Conversion of Cellulose, Hemicellulose And

Total Page:16

File Type:pdf, Size:1020Kb

Conversion of Cellulose, Hemicellulose And Conversion of cellulose, hemicellulose and lignin into platform molecules: biotechnological approach Anders Frölander Gudbrand Rødsrud EuroBioRef Summer school Borregaard Industries Ltd, Lecce, Italy Norway 18-24 September 2011 Outline 1. Introduction 2. History of second generation bioethanol production 3. World’s most advanced biorefinery – history and learning points 4. Lignocellulosic biomass 5. Biorefinery options 6. The biochemical route (sugar plattform) 7. Pretreatment processes 8. Hydrolysis of cellulose 9. Anaerobic and aerobic fermentation 10. Lignin options 11. Hemicellulose/pentose options 12. Process integration & closing remarks Critical sources to replace fossile sources and reduce CO2 footprint Agricultural products Food Lignocellulose Feed Algae Organic waste Plastics (Materials) Metals & minerals Chemicals Green electricity • Hydropower Transport • Solar Power • Wind power Building materials Geo-thermal Mechanical power Nuclear power Gas and petroleum Heat Coal Outline 1. Introduction 2. History of second generation bioethanol production 3. World’s most advanced biorefinery – history and learning points 4. Lignocellulosic biomass 5. Biorefinery options 6. The biochemical route (sugar plattform) 7. Pretreatment processes 8. Hydrolysis of cellulose 9. Anaerobic and aerobic fermentation 10. Lignin options 11. Hemicellulose/pentose options 12. Process integration & closing remarks Sulfite ethanol production all started in Sweden The worlds first sulfite ethanol plant The inventors of sulfite ethanol production Gösta Ekström Hugo Wallin • Experimentation with fermentation of spent sulfite liquor (SSL) started around 1903 Skutskär sulfite ethanol plant in • They soon found out they had to Sweden started operation 1909 neutralize with lime Source: Persson, Bertil. Sulfitsprit. Förhoppningar och besvikelser under 100 år. Bjästa : DAUS Tryck & Media, 2007. ISBN: 91 7542 258-1. Sugar composition of spent sulfite liquor (SSL) from sulfite pulping % of DM in % of DM in Monosaccharide SSL from SSL from Sulfite Eucalyptus Spruce cooking Arabinose (C5) 0,3 0,8 Xylose (C5) 21,9 5,3 Filtration Galactose (C6) 1,6 2,1 Rhamnose (C6) 0,6 0,2 Glucose (C6) 1,6 3,7 Mannose (C6) 1,0 14,6 1 Spruce SSL • 20,6% of DM is C6 sugars • 77% of sugars are C6 sugars Eucalyptus SSL Fibre SSL • 22,1% of DM is C5 sugars • 82% of sugars are C5 sugars 33 sulfite ethanol plants in Sweden from 1909 until today • First sulfite ethanol plant ever opened 1909 in Skutskär, Sweden • 33 plants have been in operation in Sweden • Only one in operation after 1983: Domsjö, capacity of 15 000 m3/y Source: Persson, Bertil. Sulfitsprit. Förhoppningar och besvikelser under 100 år. Bjästa : DAUS Tryck & Media, 2007. ISBN: 91 7542 258-1. 17 sulfite ethanol plants in Finland 1927 - 1977 • Sulfite ethanol production was stopped in 1977 • The last sulfite mill in Finland stopped production in the early 1990’ies Source: 1. Biorefining in the pulp and paper industry. Niemelä, Klaus. Flensburg : s.n., 2008. 5th European Biorefinery Symposium. 2. Kaukoranta, Antti. Sulfittispiriteollisuus Suomessa vuosina 1918-1978 (Eng:"Sulphite alcohol industry in Finland in 1918-1978"). s.l. : Paino Polar Oy, 1981. ISBN 951-9479-25-2. 