Investor Presentaiton
En+
GROUP
STRATEGIC REPORT
CLIMATE
LEADERSHIP
Goals and results
70
1
2
Goals
2021 Results
CLIMATE
AFFORDABLE AND
CLEAN ENERGY
13 ACTION
Gross GHG emissions
(Scope 1+ 2)² (mt CO₂e)
Environmental Policy
29,9
22.1
2021
52.0
28.6
22.0
2020
50.6
28.1
22.8
2019
50.9
DISCLOSE THE PATHWAY TO
NET ZERO.
A detailed pathway for achieving a 35%
reduction in emissions and net zero
by 2050 was published in September
2021. Detailed plans for each part of
the pathway are being developed.
VERIFY AND APPROVE
THE SBTI TARGETS OF THE
METALS SEGMENT.
FINALISE A TCFD PROJECT
TO ASSESS CLIMATE CHANGE
RISKS AND OPPORTUNITIES.
En+ Group submitted its SBTs and
roadmap to net zero for verification
to the SBTI in September. The targets
are currently under review by SBTi.
Metals
Power
The Metals segment's
GHG emissions in
electrolysis operations(
tCO₂e/tAl)³
2021
2.02
The project is completed. The results
of the project will be considered in the
Pathway to Net Zero progress Report.
2020
2.04
MINIMISE THE INDUSTRIAL
CARBON FOOTPRINT
THROUGH THE
IMPLEMENTATION OF ENERGY
EFFICIENCY MEASURES.
The internal audit and inventory of available
actions were implemented in the Power
segment. The energy efficiency projects
were prioritised by term, implementation
complexity and expected effect. The first
projects are planned to be reviewed by
the Investment Committee in 2022.
START CONSTRUCTION
WORKS ON THE SMALL-
SCALE SEGOZERSKAYA
HPP (8.1 MW) IN KARELIA
(RUSSIA).
Preparations for construction
work were carried out, building
permits have been obtained.
2019
2.04
2018
2.11
2014
2.28
We are striving to become
one of the leaders in the fight
against climate change
We are constantly expanding renewable
energy sources, improving production
efficiency, and reducing negative impact
on the environment and climate.
In January 2021, En+ Group committed
to reduce GHG emissions by at least 35%
by 2030 and to be net zero by 2050
(Scope 1 and 2 as benchmarked against
the Group's 2018 GHG emissions). To
achieve its commitments, the Group
will need to upgrade its production
facilities and introduce innovative
technologies throughout the production
chain. In September 2021, En+ Group
published its Pathway to Net Zero
Report, which outlines, in comprehensive
detail, the initiatives being undertaken
across the whole value chain to
achieve its sector-beating climate
targets in line with 1.5°C pathways.
En+ Group's total GHG emissions
increased in 2021 compared to 2020, due
to a number of factors. GHG emissions in
the Power segment were increased due
to the length of the heating season. The
increase of GHG emissions in the Metals
segment was due to the fact that the
PGLZ was taken into account in full for the
entire year (in 2020 only the 4th quarter
was taken into account), the perimeter of
covered enterprises was also expanded.
The Group is confidently moving towards
reducing direct specific greenhouse
gas emissions by 15% from 2014 levels
(2.28 tCO₂e/tAI) at existing aluminium
smelters by 2025. In 2021, the intensity
of GHG emissions from electrolysis
operations was 2.02 tCO₂e/tAl - a 11%
reduction from the 2014 baseline.
3
4
5
6
CONTINUE ASSESSMENT
OF GREENHOUSE
GAS EMISSIONS
FROM HYDROPOWER
RESERVOIRS AND EXPAND
THE ASSESSMENT TO UST-
ILIMSK HPP.
Annual cycle of measurements for Bratsk
and Ust-Ilimsk HPP reservoirs has been
performed (autumn, summer and spring
campaigns). Second year cycle for Bratsk
reservoir has been started in autumn 2021.
The preliminary data for average annual
methane emissions are in the lower emissions
range for global boreal HPP reservoirs.
En+ Group Annual Report 2021
STRATEGIC REPORT
CORPORATE GOVERNANCE
FINANCIAL STATEMENTS
APPENDICES
The Group's 2018 GHG emissions (Scope 1 and 2) were 50.0 mt CO₂e.
Preliminary data, being verified as part of the En+ Group 2021 Sustainability Report preparation.
Preliminary data, being verified as part of the En+ Group 2021 Sustainability Report preparation. Level 1
in accordance with the Aluminium Carbon Footprint Technical Support Document (2018) (https://www.
world-aluminium.org/media/filer_public/2018/11/22/carbon footprint_technical_support_document_
v1_published.pdf).
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