Investor Presentaiton
MERDEKA
COPPER GOLD
TARGET
2030
GHG Emissions Reduction Roadmap
50% Reduction in GHG Emissions Intensity for Copper and Golda
29% Reduction in GHG Emissions Intensity for Acid
BASELINE
Energy Substitution
Renewable electricity from geothermal sources.
STRATEGIES
mpry
Signed two agreements with PLNc for green electricity in
2022, with the first site to utilize green energy from November
2022.
Net Zero
2050 Emissions
2021
GOLD
0.6 tCO₂e per oz Au
COPPER
3.6 tCO2e per ton Cu
2023
ACID
0.1 tCO2e per ton Acid
(forecast based on first production)
a.
b.
MDKA is projected to produce
1.3 MtCO2e emissions in 2030,
while focusing efforts to reduce
29% emissions intensity by
the same year.
Energy Substitution
Solar panel installation, micro hydro.
Energy Efficiency
Improving energy efficiency through technology and
innovations.
Land Rehabilitation
Mined land reclamation, watershed rehabilitation
program.
Offsetting
Land compensation, mangrove restoration,
afforestation.
Initial solar panel pilot project of 0.2 MW in 2021.
Expansion plans to install solar panels with 24 MW
capacity and a feasibility study for micro-hydropower
plants.
Innovative ideas to improve energy efficiencies and
reduce GHG emissions. Mobile equipment oil lifetime
extended through the use of Kidney Loop filtration and
utilizing waste oil in blasting activities.
Land rehabilitation is a regulatory requirement for
Merdeka mine operations. Local tree species are planted
to offset biodiversity.
Initiate and monitor mangrove restoration and land
compensation programs to increase GHG offset year-on-
year.
Performance against targets to be reviewed annually
and to include further GHG reduction opportunities.
The copper & gold GHG emission intensity has been revised to a stretch target of 50% from the original 2021 statement of 29% (Scope 1 and Scope 2)
Acid emission intensity target of 29% by 2030 remains the same
C. PLN = Perusahaan Listrik Negara (National Electric Company)
d. Article 2(a), Paris Agreement, 2015
From 2030
onwards, the use
of renewable
energy and
electric fleets are
forecast to be the
main contributors
to achieve net zero
by 2050
Achieving net
zero by 2050 as
a contribution
towards holding
the increase in
the global
average
temperature
NET
ZERO
to well below 2 C
and pursuing
efforts to limit the
temperature
increase to 1.5 C
above pre-
industrial levels d
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