3. Niemelä, Klaus. Private communication. s.l. : VTT TECHNICAL RESEARCH CENTRE OF FINLAND , 2010. Sulfite ethanol plants in Central Europe • Attizholts (later Borregaard) in Switzerland – Production from 1912 to 2008 – Capacity 13 mill litres – Also produced yeast and yeast extracts • M-Real in Hallein in Austria – Sulfite ethanol production 1941 – 1988 – Capacity 6 mill litres – Evaluating to restart production in 2016 • Kirov only plant still in operation in Russia Source: 1) Borregaard internal files 2) Conference Austria April 2011 3) IEA Report: Status of 2nd Generation Biofuels Demonstration Facilities in June 2010, A REPORT TO IEA BIOENERGY TASK 39 Sulfite ethanol plants in USA • Georgia Pacific – Bellingham mill produced ethanol from 1976 – 2001 – Capacity 24 million liters Source: 1) Katzen customer reference list (http://www.katzen.com/projects.html) 2) Borregaard internal files 3) Graf and Koehler, June 2000, OREGON CELLULOSE-ETHANOL STUDY, An evaluation of the potential for ethanol production in Oregon using cellulose-based feedstocks. Hydrolysis of wood for ethanol, SCP and furfural • Initially developed in Germany around 1900. Yields up to 190 L/mt dry wood • Used in the USA during World War I and II – Converted further to butadien for rubber during WW II • USSR 1935 – 1985: Construction of – 18 Ethanol plants, – 16 SCP yeast plants – 15 furfural/xylitol plants – Feedstock hardwood:softwood 6:4 • Technology: weak sulfuric acid (130 – 150°C), 1 or 2 step hydrolysis • None are profitable without subsidies Sources: Wood hydrolysis industry in the Soviet Union and Russia: What can be learned from the history? Rabinovich, M.L. Helsinki, September 2009. The 2nd Nordic Wood Biorefinery Conference (NWBC-2009), 111-120. Wikipedia contributors. Cellulosic ethanol. Wikipedia, The Free Encyclopedia. March 2, 2011, 16:08 UTC. Available at: http://en.wikipedia.org/w/index.php?title=Cellulosic_ethanol&oldid=416750931. Accessed March 8, 2011. USSR wood hydrolysis plants 1935 - Production of ethanol, SCP and furfural Borregaard – world’s largest producer of 2nd gen bioethanol BRG capacity 20 mill litres of bioethanol pr year 1/3 as 99,5% and 2/3 as 96% From hemicellulose from spruce in SSL (spent sulfite liquor) Production started 1938 Yeast strain: Baker’s yeast, Saccharomyces cerevisiae Adapted to industrial SSL continuously since 1938 Comparison of CO2 footprint of ethanol produced in different ways Source: 1. Brekke, A., Modahl, I.S. and Raadal, H.L. Konkurrentanalyser for cellulose, etanol, lignin og vanillin fra Borregaard (Eng: Competitive CO2 footprint analysis for cellulose, ethanol, lignin and vanillin from Borregaard). Fredrikstad : Ostforld Research, Des. 2008. Confidential report. Will be published. 2. Sutter, J. Life cycle inventories of petrochemical solvents. [red.] H.-J., Chudacoff, M., Hischier, R. Jungbluth, N., Osses, M. and Primas, A. Althaus. Life cycle inventories of chemicals. Final report ecoinvnet data v2.0. Duebendorf and St. Gallen : Swiss Centre for LCI, Empa - TSL, 2007, Vol. 8 / 22. 3. Jungbluth, N., Chudacoff, M., Dauriat, A., Dinkel, F., Doka, G., Faist Emmenegger, M., Gnansounou, E., Kljun, N., Speilmann, M., Stettler, C. and Sutter, J. Life cycle inventories of bioenergy. Final report ecoinvnet v2.0. Volume 17. Duebendorf and Uster : Swiss Centre for LCI, ESU, 2007. Sulfite ethanol production 2011 Outline 1. Introduction 2. History of second generation bioethanol production 3. World’s most advanced biorefinery – history and learning points 4. Lignocellulosic biomass 5. Biorefinery options 6. The biochemical route (sugar plattform) 7. Pretreatment processes 8. Hydrolysis of cellulose 9. Anaerobic and aerobic fermentation 10. Lignin options 11. Hemicellulose/pentose options 12. Process integration & closing remarks Borregaard – world’s most advanced biorefinery in operation • Leading supplier of specialty cellulose • Global leader in lignin performance chemicals, 50%+ market share • Only producer of vanillin from lignocellulosics • Production of lignocellulosic bioethanol since 1938 • World’s most advanced biorefinery in operation Borregaard product tree Prodction cont Production stopped Product tree from 2G bioethanol 1950 - 1980 n Outline 1. Introduction 2. History of second generation bioethanol production 3. World’s