Svenska Cellulosa AB SCA Class A · OMXSTO:SCA_A

Svenska Cellulosa AB SCA Class A — Svenska Cellulosa Aktiebolaget SCA — Investor Presentation (January 2024)

107 slides from Svenska Cellulosa AB SCA Class A's investor presentation, Jan 26, 2024

  1. Slide 1: Investor Relations January, 2024

    Investor Relations January, 2024

  2. Slide 2: A strong and integrated value chain

    A strong and integrated value chain Sales (SEKbn) EBITDA (SEKbn) 18.1 6.8 EBITDA margin Industrial ROCE 1 38% 7% Climate benefit 2 Net growth in forest 2 10.1 m t CO2 3.8 m m3fo Note: Logistics are reported as a part of relevant segments. 2 1. ROCE for the industrial segments; Wood, Pulp and Paper.

  3. Slide 3: Europe’s largest private forest owner

    Europe’s largest private forest owner Sawmill Forestland Pulp mill Kraftliner mill 6% 2.7 m ha of Sweden Pellet production SCA’s forest Productive forestland Munksund 2.1 m ha Obbola Rundvik Stugun Bollstabruk Standing volume 1 Gällö Härnösand Östrand 271 m m3fo Tunadal Ortviken 1. Including forest

  4. Slide 4: Strategy communicated in 2017

    Strategy communicated in 2017  Invest in integrated value chain: Increased • Grow Pulp value from • Grow Kraftliner each tree • Develop Renewable energy • Reduce exposure to Publication Paper Growing  Increase forest holdings: renewable • Increase growth and harvesting level forest asset • Acquire

  5. Slide 5: Project portfolio delivered

    Project portfolio delivered Value ~70% completed  Acquire  forest land →2023 Bio fuel and green  chemicals  9 TWh wind power on SCA land   →2022 Own Restructuring Sundsvall  wind power   Target 100k ha →2022 Kraftliner expansion forest land in the  Baltic states,  →2021 Grow CTMP pulp 201

  6. Slide 6: SCA has an integrated value chain with high degree of self sufficiency

    SCA has an integrated value chain with high degree of self sufficiency ~50% ~95% >100% ~40% ~50% Wood sourcing Electricity usage Solid biofuels SCA Logistics 1) Transportation fuel 10 M m3 1.6 TWh 11 TWh 2.8 SEKbn 100 kt External exposure District heating External Wind lease Sold externally supplier

  7. Slide 7: SCA contributes to a fossil free society

    SCA contributes to a Replaces 2 Higher growth enables more substitution – 5.4 renewable alternatives replace fossil fossil free society Mt CO2 based products SCA’s renewable Non-renewable Binds 1 products products net Growing forests bind CO2 – 5.4 active forest management Bioenergy Fossil Mt CO2 in

  8. Slide 8: SCAs strategy for profitable growth

    SCAs strategy for profitable growth Increased value  Invest in integrated value chain: from each tree • Grow pulp, containerboard and wood • Realize business opportunities within renewable energy Growing  Increase forest holding: renewable forest • Increased growth and harvesting level asset • Con

  9. Slide 9: Project portfolio – prioritized opportunities

    Project portfolio – prioritized opportunities Value 2 Decided and ongoing projects 3 Organic growth  Growing forest  assets Renewable  fuels Further potential  Containerboard & Pulp Grow Wood  Wind power   Increased forest ownership in Baltics Biofuel  Bio refinery and Nordic  Countries Acq

  10. Slide 10: Shifting the portfolio to growing product areas

    Shifting the portfolio to growing product areas Growing Forest asset Wood Publication paper Kraftliner Pulp Renewable energy Wind power capacity on SCA Harvesting own forest (k m3) 1 Capacity (k m3) Capacity (kt) Capacity (kt) Capacity (kt) land (TWh) +1,100k m3 +400k m3 -1,810kt +340kt +680kt +11TW

  11. Slide 11: Forest

    Forest @®SCA

  12. Slide 12: Europe’s largest private forest owner

    Europe’s largest private forest owner Sales (SEKm) Forest holdings located close to SCA’s industry Sawmill 6% 7,748 Pulp mill Kraftliner mill of Sweden • 2.7m ha forestland Pellet production SCA’s forest • 2.1m ha productive forestland EBITDA (SEKm) • 271 m m3fo standing volume 1 Munksund 3,511 ~50%

  13. Slide 13: Forest assets create value in several ways

    Forest assets create value in several ways Harvesting Net growth Land value Positive climate effect 13

