UPM Annual Report 2022
RESPONSIBILITY
UPM
BEYOND FOSSILS
BUSINESSES
GOVERNANCE
ACCOUNTS FOR 2022
Our activities and products have impacts on the environment and society. Understanding these impacts is a prerequisite to developing our operations. Direct and indirect inputs and outputs provide a comprehensive picture of the value chain and form the basis for the impact assessment. Environmental, social and economic aspects are considered and impacts are valued in monetary terms for selected parameters. OUR SOCIETAL AND ENVIRONMENTAL IMPACTS
UPM's detailed material balance is available at www.upm.com/responsibility
INDIRECT UPSTREAM
DIRECT UPSTREAM Raw materials
DIRECT DOWNSTREAM Products
DIRECT DOWNSTREAM Emissions to air
INDIRECT DOWNSTREAM
IMPACTS
Increasing knowledge and quality of life through our products
10,500 in 99 countries
20,000
Number of b-to-b suppliers
5,800 t
Nitrogen oxides
6.2m t
Paper
Number of customers
20m m 3
Wood
880 t
Sulphur dioxide
2.8m t
Chemical pulp
Vitality and prosperity for area of influence
Private forest owners supplying wood to UPM
1.7m t
Market pulp
16,000
680 t
Particulates
0.6m t
Converting materials
over 170 million
People using UPM products
Increased social capital and skills of employees
380 t
VOC
0.6m m 3
Plywood and veneer
1.4m t
Recovered paper
55 million
2.3m t
Seedlings planted
Fossil CO 2 emissions (Scope 1)
Wellbeing and safety of employees and contractors
1.5m m 3
Sawn timber
EUR 1.4m distributed to about 180 groups
Biofore Share and Care donations and sponsorships
7.2m t
Biogenic CO 2 emissions
1.6m t
Minerals
12,000 GWh
Electricity and heat
Emissions to water
Supplier spend covered by UPM Supplier Code
Biodiversity enhanced in managed forests and through conservation 2)
88%
EUR 11,720m
Sales
160m m 3
Process wastewater
0.4m t
Purchased paper for converting
Ecosystem services secured through sustainable forest management
EUR 2,096m
Comparable EBIT
140m m 3
2.1m t
Cooling water
Virgin materials replaced
86%
Certified wood
0.2m t
Plastic, adhesives, resins, films
Biological oxygen demand (7days)
Granted patents and patents validations
6,300 t
Climate change mitigation through UPMĀ“s carbon actions 3)
247
EUR 4.8 billion
Costs, raw materials
EUR 10.9 billion
Percentage of wood origin known
Value of products eligible for ecolabelling
100%
48,000 t
People and society
Chemical oxygen demand
Value added EUR 3.5 billion
Water uptake
17,200
Employees
210 t
Absorbable organic halogens
Fossil CO 2 emissions (Scope 2)
314m m 3
Surface water
2.2m t
Process waste and by-products
Societal value of carbon sink of UPM own and leased forests EUR 240m 4)
132,100
UPM forests available for recreational use
Shareholders
589,000 ha
517,000 dry t
Material recycling
8
Training hours per employee
19m m 3
Ground water
Societal cost of GHG emissions (Scope 1-3) EUR -960m 5)
Fossil CO 2 emissions (Scope 3 upstream)
159,000 dry t
Energy recovery
3.3m t
Total recordable injury frequency incl. contractors
Fossil CO 2 emissions (Scope 3 downstream)
5.9
5,000 dry t
1.7m t
Composting
4m m 3
Communal water
Societal cost of other air emissions EUR -110m 6)
Water intensive production sites located in water abundant areas
55,000 dry t
Landfilling
100%
Energy
EUR 693m
Dividend distribution
16,000 dry t
Temporary storage
Recreational value of UPM forests EUR 83m 7)
19,400 GWh
Carbon content in UPM products
Renewable fuels
13m t
Employee wages and benefits
EUR 1,181m
3,400
New hires
Incineration without energy recovery
2,100 dry t
Value of ash used as raw material EUR 12m 7)
10,500 GWh
Fossil fuels
Carbon sink in UPM own and leased forests
2.3m t CO 2 eq 1)
Own and leased forests and plantations
Corporate income taxes paid and property taxes
Hazardous waste for special treatment
1,070,000 ha
EUR 349m
Purchased electricity and heat
Impact of paid taxes on social capital EUR 414m 8)
7,200 t
14,300 GWh
1) Based on study by Luke Finland: 5-year average of carbon sink and sources in UPM own and leased forests in Finland and Uruguay. 2) Read more on pages 82-83 3) Read more on pages 28-29 4) Calculated using societal cost of carbon EUR 100/tCO 2 (average damage cost per tonne of CO 2 ). Source: EEA. Using European emissions allowance price would result in EUR 200m.
5) Calculated using societal cost of carbon EUR 100/tCO 2 (average damage cost per tonne of CO 2 ). Source: EEA. Using European emissions allowance price would result in EUR -810m. 6) Calculated using societal cost of each air pollutant. Source: EEA 7) Based on pilot study by Gaia. Read more on upm.com/responsibility 8) Calculated using corporate income and property taxes, and health utility of taxes. Source: Vionnet et al. (2021) The Health Utility of Income and Taxes. Part B.
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UPM ANNUAL REPORT 2022
UPM ANNUAL REPORT 2022
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