most advanced biorefinery – history and learning points 4. Lignocellulosic biomass 5. Biorefinery options 6. The biochemical route (sugar plattform) 7. Pretreatment processes 8. Hydrolysis of cellulose 9. Anaerobic and aerobic fermentation 10. Lignin options 11. Hemicellulose/pentose options 12. Process integration & closing remarks Composition of lignocellulosics LIGNOCELLULOSICS contain: Lignin LIGNIN Cellulose CELLULOSE Binder Hemicellulose Fiber 20- 30% 35 - 45% HEMICELLULOSE Various sugars 25-30% Lignocellulosic biomass structure Cellulose fibres for chemicals Width: μm Micro fibrillar cellulose Logs Length: mm Width: nm Meters, m Length: μm - mm Plant cells Width: μm - mm Length: mm Planks M and cm Polymer chains 10 – 100 Å Glucose monomers A few Ångstrøm Cellulose LIGNIN CELLULOSE Binder Fiber 30% 40% HEMICELLULOSE Various sugars 25% Cellulose – Long chains of ONE type of ”beads” (polymer of glucose) – Forming crystals - crystalline – Same chemical structure in every plant Hemicellulose LIGNIN CELLULOSE Binder Fiber 30% 45% HEMICELLULOSE Various sugars 25% Hemicellulose – Long branched sugar chains (polymer, polysaccharide) – Amorphous – Composition varies largely from species to species – C6 and/or C5 sugars Lignin LIGNIN CELLULOSE Binder Fiber 30% 45% HEMICELLULOSE Various sugars 25% Lignin – Branched long-chain molecule (polymer) made up of 3 types of HO monomers OH HO Carb. O – Amorphous (non-crystalline) Carb. HO OH H3CO O O OH OH – Composition varies from species to OCH OH CH 3O 3 H3CO O species HO OH H3CO OH HO OCH O OH 3 O HO O O – Is the binder in all plants gluing the OH HO cellulose fibres together HO O O OCH 3 OH H3CO O OCH 3 OH O H3CO HO OCH O 3 HO O HO OH H3CO H3CO O O OH O (Adler, 1977) H3CO OCH 3 OH O Composition of some lignocellulosic feedstocks Outline 1. Introduction 2. History of second generation bioethanol production 3. World’s most advanced biorefinery – history and learning points 4. Lignocellulosic biomass 5. Biorefinery options 6. The biochemical route (sugar plattform)
Recommended publications
  • Annual Report 2012 Annual Report
    ANNUAL REPORT 2012 Borregaard ASA Postboks 162 1701 Sarpsborg, Norway Telephone (+47) 69 11 80 00 Fax (+47) 69 11 87 70 ANNUAL REPORT 2012 email: [email protected] www.borregaard.com ANNUAL REPORT 2012 The Borregaard Group 4 Message from the CEO 7 The Board of Directors 8 Report of the Board of Directors 10 The Group Executive Board 16 Corporate Governance 18 Annual Financial Statements 2012 26 Historical Key Figures 76 Group Directory 78 4 THE BORREGAARD GROUP THE BORREGAARD GROUP THE BORREGAARD GROUP 5 Chair Jan A. Oksum, member of the board Terje Andersen, President & CEO Bente A. Landsnes, President & CEO Per A. Sørlie, CFO Per Bjarne Lyngstad, member of the board Kimberly Lein-Mathisen, SVP HR & Com- munication Dag Arthur Aasbø and Director of IR Jørn Syvertsen at the listing ceremony 18 October 2012. The Borregaard Group Borregaard operates one of the world’s most advanced biorefineries. By using natural, sustain- able raw materials, the Group produces advanced and environmentally friendly biochemicals, biomaterials and bioethanol that replace oil-based products. Borregaard also holds strong posi- tions in ingredients and fine chemicals. Borregaard is a supplier of specialised biochemicals for a customer base. At the end of 2012, the Group employed 1,025 global customer base. The Group’s main products are lignin- man-years. based products and specialty cellulose, but its product port- folio also extends to vanillin, bioethanol and fine chemicals. Borregaard is a competence-driven company with production, Borregaard’s niche products serve applications in a wide range research and development, and sales and marketing as core of global end-markets including construction, agriculture, food competencies.
