STEERING THE CREATION
OF VALUE BY 2030
1 Les données 2021 et 2022 sont hors Equans
The value created by ENGIE in the medium and long term depends on the Group's performance
and is intended to benefit all its stakeholders. Thus, the Group has defined objectives and indicators
for monitoring its performance in the categories "Planet", "People" and "Economic prosperity"
PLANET 2020 2021
(1)
2022
(1)
TARGET
2030
Objectives monitored by the governance bodies (EESDC)
CO
2
Energy
production
GHG emissions from energy production (scopes 1 and 3)
in Mt CO
2
eq.
68 65 60 43
CO
2
Energy
production and
consumption
Carbon intensity of direct energy production (scope 1)
and energy consumption (scope 2) in g CO
2
eq. per kWh
212 181 156
110
(< 149: SBTi well-
below 2°C limit)
CO
2
Energy sales
GHG emissions from final gas sales (scope 3) in Mt CO
2
eq. 62 66 61 52
Carbon intensity of energy sales produced (scopes 1
and 3) and purchased (scope 3) in g CO
2
eq. per kWh
270 252 221
153
(SBTi well-below 2°C
obj.)
CO
2
Others
Other GHG emissions, including scope 3 from procurement,
capital goods and the upstream of purchased fuels and
electricity (scopes 3.1, 3.2, 3.3) in Mt CO
2
eq.
103 101 90
85
(SBTi well-below
2°C obj.)
Renewable
capacities
Share of renewable capacities (@100% and excluding
pumped storage) in electricity production (scopes 1 and 3)
31%34%38%58%
Decarbonation
of our customers
Emissions avoided at the customers' sites through Group's
products and services in Mt CO
2
eq.
21 27 28 45
Decarbonization
of our suppliers
Rate of top 250 SBT-certified or aligned preferred suppliers 15%20%23%100%
Biodiversity
Rate of industrial sites with natural management of
green spaces without the use of chemical plant protection
products
0%28%34%100%
Water Fresh water consumption per energy produced in m
3
/MWh 0,278 0,342 0,301 0,1
Operational objectives followed by the Group Executive Committee
Renewable
capacities
Renewable capacities (@100% and excluding pumped
storage) of electricity production in GW
31 34 38 80
CO
2
Energy
production
Carbon intensity of energy production (scopes 1 and 3)
in g CO
2
eq per kWh
266 240 216 158
Decarbonization
of our work
practices
GHG emissions linked to our working practices in Mt CO
2
eq05 03 03
0
after offsetting
maximum of
02 Mt CO
2
eq
Environment
Rate of activities with an environmental plan established
in consultation with stakeholders
213753100
Pollution
NOx emissions reduction rate vs 2017 47 4764 75
SOx emissions reduction rate vs 2017 25 34 95 98
Total particulate emissions reduction rate vs 201714 2354 60
Nonhazardous waste generation reduction rate vs 20173 3 47 80
Hazardous waste generation reduction rate vs 201790 9294 95
Methane
emissions
Direct methane emissions on gas networks in Mt CO
2
eq152 162 126
30 vs 2017 or
145 Mt CO
2
eq
Electricity
storage
Electricity battery capacities GW005 10 GW
16 - OUR AMBITION