Upstream Research to Support

CCS/CCUS & Zero Flaring Program

7

pertamina.com

thankyou

O F F I C EGd. Kwarnas lt. 6

Jl. Medan Merdeka Timur No.6, Gambir,

Jakarta Pusat, DKI Jakarta - 10110

L A BJalan Raya Bekasi No.20, RT.1/RW.2,

Rawa Terate, Cakung, Kota Jakarta Timur,

Daerah Khusus Ibukota Jakarta 13920

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