Environmental

Environmental

Area

Unit

2018

2019

2020

2021

2022

Ambition 2030

Energy use and emissions

 

 

 

 

 

 

 

Energy use1

1000TJ

6.20

6.02

5.69

6.33

5.91

– per ton of production


GJ/ton


1.91


1.88


1.83


1.89


1.90


30% less2

Renewable energy (own operations)

%

31

31

33

37

41

Renewable electricity (own operations)

%

38

37

40

45

50

100

Greenhouse gas emissions – Direct CO2(e) emissions (Scope 1)

kiloton

62.9

58.3

57.2

64.5

60.1


– per ton of production

kg/ton

19.42

18.18

18.42

19.27

19.35

Greenhouse gas emissions – Indirect CO2(e) emissions (Scope 2)

kiloton

226.0

183.1

168.2

172.1

147.5


– per ton of production

kg/ton

69.77

57.13

54.21

51.41

47.45

Total greenhouse gas emissions – Scope 1 and Scope 2 combined CO2(e) emissions

kiloton

288.9

241.4

225.4

236.6

207.6

50% less2

– per ton of production

kg/ton

89.19

75.31

72.64

70.68

66.80

 

Volatile organic compounds

kiloton

1.57

1.19

0.95

0.96

0.83


– per ton of production

kg/ton

0.49

0.37

0.31

0.29

0.27

 

 

 

 

 

 

 

 

Resource efficiency

 

 

 

 

 

 

 

Total waste

kiloton

67

67

62

67

59

– per ton of production

kg/ton

20.97

21.00

19.96

19.87

18.95

 

Circular use of materials3

%

52

55

57

58

56

100

Total reusable waste

kiloton

33

34

32

35

29

Total non-reusable waste

kiloton

34

33

30

31

30

– per ton of production

kg/ton

10.63

10.28

9.57

9.39

9.68

 

Hazardous waste total

kiloton

30

29

28

31

28

– per ton of production

kg/ton

9.13

9.07

8.93

9.19

9.15

 

Hazardous waste non-reusable

kiloton

15

14

15

17

17

– per ton of production

kg/ton

4.59

4.46

4.70

4.95

5.36

 

Total waste to landfill

kiloton

11.6

9.8

6.5

1.5

1.3

 

Hazardous waste to landfill

kiloton

0.69

0.45

0.23

0.11

0.14

Hazardous waste to landfill per ton of production

kg/ton

0.21

0.14

0.07

0.03

0.05

Non-hazardous waste to landfill

kiloton

10.93

9.40

6.22

1.39

1.12

 

Total fresh water use

million m3

9.27

8.05

9.12

9.56

8.63

– per ton of production

m3/ton

2.86

2.51

2.94

2.86

2.78

 

Total fresh water consumption (excluding water related to product)

million m3




1.27

1.14

– per ton of production

m3/ton

0.38

0.37

 

 

 

 

 

 

 

 

 

Supplier management

 

 

 

 

 

 

 

Business Partner Code of Conduct product related

% of spend

98

98

98

99

99

Business Partner Code of Conduct non-product related

% of spend

83

84

89

89

93

Suppliers participating in sustainability program

% against baseline

60

65

75

84

77

Suppliers in sustainability program – under development

% against baseline

22

18

24

27

24

Suppliers in sustainability program – in line with our expectations

% against baseline

38

47

51

57

52

1

2021 number includes a baseline shift of 199 TJ, or 3.5%, due to central procurement of electricity, elevating part of the stores organization above the materiality level.

2

Versus 2018 baseline.

3

The 2020 and 2021 figures for circular use of materials have been restated, reflecting an incorrect classification of by-product for one of our production sites.

The indicators that fall within the scope of limited assurance of the external auditor are marked with the following symbol:

Reporting principles

Environmental

Energy use

The energy consumption of AkzoNobel in absolute measures (1,000 TJ) and per ton of production. Energy is expressed as “primary” energy, or fuel equivalents, used on our sites and to generate electricity/heat for our sites.