  14. Slide 14: Profitable growth since 1950

    Profitable growth since 1950 Standing volume SCA Growing Harvest plan own forest Increasing Increasing Land value Sweden 1 Increasing million m3fo asset base million m3sub cash cashflow flow SEK/m3fo (real value) land value +80% +140% +430% 260 4.8 587 146 >6,000% nominal 2.0 increase 111 1950 2022

  15. Slide 15: Forest Total Return

    Forest Total Return CAGR of 10% since 1956 Forest Total Return index Sweden (1956-2022) 1 Increasing cash flow 60,000 CAGR • Harvesting provides raw materials to the industries and generates cash flow 10% − Cash flow: ~3% CAGR 50,000 CAGR 2004-2022 8% 2 Growing asset base 40,000 • Forest growth exce

  16. Slide 16: Significant real growth

    Significant real growth Forest growth metrics (m m3fo) Gross growth of standing forest 10.5 Natural losses and pre-commercial thinning -1.4 Available growth of standing forest 9.1 1 Current cash flow Annual harvesting -5.9 New harvesting plan every 8-10 years Harvesting increase to >7m m3fo in 2114

  17. Slide 17: Increase in both standing volume and harvesting level

    Based on Increase in both standing volume current technology and harvesting level Harvesting from own forest (m m3sub) Standing timber volume (m m3fo) +200% 350 +100% 6 300 5 250 4 200 3 150 2 100 Increasing cash flow Growing asset base 1 50 0 0 1950 1960 1970 1980 1990 2000 2010 2020 2030 2040 2050

  18. Slide 18: Improved practices and technology increase growth

    Improved practices and technology increase growth m3fo/ha Growth plan at different taxations (standing volume / hectare) 140 1 Tax X vs 2019 Tax IX Silviculture 130 +9 m fo/ha 3 120 2 Tax IX vs 2014 Improved seedlings 110 Tax VI +14 m fo/ha 3 100 Tax VI vs 1984 3 Tax II Introduction of Contorta pine

  19. Slide 19: Harvesting plan

    Harvesting plan Optimizes value and supply Harvesting plan per tree species (m m3sub) 6.0 1 Deciduous trees Secure supply 5.0 Contorta 4.0 2 Meet restrictions 3.0 Spruce 2.0 3 Optimize value 1.0 Pine 0.0 2015-2019 2020-2024 2025-2029 2030-2034 2035-2039 2040-2044 2045-2049 Note: Based on Tax X (2019

  20. Slide 20: Forest acquisitions part of SCA’s DNA

    Forest acquisitions part of SCA’s DNA Continued acquisitions of forest land in Nordics and Baltics Productive forest land has increased 60% since 1950, million hectares productive land 2.5 +60% Graninge/Scaninge +275k ha Baltics Svanö Wifstavarvs +120k ha 2.0 +275k ha Kungsgården Marieberg +90k ha 1

  21. Slide 21: Forest land acquisitions in the Baltics

    Forest land acquisitions in the Baltics – strengthen the fiber base for future projects 1 2 3 Strengthen our High growth SCA’s competence integrated value chain and resources • Strengthen the raw material supply • High growth – 2.5x northern Sweden • Harvesting volume and standing and maintain self-

  22. Slide 22: The Baltics offer high forest growth potential

    The Baltics offer high forest growth potential Price (EUR/ha forest land) Growth potential (m3fo/ha/year) 14,000 12 ~2.5x 12,000 10 10,000 8 8,000 6 6,000 1.3x 4 4,000 2,000 2 0 0 Southern Mid Northern Baltic Southern Mid Northern Baltic Sweden Sweden Sweden states Sweden Sweden Sweden states Source

  23. Slide 23: SCA’s forest holdings in the Baltics

    SCA’s forest holdings in the Baltics Land in the Baltics Value of forest land 1 Location (ha) (mEUR) SCA’s forest +40-50% ~70% 100,000 completed ~70,000 Current Target Purchase Price Market Value 1 Estimated market value 2021-12-31 based on transactions in the Baltic countries. 23

  24. Slide 24: Long term demand larger than supply – Forest a strategic resource

    Long term demand larger than supply – Forest a strategic resource for the future Estimated change in harvesting potential 2021-2030e (softwood sawlogs) Demand of wood products limited by supply CAGR 2021-2030e • Russian invasion of Ukraine +1.7% +15m m3 • Insect damage in Europe -1 m m3 -7m m3 • Har

