Global phenomena pushing towards a sustainable economy

Similar documents
SUCCESS FROM THE FOREST INDUSTRY: European growth spurred by the. bioeconomy

Sustainable growth from bioeconomy

Bioeconomy in Central Finland Efficient Interfaces in Eco-Innovation

The Finnish Bioeconomy. Sixten Sunabacka Strategic Director Forest sector and Bioeconomy Ministry of Employment and the Economy of Finland

Metsä Group s bioproduct mill -The largest bioeconomy investment in Europe

Innovation Ecosystems in a Sustainable Bioeconomy. A Finnish case study for OECD

The next-generation bioproduct mill in Äänekoski. Matti Toivonen Development Manager of bioproduct mill Metsä Group

Finnish forest industry commitments to environmental and responsibility issues

UPM forestry meets global megatrends. FIPP Insider 12th December 2018 London Timo Lehesvirta Sustainable Forestry Lead, Forest Global, UPM

Business, Biodiversity and the Finnish Bioeconomy. Mika Aalto The Ministry of Employment and the Economy

Welcome to Södra Cell Värö. One of the largest and most modern pulp mills in the world.

We're Not So Different You and I: Comparing Bioeconomies in Finland and Canada

Sustainable wood value chains. Johan Lindman, Senior Vice President, Global Forest operations Stora Enso

NATURAL RESOURCES INSTITUTE FINLAND 1 * 2016

We make more from the tree Domsjö Fabriker biorefinery

COMPANY UPDATE PRESENTATION JULY 2018 NC6

Metsä Group s Bioproduct mill The largest biorefinery in Europe

Vision: Efficient Wood Supply 2025

Visit to Finland - Summary Xuejun Zou & Gary LI

EXCURSION: ADVANCED BIOECONOMY

SUSTAINABLE FABRICS FROM LIQUID WASTE

SUCCESS STORIES FROM THE FOREST

FINNISH FOREST INDUSTRY SUSTAINABILITY COMMITMENTS

Global technological changes Challenges of the future: How to assess & manage them responsibly?

Barents Forest Forum, 17 September 2015, Joensuu Intensification and sustainability of forestry in the growing bioeconomy

Deciduous tree species for sustainable future forestry

Green Fuel Nordic The Smart Way. Utilising RTP TM technology to produce sustainable 2 nd generation bio-oil from local feedstocks

BRIDGE - Public-Private Partnership for Biobased Industries

New biomass based businesses

Biomaterials. Innovating for the future Markus Mannström EVP, Biomaterials division

Emerging biorefinery concepts and research infrastructure development needs

Wageningen UR (University & Research centre)

The Finnish forest bioeconomy objectives challenge sciencebusiness

Towards a renewable future in the bioeconomy. Karl-Henrik Sundström CEO Stora Enso

Science Perspective to Bioeconomy Strategies

Canada s Biomass Opportunity. Canadian Forest Service - May, 2016 Anne-Helene Mathey, Jean-Francois Levasseur

Äänekoski Biogas Production. Sludge from forest industry to biomethane NBC

SOUTH AFRICAN PULP AND PAPER INDUSTRY

Five principles for a sustainable bioeconomy in Nordic and Baltic countries

The European Forest-based Sector Technology Platform & international cooperation towards the Bioeconomy

Friendly and Green. Metsä Tissue s Environmental Policy. The Green Debate

Plänet B. Summary of the Plänet B Project

Mapping the Innovation Potential in Kainuu Region

Future of the European Forest- Based Sector and Bioeconomy

The Integrated Forest Biorefinery

The digitalized forestry ecosystem - fuelled by digital twins

Outlook for bioeconomy in Europe and implications to Finland

Horizons - Vision 2030 for the European Forest-based Sector

RISE - Research Institutes of Sweden. Division Bioeconomy. Birgitta Sundblad Head of Division Bioeconomy

Biodegradability of wood-based cellulose fibers. World of Wipes 2017, June in Nashville Wolfgang Plasser, Shayda Rahbaran

Bio- and Circular economy strategy and actions. Jarmo Heinonen

Future bio-products based on new technology platforms. Pasi Laine President Metso Pulp, Paper and Power

Containerboards by Stora Enso

GROWTH OPPORTUNITIES IN PULP

Biorefinery Mikael Hannus / October 22, 2010

Sustainability Business Trends

Construction and Housing:

