| 2020 | 2021 | 2022 | 2023 | 2024 | 2025 | |
|---|---|---|---|---|---|---|
| Scope 1: total direct greenhouse gas (GHG) emissions (in thousands of tonnes of CO2-eq.) (a) (b) | Scope 1: total direct greenhouse gas (GHG) emissions (in thousands of tonnes of CO2-eq.) (a) (b)2020 Scope 1: total direct greenhouse gas (GHG) emissions (in thousands of tonnes of CO2-eq.) (a) (b)2020 15,505 |
Scope 1: total direct greenhouse gas (GHG) emissions (in thousands of tonnes of CO2-eq.) (a) (b)2021 Scope 1: total direct greenhouse gas (GHG) emissions (in thousands of tonnes of CO2-eq.) (a) (b)2021 15,557 |
Scope 1: total direct greenhouse gas (GHG) emissions (in thousands of tonnes of CO2-eq.) (a) (b)2022 Scope 1: total direct greenhouse gas (GHG) emissions (in thousands of tonnes of CO2-eq.) (a) (b)2022 16,083 |
Scope 1: total direct greenhouse gas (GHG) emissions (in thousands of tonnes of CO2-eq.) (a) (b)2023 Scope 1: total direct greenhouse gas (GHG) emissions (in thousands of tonnes of CO2-eq.) (a) (b)2023 15,473 |
Scope 1: total direct greenhouse gas (GHG) emissions (in thousands of tonnes of CO2-eq.) (a) (b)2024 Scope 1: total direct greenhouse gas (GHG) emissions (in thousands of tonnes of CO2-eq.) (a) (b)2024 14,868* |
Scope 1: total direct greenhouse gas (GHG) emissions (in thousands of tonnes of CO2-eq.) (a) (b)2025 Scope 1: total direct greenhouse gas (GHG) emissions (in thousands of tonnes of CO2-eq.) (a) (b)2025 14,590* |
| Scope 2: total indirect GHG emissions (in thousands of tonnes of CO2-eq.) (a) (c) | Scope 2: total indirect GHG emissions (in thousands of tonnes of CO 2-eq.) (a) (c)2020 Scope 2: total indirect GHG emissions (in thousands of tonnes of CO 2-eq.) (a) (c)2020 23,784 |
Scope 2: total indirect GHG emissions (in thousands of tonnes of CO 2-eq.) (a) (c)2021 Scope 2: total indirect GHG emissions (in thousands of tonnes of CO 2-eq.) (a) (c)2021 23,961 |
Scope 2: total indirect GHG emissions (in thousands of tonnes of CO 2-eq.) (a) (c)2022 Scope 2: total indirect GHG emissions (in thousands of tonnes of CO 2-eq.) (a) (c)2022 22,771 |
Scope 2: total indirect GHG emissions (in thousands of tonnes of CO 2-eq.) (a) (c)2023 Scope 2: total indirect GHG emissions (in thousands of tonnes of CO 2-eq.) (a) (c)2023 21,504 |
Scope 2: total indirect GHG emissions (in thousands of tonnes of CO 2-eq.) (a) (c)2024 Scope 2: total indirect GHG emissions (in thousands of tonnes of CO 2-eq.) (a) (c)2024 20,064* |
Scope 2: total indirect GHG emissions (in thousands of tonnes of CO 2-eq.) (a) (c)2025 Scope 2: total indirect GHG emissions (in thousands of tonnes of CO 2-eq.) (a) (c)2025 19,599* |
| Total Scopes 1 & 2 emissions (in thousands of tonnes of CO2-eq.) (a) (b) (c) | Total Scopes 1 & 2 emissions (in thousands of tonnes of CO2-eq.) (a) (b) (c) 2020 Total Scopes 1 & 2 emissions (in thousands of tonnes of CO2-eq.) (a) (b) (c)2020 39,289 |
Total Scopes 1 & 2 emissions (in thousands of tonnes of CO2-eq.) (a) (b) (c) 2021 Total Scopes 1 & 2 emissions (in thousands of tonnes of CO2-eq.) (a) (b) (c)2021 39,518 |
Total Scopes 1 & 2 emissions (in thousands of tonnes of CO2-eq.) (a) (b) (c) 2022 Total Scopes 1 & 2 emissions (in thousands of tonnes of CO2-eq.) (a) (b) (c)2022 38,854 |
Total Scopes 1 & 2 emissions (in thousands of tonnes of CO2-eq.) (a) (b) (c) 2023 Total Scopes 1 & 2 emissions (in thousands of tonnes of CO2-eq.) (a) (b) (c)2023 36,977 |
Total Scopes 1 & 2 emissions (in thousands of tonnes of CO2-eq.) (a) (b) (c) 2024 Total Scopes 1 & 2 emissions (in thousands of tonnes of CO2-eq.) (a) (b) (c)2024 34,933 |
Total Scopes 1 & 2 emissions (in thousands of tonnes of CO2-eq.) (a) (b) (c) 2025 Total Scopes 1 & 2 emissions (in thousands of tonnes of CO2-eq.) (a) (b) (c)2025 34,189 |
| Performance: Evolution of Scopes 1 & 2 emissions vs. 2020 | Performance: Evolution of Scopes 1 & 2 emissions vs. 2020 2020 Performance: Evolution of Scopes 1 & 2 emissions vs. 2020 2020
|