  25. Slide 25: Forest – strategic direction

    Forest – strategic direction 1 Increase growth and harvesting while maintaining high environmental ambitions 2 Acquire forest that supports SCA industries 3 Increase the precision and quality in biodiversity conservation measures 4 Increase digitalization of planning, logging, forest management and

  26. Slide 26: Wood

    \Wood @®SCA

  27. Slide 27: Leading European wood producer

    Leading European wood producer Sales (SEKm) 5,158 5 modern and well invested sawmills 2 painting and 5 planing facilities 2.2m m capacity 3 EBITDA (SEKm) Own distribution network 400k Munksund 550 Focus on value added products • Adapted wood to the further processing industry 320k • Distribution of

  28. Slide 28: Long-term structural drivers sustain softwood demand growth

    Long-term structural drivers sustain softwood demand growth Underlying economic drivers Strong global softwood demand Economic growth: Continued increased living standard in m m3 several fast growing markets drives consumption of softwood ~2% 3.1% CAGR CAGR Other Building activities: Recovery for bo

  29. Slide 29: Wood based products creates strong legitimacy for active forestry

    Wood based products creates strong legitimacy for active forestry 1 Carbon footprint building materials (g CO2eq/kg) 5,000 Other building materials Substitution effect 4,500 Wood is the building material that has the lowest 4,000 carbon footprint thus climate effect 3,500 2 3,000 >8x higher Carbon s

  30. Slide 30: The Global Wood value chain

    The Global Wood value chain Segment Value chain, integration and product group Consuming sector Sawn wood products Finished wood product End consumer (examples) channel ~20% Furniture ~12% ”Furniture-retail” Interior Decoration Living with Wood Solid Wooden Flooring Interior Cladding ~40% ~65% RMI (

  31. Slide 31: SCA’s position in the global wood value chain

    SCA’s position in the global wood value chain Optimizing value and integration level Segment Sawn wood products Finished wood product End consumer SCA volume channel ~27% ~10% Furniture ”Furniture-retail” Living with Wood Solid Wooden Flooring Interior Cladding ~70% ~65% Boards Exterior Cladding ”DI

  32. Slide 32: Building with wood – RMI has the largest wood consumption and is stable

    Building with wood – RMI 1 has the largest wood consumption and is stable New builds in Sweden RMI in Sweden (k housing starts) (k m euro at 2020 prices) 70 18 1 ~75% of all softwood is used for 16 RMI and new build 60 14 50 2 12 RMI more stable over time than new build 40 10 and single largest cons

  33. Slide 33: One of the largest and most efficient sawmill operations in Europe

    One of the largest and most efficient sawmill operations in Europe Growing forest asset Structural change and increased productivity State of art technology Europe’s largest private forest owner 2010 2022 2025 Harvesting own forest (k m3) +1,100k m3 5,400 Boden 5,000 4,300 Vilhelmina Munksund Munksu

  34. Slide 34: Investment in increased efficiency in Bollsta Sawmill

    Investment in increased efficiency in Bollsta Sawmill Increased yield  Increased revenue from each log 52.0% • Increased raw material yield • Optimize product value from each saw log Target 51.5%  Best available technology enables further growth 51.0% • The world’s most efficient grading mill • Po

  35. Slide 35: Wood – strategic direction

    Wood – strategic direction 1 Strengthen SCA’s integrated value chain – sawlogs give the largest revenue from a tree 2 Continued profitable growth in balance with access to raw materials through: • Value-added and customized products • Developing the business offering to the building-materials trade

  36. Slide 36: Pulp

    Pulp @®SCA

  37. Slide 37: High quality pulp producer

    High quality pulp producer Sales (SEKm) High quality bleached softwood kraft pulp (NBSK) 6,893 • Focus on high strength properties • Capacity: 900 kt/year 1.2Mt capacity • The pulp is used in tissue, packaging, publication paper EBITDA (SEKm) and filters 1,213 Chemical thermomechanical pulp (CTMP) •

  38. Slide 38: SCA pulp portfolio

    SCA pulp portfolio NBSK CTMP Produced by cooking wood chips in white liquor Produced by grinding wood chips in a refiner Gives pulp with long, strong fibers Gives shorter, stiffer fibers that provide absorption capacity, bulk and stiffness Provides high strength and brightness Lower consumption of w

  39. Slide 39: Global pulp market

    Global pulp market 70 Mt of which 20 Mt adressable for SCA Global demand Virgin pulp Market pulp Adressable market SCA NBSK 415Mt 200Mt 68Mt 15Mt Other Softwood Europe 5 Mt China SBSK NA 2,5 Mt Core NBSK 15 Mt markets Integrated Market pulp Recycled Virgin pulp CTMP BHK CTMP 4.1Mt TMP Unbleached Oth