A natural resource that is used much faster than it can be replaced. Exs: coal, minerals, oil, natural gas

Be the change you want to see in fabrics

INTEGRATED HEAT, ELECTRICITY AND BIO-OIL PRODUCTION. IEA Biomass Task 34 Meeting in Chicago Jani Lehto, Metso Pekka Jokela, UPM

The Sustainable Business Model of a Comprehensive Biomass Enterprise

UNLOCKING THE VALUE BEHIND WA s FOREST & PLANTATION INDUSTRY

Future of European Forest- Based Sector

Fostering innovation in forestry. Lena Ek

Finland s National Forest Strategy Ministry of Agriculture and Forestry Forests and Bioenergy Unit

Stora Enso in China. 10/31/2018 Stora Enso in China

Metsä Group Interim Report Q1/2017

Neue Generation von Textilfasern durch Recycling von Baumwollstoffen. Lenzing AG, S. Möderl

Johanna Alakerttula Council of Tampere Region T A M P E R E

Printing and Writing Papers Life- Cycle Assessment Frequently Asked Questions

Creating value chains to foster bio-based industries in Europe. Nelo Emerencia Programming Brussels,

The circular Bio-society in 2050

BioNets Programme Results March Project examples

FOREST PRODUCTS ASSOCIATION OF CANADA RECOMMENDATIONS FOR 2016 FEDERAL BUDGET AUGUST 2015

The sustainable alternative

VTT pilot plants for bio and circular economy

There s more to Metsä than meets the eye Metsä Group general presentation

Bioeconomy Transformation summary of the bioeconomy activities at VTT

Global manufacturing

Cellulose. The Convenience of Insulation

Sustainability requirements for the Bio-Based Economy

Introduction to bioeconomy. FIBRE AND PARTICLE ENGINEERING Mirja Illikainen

WOOD BASED BIOREFINERIES OPPORTUNITIES AND CHALLENGES. Dr. Christian Hübsch, UPM Biochemicals IFIB 2015, Lodi,

FINNISH BIOECONOMY CURRENT TOPICS. Ministry of Agriculture and Forestry, Natural Resources Department Director General Juha S.

Finland s Green Energy Technologies and Collaboration Opportunities

Continuing our successful journey. Markus Mannström EVP, Biomaterials division

Policy and Techno-Innovation Impacts on Forest Bioeconomy Advancement

MARKET PROJECTIONS FOR NANOCELLULOSE-ENABLED PRODUCTS

Niinimäki, Kirsi; Tanttu, Marjaana; Smirnova, Eugenia Designing in a circular economy context

Forest bioenergy harvesting business

Three Watson Irvine, CA Recycling

Preventing migration. Nina Happonen, Metsä Board BCF Food Packaging Summit Managing the Migration Myth

Pulp and paper markets and forecasts. Bernard de Galembert

Forest Bioeconomy Development in North Karelia

One Planet - Natural Resources of the One Planet - Circular Economy

MAKING DREAMS COME TRUE

Impacts of the 2030 targets on Finnish energy systems and national economy

Clusters, their initiatives and development trends in Baltic Sea region countries

The Path forward for a Forest Bioeconomy Framework for Canada: The Role of the CCFM

GDF SUEZ ENVIRONMENTAL CHARTER

Transcription:

Global phenomena pushing towards a sustainable economy By 030, humanity will need 50% more food, 45% more energy and 30% more water than now. Population growth and accelerating urbanisation will lead to competition over natural resources. People of the developed regions and the cities will become wealthier and more middle class. This will take place concurrently with increasing exploitation of resources and commodities. Environmental pollution and climate change are growing causes for concern. Digitalisation represents a major challenge in some sectors, while offering fresh business opportunities for others. In 05, the bioeconomy creates new economic growth and wellbeing as well as offers answers to challenges presented by megatrends like climate change. For companies, the bioeconomy brings new business possibilities and opportunities to produce products with higher added value. For consumers, the bioeconomy introduces the opportunity to choose a more sustainable way to consume and live. People will want to make a difference by choosing products that have been made from renewable raw materials and produced more resource efficiently. In 030, the world will need: Global megatrends guide consumption choices and influence which resources we use and how. Informed consumers want to make a difference and a choice. They want to choose products that have been produced more resource efficiently and using renewable raw materials. CONSUMER CHOICES MAKE A DIFFERENCE