Performance: Evolution of Scopes 1 & 2 emissions vs. 2020 2021 Performance: Evolution of Scopes 1 & 2 emissions vs. 2020 2021 0.6 % |
Performance: Evolution of Scopes 1 & 2 emissions vs. 2020 2022 Performance: Evolution of Scopes 1 & 2 emissions vs. 2020 2022 -1.1 % |
Performance: Evolution of Scopes 1 & 2 emissions vs. 2020 2023 Performance: Evolution of Scopes 1 & 2 emissions vs. 2020 2023 -5.9 % |
Performance: Evolution of Scopes 1 & 2 emissions vs. 2020 2024 Performance: Evolution of Scopes 1 & 2 emissions vs. 2020 2024 -11.1 % |
Performance: Evolution of Scopes 1 & 2 emissions vs. 2020 2025 Performance: Evolution of Scopes 1 & 2 emissions vs. 2020 2025 -13 % |
| Significant Scope 3 emissions (in thousands of tonnes of CO2-eq.) (d) (e) | Significant Scope 3 emissions (in thousands of tonnes of CO 2-eq.) (d) (e)2020 Significant Scope 3 emissions (in thousands of tonnes of CO 2-eq.) (d) (e)2020
|
Significant Scope 3 emissions (in thousands of tonnes of CO 2-eq.) (d) (e)2021 Significant Scope 3 emissions (in thousands of tonnes of CO 2-eq.) (d) (e)2021
|
Significant Scope 3 emissions (in thousands of tonnes of CO 2-eq.) (d) (e)2022 Significant Scope 3 emissions (in thousands of tonnes of CO 2-eq.) (d) (e)2022 22,134 |
Significant Scope 3 emissions (in thousands of tonnes of CO 2-eq.) (d) (e)2023 Significant Scope 3 emissions (in thousands of tonnes of CO 2-eq.) (d) (e)2023 22 300 |
Significant Scope 3 emissions (in thousands of tonnes of CO 2-eq.) (d) (e)2024 Significant Scope 3 emissions (in thousands of tonnes of CO 2-eq.) (d) (e)2024 23,244* |
Significant Scope 3 emissions (in thousands of tonnes of CO 2-eq.) (d) (e)2025 Significant Scope 3 emissions (in thousands of tonnes of CO 2-eq.) (d) (e)2025 24,252* |
| 2020 | 2021 | 2022 | 2023 | 2024 | 2025 | |
|---|---|---|---|---|---|---|
| Emissions avoided due to the optimization of assets (in thousands of tonnes of CO2-eq.) | Emissions avoided due to the optimization of assets (in thousands of tonnes of CO 2-eq.) 2020 Emissions avoided due to the optimization of assets (in thousands of tonnes of CO 2-eq.) 2020 3,600 |
Emissions avoided due to the optimization of assets (in thousands of tonnes of CO 2-eq.) 2021 Emissions avoided due to the optimization of assets (in thousands of tonnes of CO 2-eq.) 2021 3,307 |
Emissions avoided due to the optimization of assets (in thousands of tonnes of CO 2-eq.) 2022 Emissions avoided due to the optimization of assets (in thousands of tonnes of CO 2-eq.) 2022 3,200 |
Emissions avoided due to the optimization of assets (in thousands of tonnes of CO 2-eq.) 2023 Emissions avoided due to the optimization of assets (in thousands of tonnes of CO 2-eq.) 2023 4,024 |
Emissions avoided due to the optimization of assets (in thousands of tonnes of CO 2-eq.) 2024 Emissions avoided due to the optimization of assets (in thousands of tonnes of CO 2-eq.) 2024 4,363 |
Emissions avoided due to the optimization of assets (in thousands of tonnes of CO 2-eq.) 2025 Emissions avoided due to the optimization of assets (in thousands of tonnes of CO 2-eq.) 2025 2,739 |
| Emissions avoided to improve customers’ energy footprint (in thousands of tonnes of CO2-eq.) | Emissions avoided to improve customers’ energy footprint (in thousands of tonnes of CO 2-eq.) 2020 Emissions avoided to improve customers’ energy footprint (in thousands of tonnes of CO 2-eq.) 2020 11,200 |
Emissions avoided to improve customers’ energy footprint (in thousands of tonnes of CO 2-eq.) 2021 Emissions avoided to improve customers’ energy footprint (in thousands of tonnes of CO 2-eq.) 2021 11,827 |
Emissions avoided to improve customers’ energy footprint (in thousands of tonnes of CO 2-eq.) 2022 Emissions avoided to improve customers’ energy footprint (in thousands of tonnes of CO 2-eq.) 2022 10,065 |
Emissions avoided to improve customers’ energy footprint (in thousands of tonnes of CO 2-eq.) 2023 Emissions avoided to improve customers’ energy footprint (in thousands of tonnes of CO 2-eq.) 2023 8,180 |