    [Show full text]
  • Business Model, Businesses & Strategy
    Business model, businesses & strategy July 2021 Important notice This presentation is being made only to, and is only directed at, persons to whom such presentation may lawfully be communicated (’relevant persons’). Any person who is not a relevant person should not act or rely on this presentation or any of its contents. This presentation does not constitute an offering of securities or otherwise constitute an invitation or inducement to any person to underwrite, subscribe for or otherwise acquire securities in any company within the Borregaard Group. The release, publication or distribution of this presentation in certain jurisdictions may be restricted by law, and therefore persons in such jurisdictions into which this presentation is released, published or distributed should inform themselves about, and observe, such restrictions. This presentation includes and is based, inter alia, on forward-looking information and contains statements regarding the future in connection with the Borregaard Group’s growth initiatives, profit figures, outlook, strategies and objectives. All forward-looking information and statements in this presentation are based on current expectations, estimates and projections about global economic conditions, the economic conditions of the regions and industries that are major markets for the Borregaard Group and its lines of business. These expectations, estimates and projections are generally identifiable by statements containing words such as “expects”, “believes”, “estimates” or similar expressions. Important factors may lead to actual profits, results and developments deviating substantially from what has been expressed or implied in such statements. Although Borregaard believes that its expectations and the presentation are based upon reasonable assumptions, it can give no assurance that those expectations will be achieved or that the actual results will be as set out in the presentation.
    [Show full text]
  • From Waste to Value
    4 New path development for forest- based value creation in Norway Antje Klitkou, Marco Capasso, Teis Hansen and Julia Szulecka 4.1 Introduction This chapter focuses on path development in the forest-based industries of Norway, based on the valorisation of side- streams and residues. Forest- based value creation is one of the main avenues for the emerging bioeconomy in Norway and the neighbouring Nordic countries Sweden and Finland. Historically, the forestry sector has been an important part of the Norwegian economy, both in terms of GDP and employment. The sector contributed 10.4% of Norwegian GDP in 1845 (Grytten, 2004, p. 254). After the discovery of oil and natural gas on the Norwegian shelf, the importance of the forestry sector has diminished. And over the last decade this negative trend has multiplied. For decades, the forestry- based industry in Norway has specialised in pulp and paper production, especially newsprint paper. Therefore, huge volumes of forest resources, including residues and side- streams, have been poured into this industry. However, due to changing global market conditions – the massive deployment of the Internet reducing demand for newspapers – and the rise of competitors in other parts of the world, European pulp and paper production has declined significantly in the last decade (Karltorp & Sandén, 2012). This development has had a tremendous impact on the market possib- ilities of forestry residues, since they can now be processed for pulp and paper to a much lesser degree. Nevertheless, other valorisation pathways exist besides pulp and paper production, such as the wooden construction industry, wooden furniture manufacturing, bioenergy – including solid bioenergy and liquid biofuels – and the production of lignocellulosic chemicals and mater- ials.
    [Show full text]
  • Borregaards Transformation from a Traditional P&P
    Ref. Ares(2018)2076230 - 18/04/2018 Workshop on the Non-binding Guidance on Cascading Use of (Woody) Biomass Brussels, 13 April 2018 BORREGAARDS TRANSFORMATION FROM A TRADITIONAL P&P COMPANY TO THE WORLDS MOST ADVANCED BIOREFINERY Gudbrand Rødsrud Technology D i r e c t o r Business Development Borregaard AS, Norway Borregaard in a nut shell 1050 100 (10%) employees Employees in innovation 450 M€ annual sales Production in 7 countries 5% Head office, R&D and Sarpsborg Biorefinery Sales office Technical services Plant Innovation intensity Turning all parts of the wood log into products The “LIGNIN COMPANY” Leading supplier of lignin based Bleached Specialty performance chemicals Cellulose 160 ktons/y cellulose cellulose Top 3 supplier of high Bioethanol 20 mill litres/y quality specialty cellulose Sarpsborg sulphite mill Vanillin 1500 tons/y Only supplier of vanillin from wood The largest producer of ethanol from wood Lignin 168 ktons/y Sarpsborg biorefinery Only supplier of microfibrillated cellulose External (MFC) sulphite Lignin ~300 mills ktons/y Other lignin Only supplier of defibrillated cellulose for operations food market Synthetic Pharma chemistry intermediates CELLULOSIC SUGARS D-MANNOSE SPECIALTY CELLULOSE LIGNIN VANILLIN BIOETHANOL CELLULOSE FIBRILS Construction materials Concrete additives Food Pharmaceutical industry Adhesives Filters Animal feed Perfumes Biofuel Coatings Inks and coatings Agrochemicals Pharmaceuticals Paint/varnish Agricultural chemicals Casings Batteries Car care Personal care Food/Pharma/Personal care