  40. Slide 40: Softwood grows with 1.0-2.0% per year, limited new capacity

    Softwood grows with 1.0-2.0% per year, limited new capacity New pulp capacity (k tonnes) 3,000 2022 2023 2024-2028 Softwood 2,500 Uncertain softwood Hardwood 2,000 Uncertain hardwood High-Yield (CTMP) 1,500 Uncertain High-Yield Dissolving 1,000 Unbleached +200 kt at 500 Ortviken 0 -500 Source: Brian

  41. Slide 41: World’s largest NBSK pulp line

    World’s largest NBSK pulp line Cash cost global BSK producers Production began in June 2018 • On budget and on time Meets long-term demand growth Östrand Competitive cost position • Doubled NBSK capacity • Fixed cost reduction • Improved energy balance • Wood supply secured 1st Quartile 2nd Quartile

  42. Slide 42: Northern Swedish fiber for premium pulp products

    Northern Swedish fiber for premium pulp products 1 Premium strength 2 Wet strength 3 Filter application 4 Custom-made grades 42

  43. Slide 43: Investment in increased CTMP production

    Investment in increased CTMP production Expanding a profitable CTMP business Low investment per tonne CTMP plant with global competitiveness Improves customer product properties at lower cost High share of growth with existing customers 43

  44. Slide 44: CTMP improves customer product properties at lower cost

    CTMP improves customer product properties at lower cost Cost-cutting for customer Product properties Replaces more expensive pulp 1 High bulk and bending rigidity Lower weight at a given strength Board Good smell and taste properties provides a lower production cost 2 Increased absorption per kg Tis

  45. Slide 45: CTMP expansion drives profitable growth

    CTMP expansion drives profitable growth  Scale up profitable business Cost curve SW CTMP producers • ~15% lower cash cost per tonne • Top quartile in cost position  Low investment per tonne • Utilize existing modern TMP asset  CTMP improves customer product properties at lower cost CTMP today CTM

  46. Slide 46: Project status and ramp up

    Project status and ramp up Capacity CTMP, kt Prior to time plan +200kt • Started up end of 2022 300 Robust market plan • Mainly existing customers • Main market Europe • Product development in collaboration with customers 100 2022 2023 2025 46

  47. Slide 47: Pulp – strategic direction

    Pulp – strategic direction 1 Develop the position as premium supplier – for quality and service – for tissue manufacturers 2 Develop a position as leading supplier of CTMP from the Ortviken site 3 Plan for continued expansion of the softwood kraft pulp capacity 4 Maximize the value of by-products su

  48. Slide 48: Containerboard

    Containerboard @®SCA

  49. Slide 49: Leading kraftliner supplier

    Leading kraftliner supplier Sales (SEKm) No.1 independent producer of Kraftliner in Europe 5,850 • Strong Nordic fresh fiber for high quality packaging • Capacity: 1,140 kt/year (year 2026) • Products: brown and white-top kraftliner for consumer and EBITDA (SEKm) transport packaging, including speci

  50. Slide 50: Discontinuities in economy effects containerboard demand short-term

    Discontinuities in economy effects containerboard demand short-term but long-term trend resilient Global containerboard demand (Mt) 250,000 CAGR ~3% +80 Mt Resilient demand during 200,000 corona pandemic Financial crisis 150,000 100,000 50,000 0 2005 2006 2007 2008 2009 2010 2011 2012 2013 2014 2015

  51. Slide 51: Long-term structural trends drive growth

    Long-term structural trends drive growth Kraftliner demand growth Economic drivers 3 4 5 1• Industrial production Favorable trends 2• Consumer spending Kraftliner 1 2 Structural growth 3• E-commerce Underlying growth 4• Changes in retail 5• Sustainable packaging 2005 2019 51

  52. Slide 52: SCA focuses on the European kraftliner market

    SCA focuses on the European kraftliner market Containerboard global demand Kraftliner global demand Kraftliner European demand 160Mt 35Mt 5Mt SCA’s core markets SemiChem CIS & China Asia Turkey Africa Australia White-Top Kraftliner Latin Europe Kraftliner America Testliner 5 Mt 35 Mt Unbleached Kraf