Emissions avoided to improve customers’ energy footprint (in thousands of tonnes of CO 2-eq.) 2024 Emissions avoided to improve customers’ energy footprint (in thousands of tonnes of CO 2-eq.) 2024 8,119 |
Emissions avoided to improve customers’ energy footprint (in thousands of tonnes of CO 2-eq.) 2025 Emissions avoided to improve customers’ energy footprint (in thousands of tonnes of CO 2-eq.) 2025 9,484 |
| Total Avoided Emissions (in thousands of tonnes of CO2-eq.) (f) | Total Avoided Emissions (in thousands of tonnes of CO2-eq.) (f) 2020 Total Avoided Emissions (in thousands of tonnes of CO2-eq.) (f)2020 14,800 |
Total Avoided Emissions (in thousands of tonnes of CO2-eq.) (f) 2021 Total Avoided Emissions (in thousands of tonnes of CO2-eq.) (f)2021 15,134 |
Total Avoided Emissions (in thousands of tonnes of CO2-eq.) (f) 2022 Total Avoided Emissions (in thousands of tonnes of CO2-eq.) (f)2022 13,265 |
Total Avoided Emissions (in thousands of tonnes of CO2-eq.) (f) 2023 Total Avoided Emissions (in thousands of tonnes of CO2-eq.) (f)2023 12,204 |
Total Avoided Emissions (in thousands of tonnes of CO2-eq.) (f) 2024 Total Avoided Emissions (in thousands of tonnes of CO2-eq.) (f)2024 12,482 |
Total Avoided Emissions (in thousands of tonnes of CO2-eq.) (f) 2025 Total Avoided Emissions (in thousands of tonnes of CO2-eq.) (f)2025 12,223 |
| Émissions évitées grâce à l’utilisation de H2 pour la désulfuration (en milliers de tonnes d’équivalent CO2) | Émissions évitées grâce à l’utilisation de H 2pour la désulfuration (en milliers de tonnes d’équivalent CO 2) 2020 Émissions évitées grâce à l’utilisation de H 2pour la désulfuration (en milliers de tonnes d’équivalent CO 2) 2020 62,300 |
Émissions évitées grâce à l’utilisation de H 2pour la désulfuration (en milliers de tonnes d’équivalent CO 2) 2021 Émissions évitées grâce à l’utilisation de H 2pour la désulfuration (en milliers de tonnes d’équivalent CO 2) 2021 64,200 |
Émissions évitées grâce à l’utilisation de H 2pour la désulfuration (en milliers de tonnes d’équivalent CO 2) 2022 Émissions évitées grâce à l’utilisation de H 2pour la désulfuration (en milliers de tonnes d’équivalent CO 2) 2022 64,067 |
Émissions évitées grâce à l’utilisation de H 2pour la désulfuration (en milliers de tonnes d’équivalent CO 2) 2023 Émissions évitées grâce à l’utilisation de H 2pour la désulfuration (en milliers de tonnes d’équivalent CO 2) 2023 64,900 |
Émissions évitées grâce à l’utilisation de H 2pour la désulfuration (en milliers de tonnes d’équivalent CO 2) 2024 Émissions évitées grâce à l’utilisation de H 2pour la désulfuration (en milliers de tonnes d’équivalent CO 2) 2024 58,400 |
Émissions évitées grâce à l’utilisation de H 2pour la désulfuration (en milliers de tonnes d’équivalent CO 2) 2025 Émissions évitées grâce à l’utilisation de H 2pour la désulfuration (en milliers de tonnes d’équivalent CO 2) 2025 65,368 |
|
Total Avoided Emissions including End Uses (in thousands of tonnes of CO2-eq.) |
Total Avoided Emissions including End Uses (in thousands of tonnes of CO2-eq.) 2020 Total Avoided Emissions including End Uses (in thousands of tonnes of CO2-eq.) 2020 77,100 |
Total Avoided Emissions including End Uses (in thousands of tonnes of CO2-eq.) 2021 Total Avoided Emissions including End Uses (in thousands of tonnes of CO2-eq.) 2021 79,334 |
Total Avoided Emissions including End Uses (in thousands of tonnes of CO2-eq.) 2022 Total Avoided Emissions including End Uses (in thousands of tonnes of CO2-eq.) 2022 77,332 |
Total Avoided Emissions including End Uses (in thousands of tonnes of CO2-eq.) 2023 Total Avoided Emissions including End Uses (in thousands of tonnes of CO2-eq.) 2023 77,104 |
Total Avoided Emissions including End Uses (in thousands of tonnes of CO2-eq.) 2024 Total Avoided Emissions including End Uses (in thousands of tonnes of CO2-eq.) 2024 70,882 |
Total Avoided Emissions including End Uses (in thousands of tonnes of CO2-eq.) 2025 Total Avoided Emissions including End Uses (in thousands of tonnes of CO2-eq.) 2025 77,591 |