    [Show full text]
  • Borregaard Annual Report 2020 Spreads
    ANNUAL REPORT 2020 2 THE BORREGAARD GROUP CONTENTS The Borregaard Group .................................................................................4 Message from the CEO ...............................................................................6 The Board of Directors ................................................................................8 Report of the Board of Directors .............................................................10 Corporate governance ...............................................................................18 Sustainability and corporate responsibility ...........................................29 The Group Executive Management ........................................................76 Borregaard Group consolidated financial statements ........................79 Borregaard ASA financial statements ................................................. 127 Statement from the Board of Directors .............................................. 134 Auditor´s report ........................................................................................ 135 Historical key figures .............................................................................. 139 Independent accountant’s assurance report on Sustainability reporting ..................................................................... 140 Alternative performance measures ..................................................... 142 Group directory ........................................................................................ 143 4
    [Show full text]
  • The BALI Project
    The BALI Project Borregaard Background Project Summary Jerry Gargulak Business Development Borregaard LignoTech 1 Global presence An international business with global customers Production facilities and sales offices in 17 countries provide a global platform BAS is an international bio- refinery company headquartered in Norway and the global leader in lignin based bio-chemicals. Lignin based bio-chemicals are replacing oil based chemicals in a broad range of application areas. BAS is the largest producer of ethanol from wood. 6 mill g/y. Annual sales $750MM USD Borregaard then and now • High cost – raw materials – energy – labor • Competitive edge in 2012 – technology Edward Partington Karl August Kellner – market • Competitive edge in 1889 – innovation pipeline – cheap timber – cheap energy – cheap labor • Austrian technology • British capital From paper mill to biorefinery Innovation Management R&D center in Norway – key figures and core competence Number of employees 80 Organic chemistry 13 Number of MSc 12 Wood chemistry 9 Number of PhD 28 Biopolymer chemistry 6 Physical chemistry 3 Pilot/demo plant personnel 20 Analytical chemistry 2 Average experience (years) 10 Microbiology 4 Process technology 3 Female employees (%) 40 Average age 41 • Flexible, experienced and competent • Unique and strong competence platform • Attractive working environment • Specialists and generalists • Benefitting from each others’ core competences 5 Lignin Chemicals – the driver for BALITM Construction Agriculture Automotive • Largest supplier with a global
    [Show full text]
  • Prospectus-Borregaard-Asa-2012.Pdf
    IMPORTANT NOTICE IMPORTANT: You must read the following before continuing. The following applies to the attached prospectus (the “document”), and you are advised to read this carefully before reading, accessing or making any other use of the document. In accessing the document, you agree to be bound by the following terms and conditions, including any modifications to them from time to time, each time that you receive any information from ABG Sundal Collier Norge ASA or UBS Limited (together, the “Joint Global Coordinators” and “Joint Bookrunners” ), the other Managers or the Company or the Selling Shareholder (each as defined in the document) as a result of such access. You acknowledge that this electronic transmission and the delivery of the attached document is confidential and is intended for you only and you agree you will not forward this electronic transmissio n or the attached document (electronically or otherwise) to any other person. The document and the offer when made are directed only at persons in Member States of the European Economic Area (“EEA”), other than Norway, who are “Qualified Investors” within the meaning of Article 2(1)(e) of Directive 2003/71/EC (together with any amendments thereto and any applicable implementing measures in any EEA Member State, the “EU Prospectus Directive”) . In additio n, the document is only being distributed to and is only directed at (i) persons who are outside the United Kingdom or (ii) investment professionals falling within Article 19(5) of the Financial Services and Markets Act 2000 (Financial Promotion) Order 2005 (the “Order”) or (iii) high net worth companies, and other persons to whom it may lawfully be communicated, falling within Article 49(2)(a) to (d) of the Order (all such persons in (i), (ii) and (iii) together being referred to as “Relevant Persons”).