  53. Slide 53: Kraftliner for packaging that requires strength

    Kraftliner for packaging that requires strength SCA’s strong fiber suitable for kraftliner applications Applications Containerboard Applications Kraftliner 1 Climate variations in 25% industrial supply chain and fresh food Other Industrial 2 Other Long distance transport Consumer products Fresh food

  54. Slide 54: Need for additional 900,000 tonnes supply in Europe until 2028

    There is a need for additional 900,000 tonnes supply in Europe from investment-decision until 2028 Kraftliner Europe, kt CAGR 2.4% CAGR 1.8% 6,000 5,000 +900kt 4,000 3,000 2,000 1,000 0 2013 2014 2015 2016 2017 2018 2028e Source: SCA & Numera. 54

  55. Slide 55: Asset renewal secures long-term competitiveness

    Asset renewal secures long-term competitiveness New Kraftliner PM’s since 2000 Obbola largest  Strengthened market leading position Kraftliner PM 800 • Europe’s largest independent producer of kraftliner • Increased market share 700 600 PM capacity (kt)  Improved cost position 500 • Significantly

  56. Slide 56: Parallel start-up ensures EBITDA enhancement from start

    Parallel start-up ensures EBITDA enhancement from start  Parallel construction of the new paper machine ensures full production during the construction period • Fiber line switched to new machine post construction • Only a minor investment stop required  Sequential start-up of pulp line minimizes

  57. Slide 57: Kraftliner expansion drives profitable growth

    Kraftliner expansion drives profitable growth We invest to secure the first 450kt and to add 275kt Obbola investment ’19-’23 Obbola production (kt) EBITDA (SEKbn) Profitable growth +5bn +275kt +0.8-1.0 Most value creative alternative ~7.5 Capex of ~7.5 SEKbn 725 • Life extension: ~2.5bn non-optional

  58. Slide 58: Project status and ramp up

    Project status and ramp up Production kraftliner in Obbola, kt Ahead of time plan • Ramp up of paper machine, started up year-end 2022 +275kt 725 Ramp-up period of ~3 years • 2026 first full year with full capacity Profitable during the first year of operation 450 Current 2023 2026e 58

  59. Slide 59: Paper – strategic direction

    Paper – strategic direction 1 Ramp up kraftliner production at the new machine in Obbola paper mill 2 Continue the initiative to offer the market’s best service and product range as an independent supplier 3 Continue investments in specialty products, such as white-top and wet- strength kraftliner 4

  60. Slide 60: Renewable energy

    Renewable energy @®SCA

  61. Slide 61: Leading producer of renewable energy

    Leading producer of renewable energy Pellet production Sales (SEKm) Wind farm SCA is a leading producer of renewable energy 1,879 • • 20% of Sweden’s wind power capacity installed at SCA’s land Leading European producer of bioenergy • of which 9 TWh used internally EBITDA (SEKm) • Produces ~1% of Sw

  62. Slide 62: Net Zero policy will shape demand for renewables

    Net Zero policy will shape demand for renewables SCA has competitive Global CO2 emissions pathways to Net Zero Global energy supply towards Net Zero advantages in… <2.0° 1 Wind Net zero by 2060 scenario 1.5° Net zero by 2050 scenario 2 Biofuels Predictions in line with IPCC 2021 special report on gl

  63. Slide 63: Renewable demand is growing significantly

    Renewable demand is growing significantly 1 2 3 Renewable hydrogen and E-fuels Global consumption, Mt , Wind CAGR (+11%) E-fuels Total CAGR (+8%) Drivers of growth Drivers of growth Drivers of growth LV transportation, Aviation, maritime & Industrial feedstock, maritime, industry processe & heating

  64. Slide 64: SCA uniquely positioned to capitalize on transformation towards renewables

    SCA uniquely positioned to capitalize on transformation towards renewables Wind power Biofuels E-fuels Ownership of land with Access to sustainable Access to low-cost good wind conditions biomass feedstock renewable energy SCA Current land lease agreements Existing infrastructure Access to biogenic

  65. Slide 65: Working with three different business models to create maximum value

    Working with three different business models to create maximum value Wind electricity producer Project development Land lease • Own project development • SCA leases out land areas Value • High degree of self on SCA land well-suited for electricity creation sufficiency in electricity ‒ For sale or ow

  66. Slide 66: SCA grows in wind power

    SCA grows in wind power Invests in wind power project and secures high degree of self sufficiency 2,500 2,500 Wind lease Wind power investment of SEK 1.7 bn Series 1 2,000 2,000 Fasikan Series 2 100% degree of self sufficiency in electricity 1,637 1,582 Skogberget Series 3 • Production capacity of 0