Good living Every day, 100,000 people around the world need a new home. By 00, new homes will be needed for three billion people. Due to population growth and urbanisation, housing will be concentrated in cities. Construction will consume half of the world s resources and produce 40% of all waste. 1 3 5 4 Pictures: 1. StoraEnso. UPM 3. StoraEnso 4. UPM 5. StoraEnso In 05, lifestyles and individual needs will guide living and decorating choices. Ethical and environmental values are closely tied to housing and the living environment. Wood is an answer to the needs and dreams of aware consumers who yearn for a good life. Wood products have an overwhelming competitive advantage because they are climate-friendly and renewable. Wood is a material that enhances health and comfort, and it reduces stress just like being in nature. Wood construction has developed into an industrial-scale business. Finland has a long tradition of wood construction and a wide range of expertise in the sector. Our knowledge of wood materials is extensive and we favour high-standard raw materials and innovative construction solutions. Finnish wood architecture and design are internationally recognised. Wood construction and products slow climate change Wood can be used in all types of buildings: residential, public, commercial and recreational. The proliferation of wood construction and products slows climate change because trees bind atmospheric carbon dioxide, which is stored as carbon, first in the tree trunk and then in buildings for up to hundreds of years. Wood can replace construction materials that are harmful to the environment. Combinations of wood and other construction materials are increasingly used to replace oil-based raw materials. Manufacturers of special-purpose chemicals and technical materials can replace fossil-based raw materials with this renewable alternative. In the construction industry, for example, lignin offers sustainable alternatives to phenols in plywood and wood-panel glues as well as to the polyols used in foams. Wood answers consumers needs and dreams about good living. 3

Wellbeing and inspiring leisure time Aware consumers choose sustainable ways to consume and live. They appreciate products and services that are tailored to their needs, as this is a way to stand out and make daily life easier. 3 5 4 Pictures: 1. Metsä Group. StoraEnso 3. UPM 4. Onbone Oy 5. Metsä Group 1 Increasingly often, wood is used instead of plastic or other non-renewable materials in various products. Furthermore, wood and wood-based materials are incorporated into a great variety of items used in both everyday situations and in our leisure time, for example, in clothes, daily cosmetics, pharmaceuticals, foods, sports equipment and small electrical devices. For many well-known brands, wood is a raw material that helps them stand out as well as to meet the demands of aware consumers. Renewable and environmentally-friendly raw material Paper demand has declined in the West, but consumption is growing in developing countries, for example in Africa and Asia, as demand for tissue and hygiene products increases. Researchers have identified numerous compounds in wood and other forest raw materials that promote positive health effects and can be used by both the pharmaceutical and cosmetics industries. The food industry produces added value for its customers by making the most of the health effects of wood. Food producers use wood-based ingredients that, for example, lower cholesterol. Aware consumers select and use products that can be recycled and reused as raw material for new products and, finally, are employed in the generation of bioenergy. After use, raw materials made from wood pulp can be taken to handily located recycling points along thoroughfares. 4

Sustainable mobility and renewable energy An increasing number of people live mobile lives due to their domestic, work and leisure activities. The share of commuters in particular has grown due to workplaces concentrating in the cities. The world s growing demand for energy threatens to increase the consumption of non-renewable natural resources, such as oil and coal. 1 4 3 In 05, several biorefinery construction projects are underway or planned in Finland. The forest industry s biorefineries are located adjacent to pulp or paper mills, which means that wood raw material and related side-streams can be used efficiently to manufacture different types of products. Wood is a renewable and environmentally-friendly raw material, but it is also a source of energy. In accordance with the dictates of an efficient material economy, different tree parts are used as effectively as possible in the manufacture of various kinds of products. Wood is used as thoroughly and rationally as possible before it is utilised in energy generation. For example, biofuels like renewable diesel can be refined from logging residues, stumps and bark. Pulp and paper mills, just like biorefineries, deliver renewable energy as a by-product, which is also used to power these facilities. After they have been recycled, forest industry products can, at the end of their life cycle, be used as renewable energy. Pictures: 1. UPM. StoraEnso 3. UPM 4. UPM The global biofuel market is worth approximately EUR 70 billion and it is estimated to grow by about 8-18% per year by 00. Source: UPM 5