    [Show full text]
  • Last Ned Veikart for Treforedlingsindustrien
    VEIKART FOR TREFOREDLINGSINDUSTRIEN – GRØNN VEKST GJENNOM INNOVASJON OG FORNYBARE RÅVARER INNHOLD 1 VISJON 3 2 INNLEDNING OG ANBEFALINGER 4 3 TREFOREDLINGSINDUSTRIEN OG PRODUKTENE 7 3.1 Hva er treforedlingsindustri? 7 3.2 Verdikjeden for skog og tre 10 3.3 Treforedlingsbedrifter i Norge 11 4 MULIGHETENE I TREFOREDLINGSINDUSTRIEN 16 5 FORUTSETNINGER – RAMMEBETINGELSER OG VIRKEMIDLER 26 5.1 Forskning, utvikling, innovasjon og kompetanse 26 5.2 Tilgang på bærekraftig biomasse 27 5.3 Transport 28 5.4 Klima, energi og miljø 29 5.5 Skatt, avgifter og krav 32 5.6 Tilrettelegging for industriinvesteringer 33 5.7 Bygg 33 2 Vår visjon for 2050 TREFOREDLING – GRØNN VEKST GJENNOM INNOVASJON OG FORNYBARE RÅVARER Treforedlingsindustrien i Norge skal skape økt vekst og arbeidsplasser gjennom innovasjon og foredling av bærekraftige skogressurser. Fornybare, trebaserte produkter vil ha en nøkkelrolle i den norske bioøkonomien og være et viktig bidrag til å løse felles klimautfordringer. På bakgrunn av dette har treforedlingsindustrien i Norge følgende langsiktige ambisjoner: • I 2050 skal det være nullutslipp av klimagasser fra treforedlingsindustrien i Norge • I 2050 skal avvirkningen av skog i Norge være 50 prosent høyere enn i dag, tilsvarende 15 millioner m3 årlig, og virket skal i all hovedsak foredles i Norge • I 2050 skal treforedlingsindustrien doble verdiskapingen, noe som krever at råvarene utnyttes optimalt 3 2 INNLEDNING OG ANBEFALINGER Norge har forpliktet seg til å følge mål­ forvaltning av skogressursen og fornybare setningene i Parisavtalen, klimaavtalen med innsatsvarer er meget klimavennlige. det ambisiøse målet om å holde økningen i den globale gjennomsnittstemperaturen Treforedlingsindustrien lager bærekraftige til godt under 2°C i forhold til før­ produkter med svært lite karbonavtrykk industrielt nivå.
    [Show full text]
  • BIOFOREVER Article
    BIOFOREVER Article In September 2016 a consortium of 14 European companies started the BIOFOREVER project (www.bioforever.eu) in order to demonstrate the commercial viability of a number of value chains from woody biomass to value adding chemical building blocks. Since then the focus has been on providing wood samples (spruce, poplar and A-wood) to the 4 technology partners in order to optimize the sugar quality output a.o. from their pre- treatment technology. One of the technologies used is Borregaard’s BALITM technology. Martin Lersch from Borregaard: “The experimental work that led to the BALI™ process began in 2007. Eventually there was a need to scale up the process in order to continue with development. Construction of the BALI™ demonstration plant commenced in 2012 and was inaugurated in 2013. The demo plant was built specifically for the BALI™ process with a capacity to process 1-2 MT/day of feedstock. The feedstocks tested so far in the demo plant include Norway spruce (Picea abies), loblolly pine (Pinus taeda), bagasse (Saccharum spp.) and willow (Salix spp.). More than 800 MT of feedstock (wet basis) have been subjected to sulfite pretreatment and downstream processing. Additionally, more than 25 MT of spruce pulp (dry basis) have been subjected to enzymatic hydrolysis. From the perspective of a “technology readiness level”, the successful scale-up from lab by a factor of 1000 and several years of operation in a semi-commercial scale suggests that the BALI™ technology is at TRL (Technology Readiness Level) 6-7.” The BALI™ process in a nutshell Compared to Borregaard’s traditional sulfite mill, the BALITM process produces only two products - lignin and sugar - instead of four (cellulose specialty pulp, lignin performance chemicals, vanillin and bioethanol).