  67. Slide 67: SCA is a leading producer of solid biofuels

    SCA is a leading producer of solid biofuels Yearly pellets production of 350 k tonnes • ~20% market share in Sweden 2,0 TWh external deliveries of wood pellets and unrefined residual products • Customers mainly in Northern Sweden and Europe Maintained leading position in Northern Sweden enables futu

  68. Slide 68: The market for renewable liquid fuels is expected to grow

    The market for renewable liquid fuels is expected to grow EU potential ramp-up of sustainable aviation fuel 2020-2050 1 Greenhouse gas reduction quotas will Mt/year increase as Europe redirects 60 ~10% total EU jet fuel demand ~75% total EU jet fuel demand 50 2 Available biomass will not be sufficie

  69. Slide 69: SCA and St1 creating two companies – from forest to fuel station

    SCA and St1 creating two companies – from forest to fuel station Ownership structure maximizes value creation  Leading Nordic supplier Access to market, Biorefinery Gothenburg biorefinery of liquid biofuel biorefinery and customers  Tall oil, Europe’s largest Access to feed stock and biomass priva

  70. Slide 70: Gothenburg Biorefinery

    Gothenburg Biorefinery St1 is constructing a biorefinery in Gothenburg • Commissioned year end 2023 • Yearly capacity of 200 kt (SCA share 50 kt) • Flexible design allowing the use of a wide range of feedstocks • Capable of meeting current and future specifications of renewable fuels • Includes HVO

  71. Slide 71: Östrand Biorefinery

    Östrand Biorefinery Development company • Next to Östrand pulp mill • Land reclamation started • Sustainable feed stocks and energy available • Environmental permit received to build a biorefinery at the Östrand pulp mill • 300 kt tonnes capacity • Finalizing design phase 71

  72. Slide 72: Renewable energy – strategic direction

    Renewable energy – strategic direction 1 Develop wind power business on SCA’s land through project development, land lease and renewable power production 2 Profitable growth in solid biofuels – securing feedstock to future biorefineries 3 Develop new position as a supplier of biofuels and green chem

  73. Slide 73: Financials

    Financials @®SCA

  74. Slide 74: SCA’s performance Q4 2023

    SCA’s performance Q4 2023 EBITDA (SEKm) Net Debt/Equity EBITDA (SEKm) and EBITDA margin 1,635 10% 2,806 3,121 -17% 2,608 2,484 1,981 2,055 59% 1,700 1,635 EBITDA margin Net debt/EBITDA 52% 53% 50% 1,417 43% 37.3% 1.6x 41% 37% 33% 37% Q4 '21 Q1 '22 Q2 '22 Q3 '22 Q4 '22 Q1 '23 Q2 '23 Q3 '23 Q4 '23 74

  75. Slide 75: Development per segment and quarter

    Development per segment and quarter Forest Wood Pulp Containerboard Renewable Energy Net Sales (SEKm) 1,931 1,945 1,878 1,994 1,822 1,881 1,760 1,760 1,636 1,616 1,626 1,573 1,422 1,432 1,385 1,460 1,297 1,353 1,244 1,264 470 514 552 402 411 Q4 Q1 Q2 Q3 Q4 Q4 Q1 Q2 Q3 Q4 Q4 Q1 Q2 Q3 Q4 Q4 Q1 Q2 Q3 Q

  76. Slide 76: Balance sheet

    Balance sheet SEKm Dec 31, 2023 Dec 31, 2022 Forest assets 107 481 97,882 Working capital 4 322 4,138 Deferred tax relating to forest assets -21 277 -19,468 Other capital employed 24 524 23,795 Total capital employed 115 050 106,347 Net debt 10,765 9,989 Net debt/EBITDA 1.6x 1.0x Equity 104,284 96,3

  77. Slide 77: Strong financial development

    Strong financial development Sales (SEKm) EBITDA1 (SEKm) and EBITDA margin 12,000 100% 10,194 90% 20,794 19,591 10,000 18,755 18,822 9,109 80% 18,410 18,081 16,664 70% 8,000 6,807 60% 48% 49% 6,000 50% 5,252 5,319 4,440 38% 40% 3,648 28% 27% 4,000 24% 30% 22% 20% 2,000 10% 0 0% 2017 2018 2019 2020 2