Lively urban life By 030, an estimated 70% of the world s population will live in cities, which will consume the majority of the world s raw materials and energy. Urbanisation and the growing middle class have led to changes in consumption habits. Fast-paced daily life together with the mixing of work and private time have led to consumers looking for solutions that simplify everyday life. The world s packaging markets are growing fast due to urbanisation, digitalisation and global online shopping. Aware consumers seek experiences, but do not want their choices to burden the environment. 5 4 Pictures: 1-3. StoraEnso 4-5. Finnish Forest Industries Federation The world s packaging markets are growing fast due to urbanisation, digitalisation and global online shopping. 3 In 05, fresh packaging solutions meet the demands of new consumption habits and hectic daily routines. In addition to ecological 1 factors, product safety, durability and lightness are competitive considerations for packers and retailers. Packaging manufactured from wood fibre is produced energy efficiently from renewable raw materials. This packaging does not contribute to waste mountains, as its recyclability is superior to that of other packaging materials. It brings added value and is an integral part of a brand as well as a factor that increases sales. Smart features are used in packaging as they help keep food fresher for longer and thus reduce food waste. The transport, storage, movement and display of packaging can be realised in space- and cost-efficient ways. Numerous luxury products, everyday items, food, hygiene products, pharmaceuticals and cosmetics are wrapped in paperboard packaging. Next-generation textile fibres The clothing industry has been looking for materials that can be manufactured from renewable raw materials. Finns have developed many alternative wood-based fabrics, which can replace oil-based synthetic fibres and cotton, the production of which requires a great deal of water and arable land that could be used for food production. Birch-based next generation textile fibre is introduced in the clothing industry. Different kinds of textiles are manufactured from dissolving pulp. The best-known are viscose, modal, rayon and lyocell. Cellulose fibrils can be woven into a strong thread, which has been developed into new types of fabrics. Paper is still a popular material for high-quality magazines, which people read to find information, pleasure, and experiences as well as to take a break from everyday life. Different media creatively come together in advertising and product information solutions. Traditional paper and digital smart paper innovatively bring consumers and brands together in both paper and packaging products. 6

Sustainable and successful bioeconomy By 05, Finland will have become a model country for the bioeconomy. Finland s forests are its green gold a renewable raw material that can be turned into many bioeconomy products, recyclable goods that tackle climate change and have billions of users every day. New technologies in the forest bioeconomy are strongly rooted in Finnish cleantech expertise. The bioeconomy spawns new companies and jobs in the forest industry and numerous other sectors. New products and value-added solutions entirely new business models are developed. Natural resources are used intelligently and sustainably all the while saving resources. Consumers want to make a difference with their choices. They favour products made from renewable raw materials and understand their significance in fighting climate change and the conservation of resources. The lines between sectors are increasingly blurred. Corporate ecosystems, where growth-seeking SMEs complement the forest industry s value chain, have evolved around major companies. The forest industry and companies that operate in its value chain process products and manufacture raw materials for further processing. Society offers a development environment that speeds up the sector s transformation. The forest industry s wood-based solutions and investments create jobs and prosperity for Finland. The bioeconomy takes sustainable development from Finland s forests to other countries in the world that are keen to emulate the smart decisions made by Finland and its forest industry. Finland s forests are its green gold renewable raw material that can be turned into many bioeconomy products. The forest industry and companies that operate in its value chain process products and manufacture raw materials for further processing. Society offers a development environment that speeds up the sector s transformation. The bioeconomy spawns new companies and jobs in the forest industry and numerous other sectors. New products and value-added solutions entirely new business models are developed. Natural resources are used intelligently and sustainably all the while saving resources. Informed consumers want to make a difference with their choices. They favour products made from renewable raw materials and understand their significance in fighting climate change and in conserving resources. By 05, Finland will have become a bioeconomy model country. The forest industry s wood-based solutions and investments create jobs and prosperity for Finland. The bioeconomy takes sustainable development from Finland s forests to other countries in the world, as Finland and its forest industry have made wise decisions. 7

More about the evolving forest industry: www.forestindustries.fi twitter@metsateollisuus blog www.lastuja.fi www.facebook.com/metsateollisuus Forest industry 05