Percentage renewable energy

Percentage renewable energy used in our operations. Renewable energy (in fuel equivalent) is the sum of energy used from renewable electricity, biomass, renewable steam and hot water. Energy is expressed as “primary” energy, or fuel equivalents. Expressed as the share of renewable energy AkzoNobel uses in its own operations relative to the total energy used. We use an average efficiency factor of 40%.

Percentage renewable electricity

Percentage renewable electricity used in our operations. Renewable electricity is electricity that is generated from inexhaustible resources, such as wind, solar, hydro, biomass and tidal. Expressed as the share of total renewable electricity (own generated plus imported from grid) AkzoNobel uses in its own operations relative to the total electricity used.

Greenhouse gas emissions – Scope 1 (direct) and Scope 2 (indirect)

The total greenhouse gas emissions from processes and combustion at our facilities and indirect emissions from purchased energy in absolute measures (Mt CO2e) and kg CO2e per ton of production. Emissions from transport in own operations is very limited and therefore not material compared to other Scope 1 and 2 emissions. As transport is not material to Scope 1 and 2, these scopes exclude transport. We measure and report CO2 in line with the GHG Protocol. The other gases from the GHG Protocol are considered immaterial and not actively measured.

Volatile organic compounds

Volatile organic compound emissions in absolute measures (kilotons) and kg per ton production. Volatile organic compounds (VOCs) are emitted as gases from certain solids or liquids, for instance from solvent-based paints.

Total waste

Total waste in absolute measures (kilotons) and kg per ton production. Waste is reported as total weight, not dry weight. Waste is any material arising from our routine operations which is not incorporated into final products and not directly released to atmosphere or direct to surface water. Non-reusable waste is waste which is not used for resource recovery, recycling, reclamation, direct re-use or alternative uses (e.g. composting).

Circular use of materials

The amount of materials reused by AkzoNobel and third parties (reusable waste plus by-products) divided by the total waste plus by-products (percentage).

Hazardous waste

Hazardous waste is waste that is classified and regulated as such according to the national, state, provincial or local legislation in place.

Total waste to landfill

All hazardous and non-hazardous non reusable waste (in absolute measures (kilotons) and kg per ton production) as it leaves our premises in the reporting period, sent for disposal to landfill.

Total fresh water use and consumption

Fresh water use as absolute measure (million m3) and m3 per ton production.

  • Extraction recorded as surface, ground and potable water
  • Use recorded as cooling, process and other use (e.g. hygiene, grounds)

The majority of water is used for cooling and returned to the original source, slightly heated.
Fresh water consumption as absolute measure (million m3) and m3 per ton production. Fresh water consumption is the fresh water use minus cooling water and water in product.
Cooling water is excluded as it is extracted and returned from the same basin only with a potentially altered temperature (chemically unchanged).

Suppliers signed Business Partner Code of Conduct (% of spend)

Percentage product related spend (measured in euro value) with suppliers (raw materials and packaging) who have signed our business partner Code of Conduct.
Percentage non-product related (NPR) spend (measured in euro value) with suppliers who have signed our Business Partner Code of Conduct.
Our Business Partner Code of Conduct states that we want to do business with business partners who endorse our ethical values and our social and environmental standards. We therefore require suppliers to sign our Business Partner Code of Conduct, which is based on the AkzoNobel Code of Conduct.

Suppliers sustainability risk analysis (baseline)

Number of suppliers who have been identified as risk to AkzoNobel due to their spend level (>€250,000), country risk (sensitive and emerging countries using EcoVadis’ country risk profile) and/or category risk. Spend levels are based on the prior reporting year, which means for the 2022 annual report, 2021 spend levels were used.

Suppliers participating in sustainability program

Number of suppliers who performed an EcoVadis online assessment or TfS onsite audit (in % of baseline as indicated under “Sustainability risk analysis”).

Suppliers in sustainability program – in line with expectations

Number of suppliers who meet our expectation in the EcoVadis assessment (in % of baseline as indicated under “Sustainability risk analysis”): 45 total score and human right and labor score of 50.

Suppliers in sustainability program – under development

Suppliers who have performed the EcoVadis assessment but who are not yet meeting our expectation. Suppliers have three years to reach the minimum EcoVadis scores (see “Suppliers in line with our expectation”).