  78. Slide 78: Contribution by segment

    Contribution by segment Forest Wood Pulp Containerboard Renewable Energy Net sales (SEKbn) 9.64 9.23 8.43 7.75 7.92 7.08 6.75 7.21 6.89 6.96 6.71 6.62 6.33 6.30 6.82 6.49 6.15 5.99 5.74 5.85 5.46 5.07 5.46 5.16 4.38 4.43 2.54 2.87 1.88 1.26 1.55 2017 2018 2019 2020 2021 2022 2023 2017 2018 2019 2020

  79. Slide 79: Share information

    Share information @®SCA

  80. Slide 80: Constantly changing world – but the forest always creates value

    Constantly changing world – but the forest always creates value SCA is ramping up the newly commissioned strategic investments in Wood, Pulp and SCA took the first step towards Containerboard, and entering becoming a consumer goods company renewable biofuel creating value in with the acquisition of

  81. Slide 81: SCA’s total shareholder return

    SCA’s total shareholder return SCA’s total shareholder return (TSR) since the distribution of Essity 350 325 300 166% 275 163% 250 225 Index 200 79% 175 72% 150 42% 125 32% 100 3% 75 50 jun-17 okt-17 feb-18 jun-18 okt-18 feb-19 jun-19 okt-19 feb-20 jun-20 okt-20 feb-21 jun-21 okt-21 feb-22 jun-22 ok

  82. Slide 82: Shareholder structure

    Shareholder structure SCA’s largest shareholders as of December 31, 2023 # Shareholder Capital Votes Number of shareholders 1 Industrivärden 10,48% 29,45% 2 3 AMF Pension & Fonder Norges Bank 8,70% 7,19% 6,52% 9,60% ~111,000 4 Alecta Tjänstepension 4,77% 2,61% 5 T. Rowe Price 4,17% 2,28% 6 BlackRock

  83. Slide 83: Capital allocation to secure long term profitable growth

    Capital allocation to secure long term profitable growth 1 2 3 Profitable growth strategy Stable and increasing dividend Investment grade credit rating EBITDA (SEKbn) and EBITDA margin Dividend (SEK/share) Net debt (SEKbn) and leverage (ND/EBITDA) 3.50 1.00 3.00 +0.25 +0.25 10.0 2.50 2.50 +0.25 10.2

  84. Slide 84: Appendix

  85. Slide 85: Forest Total Return

    Forest Total Return @®SCA

  86. Slide 86: Forest assets create value in several ways

    Forest assets create value in several ways Harvesting Net growth Land value Positive climate effect 86

  87. Slide 87: We have never had as much forest in Sweden as we have today

    We have never had as much forest in Sweden as we have today Standing volume Sweden Growing Harvest Sweden Increasing Increasing Land value Sweden 1 Increasing m3fo/ha asset base m3fo/ha cash cashflow flow SEK/m3fo (real value) land value +60% +110% +370% 4.1 143 587 89 2.0 124 1956 2022 1956 2022 19

  88. Slide 88: Forest Total Return

    Forest Total Return CAGR of 10% since 1956 Forest Total Return index Sweden (1956-2022) 1 Increasing cash flow 60,000 CAGR • Harvesting provides raw materials to the industries and generates cash flow 10% − Cash flow: ~3% CAGR 50,000 CAGR 2004-2022 8% 2 Growing asset base 40,000 • Forest growth exce

  89. Slide 89: The climate benefit from Sweden’s forest industry has more than doubled

    The climate benefit from Sweden’s forest industry has more than doubled Positive climate effect of Swedish forestry industry vs. Sweden's total fossil emissions 1 Growing forests bind CO2 (million tonnes CO2 equivalents per year) Mt CO2 • Growing forests capture and bind CO2 – 100 2019 active forest

  90. Slide 90: Forest a strategic resource for the future

    Forest a strategic resource for the future Estimated change in harvesting potential 2021-2030e (softwood sawlogs) Demand of wood products limited by supply CAGR 2021-2030e • Russian invasion of Ukraine +1.7% +15m m3 • Insect damage in Europe -1 m m3 -7m m3 • Harvesting restrictions in China -37m m3

  91. Slide 91: Growing forest asset

    Growing forest asset @®SCA

  92. Slide 92: Swedish forest transformation

    Swedish forest transformation Exploitative selective logging of the 1920’s 1 The forest landscape of today 1. Source: SLU, Skogsbilder. 92

  93. Slide 93: Improved seedlings

    Improved seedlings The world’s largest forest tree nursery with capacity to produce 100 million seedlings per year >25% faster growth potential than natural regeneration Selective breeding bring seed with higher quality, survival rate and growth On site R&D to improve growth and protection Innovativ