    [Show full text]
  • 1 the Borregaard Group
    THE BORREGAARD GROUP 1 2 THE BORREGAARD GROUP THE BORREGAARD GROUP 3 Contents The Borregaard Group ................................................... 4 Message from the CEO .................................................. 6 The Board of Directors ................................................... 8 Report of the Board of Directors .................................. 10 Corporate governance ................................................. 16 Sustainability and corporate responsibility .................... 26 The Group Executive Management .............................. 66 Consolidated financial statements ................................ 68 Borregaard ASA – Financial statements ...................... 114 Statement from the Board of Directors ....................... 122 Auditor´s report ......................................................... 123 Historical key figures .................................................. 127 Global reporting intiative ........................................... 128 Independent assurance report on Sustainability reporting .............................................. 132 Alternative performance measures ............................. 134 Group directory ......................................................... 135 4 THE BORREGAARD GROUP THE BORREGAARD GROUP Borregaard operates one of the world’s most advanced biorefineries. By using natural, sustainable raw materials, the Group produces advanced and environmentally friendly biochemicals and biomaterials that can replace oil-based products. BORREGAARD IN
    [Show full text]
  • Outline • Introduction to Borregaard
    Outline • Introduction to Borregaard • Running a biorefinery • Added value • Looking ahead Orkla 2012 ORKLA Sales: approx 8 bill EUR 30, 000 employees Orkla Brands Orkla Aluminium Orkla Solutions Investments Share Portfolio Market Real Estate • Foods Nordic •Sapa AB • Brands Nordic •Heat Transfer • Brands International •Building System • Food Ingredients Integrated business model Borregaard’s biochemicals are sustainable and environmentally friendly substitutes to petrochemicals Borregaard is a global leader in bio based chemicals. Strong innovation efforts increase the value added to our customers. Borregaard products in daily life Bio fuel Construction Pharma- Food Car batteries, Animal feed products ceuticals Flavour tyres, care products Soil Textiles, spectacle Dust control Paint conditioner, frames fertilizers Market leader in global niche markets Product Portfolio Sales distribution Specialty Fibers Leading supplier within global niches Strong positions in Europe and globally aawithin selected applications Microfibrillar Cellulose Lignin #1 and only global supplier of lignin-based products Unique technical and application expertise Fine Chemicals / Market leader of x-ray contrast media Pharma/Ingredients intermediates Supplier of intermediates /APIs to major pharmaceutical companies Ingredients Leading supplier of vanilla flavours Americas 25 % 23 % Other Bioenergy Bio Ethanol (2G) 2 % Bio Energy Europe Asia Bio Gas 50 % Hydropower Basic Chemicals Global presence Borregaard 2011 Turnover: EUR 550 mill. 1200 employees
    [Show full text]
  • 2019 Annual Report Contents
    2019 ANNUAL REPORT CONTENTS SUMMARY Key figures 4 Norske Skog - The big picture 5 CEO’s comments 6 Board of Directors 8 Corporate Management 9 Short stories 10 SUSTAINABILITY REPORT About Norske Skog’s operations 16 Stakeholder and materiality analysis 17 Norske Skog and the UN Sustainable Development Goals (SDGs) 18 Strategic priorities 20 Compliance 20 About the sustainability report 20 Prioritised SDGs 21 How Norske Skog relates to the other SDGs 37 Key figures 44 Independent Auditor’s assurance report 46 Share information 48 Corporate governance in Norske Skog 50 Report of the Board of Directors 58 CONSOLIDATED FINANCIAL STATEMENTS 63 Notes to the consolidated financial statements 68 FINANCIAL STATEMENTS NORSKE SKOG ASA 109 Notes to the financial statements 114 Alternative performance measures 124 Statement from the Board of Directors and the CEO 126 Independent Auditor’s report 127 We took some vital and brave steps in 2019 that will have great effects on the company in the years to come. Sven Ombudstvedt, CEO of Norske Skog Design: BK design // Print: BK.no Paper: Artic Volum white Editor: Carsten Dybevig Cover photo: Enzo Zadra. All images are Norske Skog’s property and should not be used for other purposes without the consent of the communication department of Norske Skog Photo: Carsten Dybevig SUMMARY PAPER MILLS CEO KEY FIGURES IN 5 COUNTRIES 6 Sven Ombudstvedt NOK MILLION (UNLESS OTHERWISE STATED) 2015 2016 2017 2018 2019 Skogn, Norway Saugbrugs, Norway Corporate management INCOME STATEMENT Golbey, France Total operating income 11 132 11 852 11 527 12 642 12 954 Bruck, Austria EBITDA* 818 1 081 701 1 032 1 938 Boyer, Australia Operating earnings 19 -947 -1 702 926 2 398 Tasman, New Zealand Profit/loss for the period -1 318 -972 -3 551 1 525 2 044 CFO COO SVP SVP SVP Earnings per share (NOK)** -15.98 -11.78 -43.04 18.48 24.77 Rune Sollie Amund Saxrud Tore Hansesætre Lars P.S.
    [Show full text]