  94. Slide 94: Global climate change

    Global climate change Global warming will have a significant Increased growth in northern Sweden Increased risk impact on the climate in northern Sweden Significant longer growth period – Increased risk for storms, fire, ✓ earlier in spring, later in autumn × infestation and snow damage 25-30% incre

  95. Slide 95: Efficient wood sourcing organization

    Efficient wood sourcing organization Kiruna Europe’s largest private forest owner 50% self 2.7 m ha sufficiency Murjek Wood sourcing Luleå to industries Storuman Piteå 12 m m3sub Lycksele Terminal Industry (pulp wood) Industry (saw logs) Hoting Umeå Forest district Wood supply unit Control of Plant

  96. Slide 96: Forest seasonality

    Forest seasonality Net sales (SEKm) EBITDA (SEKm) Harvesting of own forest (k m3sub) 1400 100% 1,518 1,509 1,383 90% 1,365 1200 1,994 1,945 1,931 1,878 80% 1,759 1,127 1,121 1,691 1,629 1,609 1000 70% 1,474 923 917 60% 800 62% 60% 50% 600 43% 40% 40% 40% 42% 39% 454 400 35% 37% 30% 20% 200 High leve

  97. Slide 97: Biodiversity

    Biodiversity

  98. Slide 98: Monitoring pre-conditions for biodiversity

    Monitoring pre-conditions for biodiversity Average size cutting area, ha Volume hard dead wood, Mm3 25 5-year average, data from 2021 120 20 100 15 80 Corporates/Other 10 60 40 5 Private owners 20 0 0 1975 1980 1985 1990 1995 2000 2005 2010 2015 2020 1955 1965 1975 1985 1995 2005 2015 Old forest1 on

  99. Slide 99: Why is a biodiversity a concern and how do we address it?

    Why is a biodiversity a concern and how do we address it? Nature conservation strategy since 1987 SCA introduced a new approach in 2019 • To increase precision and quality in nature conservation measures Measuring biodiversity using the IUCN Red List : • IUCN: International Union for Conservation of

  100. Slide 100: Our species commitment

    Our species commitment Species reviewed in red list Redlisted species Species negative affected by harvesting 22k 4.7k 1.7k 203 4.7k 1.7k Red listed Species found on Negatively affected SCA’s land and by harvesting affected by forest management 100 Source: SLU, artdatabanken.

  101. Slide 101: Biodiversity in the forest landscape – managed locally

    Biodiversity in the forest landscape – managed locally Connecting activities on the ground to large-scale processes - at the landscape level Creating habitat linked to species commitment The forest is dynamic – disturbance is natural Fire is essential in boreal forests Actively managing for importan

  102. Slide 102: Responsible forestry in SCA

    Responsible forestry in SCA Voluntary set-asides Combined targets 7% 3% SCA’s forests should be at least as rich in biodiversity, nature experiences and Adapted retention raw material in the Basic retention future as today 3% 87% 102 x% Share of productive forest land

  103. Slide 103: SCA Logistics

    SCA Logistics @®SCA

  104. Slide 104: SCA Logistics

    SCA Logistics Turnover Terminal volume RoRo vessels ~3.5 SEKbn 3,200 kt 3 st Share of SCA’s cost Sea freight volume ~20% 2,550 kt 104

  105. Slide 105: SCA Logistics network

    SCA Logistics network RoRo, Container och Railroad Roll-On-Roll-Off Container Traffic Traffic Terminals MO Oxelösund Umeå TU Sundsvall Piteå Umeå WE Umeå Vasa Sundsvall TH Sundsvall Sundsvall FR Sundsvall Iggesund SA Oxelösund SU Kiel Skövde MO Helsing- borg TU Rotterdam Malmö Rotterdam WE Rotterdam

  106. Slide 106: SCA ships

    SCA ships 1 2 3 m/s SCA Obbola m/s SCA Östrand m/s SCA Ortviken • RoRo Cassette / Paper Carrier • RoRo Cassette / Paper Carrier • RoRo Cassette / Paper Carrier • Owner: SCA • Owner: SCA • Owner: SCA • Built: 1996 • Build: 1996 • Built: 1996 106

  107. Slide 107: are subject to certain risks and uncertainties that could negatively affect our business. Please

    This presentation may contain forward-looking statements. Such statements are based on our current expectations and are subject to certain risks and uncertainties that could negatively affect our business. Please read SCA’s most recent annual report for a better understanding of these risks and unce

Svenska Cellulosa Aktiebolaget SCA — Investor Presentation (January 2024) on 6ix