Case Kemin biodiesellaitos Tero Nissinen, Kemin kaupunki LuostoClassic Business Forum Luosto 12.8.2016
CITY OF KEMI CONSORTIUM: Development priorities Kemin Digipolis Oy, established in 1993 Co-owned by the cities of Kemi & Tornio, the University of Oulu and municipalities of Simo, Keminmaa and Tervola 50 companies, 500 employees in technology park Network of more than 160 industrial service businesses in Lapland, more elsewhere Development actions and services: Team 10 persons + service providers Innovative environment especially for industrial service businesses New openings: 2008-2016 Expertise on Arctic conditions & Industry, novel wood constructions: CLT development platform 2012- Ecosystem of the Arctic Industry - Innovation Platform 2014- Arctic Industry and Circular Economy Cluster management 2016- Nordic wooden cities network Start-Up, Business Incubation, Business Growth, Invest In services 16 M, 21 ongoing development projects, 584 companies and organisations
ARCTIC INNOVATIONS ECOSYSTEM OF THE ARCTIC INDUSTRY Operational environment and unique innovation platform Kemi-Tornio region produces almost 8 % of Finnish export 1,4 Mt of by-products and residues (without waste rock) State of the art sustainable process industrial base and logistic hub World-class service providers! CLT development platform Ikea wind farm project Kaidi biorefinery project SMART SPECIALISATION IN THE WORLD CLASS ARCTIC TESTING AND OPTIMIZED LIFE CYCLE COSTS IN INTERNATIONAL INDUSTRY AND TECHNOLOGY VALUE CHAINS
MAIN INDUSTRY SITES IN KEMI-TORNIO REGION Metsä Board and Metsä Fibre Kemi mills - World s northernmost linerboard production site - World s northernmost pulp mill Outokumpu Chrome Kemi mine - Europe s biggest chromium mine Outokumpu Tornio stainless steel mill and ferrochrome smelter - Outokumpu's site in Tornio is the most integrated stainless steel mill in the world combining chromium mine, ferrochrome works and stainless steel mill Stora Enso Veitsiluoto Mill in Kemi - World s 2 nd northernmost pulp mill - World's northernmost paper producer with three paper machines, and 4 th biggest paper production integrate in Europe - Oldest sawmill in production in Northern Finland Kaidi Biorefinery investment plan in Kemi - Kaidi is planning a globally unique biofuelrefinery to Kemi in 2019 Manga LNG liquid natural gas terminal in Tornio 2018
ARCTIC BUSINESS CONCEPT ABC Lapland s Vision - Modern Cluster of Arctic industry Arctic Industry and Circular Economy Cluster is managed by Digipolis Model region to demonstrate EC new wave cluster policy: The region possesses the vast deposits of natural resources and pristine nature Lapland has potential to become one of the leading regions in the world in the sustainable exploitation of natural resources The region should focus on refining of Arctic natural resources in a socially and ecologically sustainable manner, combined with high value added generation from natural resources in the region Focus on to maintain the balance in the sustainable development The strong focus on circular economy and to accumulate the development of the emerging industries
8/15/2016 A globally unique biorefinery to Kemi in 2019 200 000 tons of biofuels annually. Kaidi s unique technology produces biofuels from biomass by utilizing plasma gasification and the Fischer- Tropsch method. Of the produced biofuel 75 % is biodiesel and 25 % is biogasoline. The main raw materials will be energy wood, harvesting residues and leftover materials from forest industry. 6
8/15/2016 A significant effect on Finnish national economy 150 new jobs in Kemi at the biofuel refinery Total investment up to 1 000 000 000 4000 man-years of work during construction Hundreds of jobs for subcontractors 7
KAIDI S BIOREFINERY CREATES NEW ECOSYSTEM KAIDI S INVESTMENT PLAN BOOSTS LAPPISH (BIO)ECONOMY 1. Biofuel refinery opens up new raw material market - Currently more energy wood is harvested than used - Biorefinery can also use other forest industry by-products 2. Biofuel refinery would improve resource efficiency and create synergies - Energy wood is residue from forest thinnings and harvesting Optimal use of woody biomasses - Synergies with current biomass logistics, terminals and production sites 3. Kaidi s biorefinery would create new ecosystem - Unique production site refining certified and renewable natural resources - High value addition from excess natural resources: over 5 million m 3 more wood grows annually that is used in Lapland - Industry modernisation and sustainability 4. New opportunities for eco-innovative service companies - Possibilities for novel harvesting, logistics, terminal and service solutions - Cross sectoral value chains? 5. Indirect effects on regional economy
BIOREFINERY, LAPPISH BIOECONOMY AND SUSTAINABILITY Biomass availability in Lapland Latest figures from Finnish Forest Centre: Annual forest growth 13,7 million m3 Annual forest use 4,2 million m3 + natural reduction about 1 million m3 Opens up new raw material market and improves quality of forest Demand for energy wood triggers positive cycle through improved forest management: 1. On-time thinnings Market for leftover energy wood 2. Improved forest growth and quality Less forest pests and deceases Improves resource efficiency within the cluster - Biorefinery can also use other forest industry by-products More sawdust and cutter swarf available than used Industrial symbiosis - Utilisation of existing equipment with free capacity: tractors, harvesters etc. - Circular economy solutions? Balance between different stakeholders and industries - Looking issues through facts Index tool as one solution?
BIOECONOMY AND ECONOMIC GROWTH Huge potential impact on bioeconomy development 60 000 forest owners in Northern-Finland 1. Market for energy wood engouraging for thinnings 2. Driver for better forest management Need for new and better value chain services 3. Improved forest quality and market Increase in asset value If facility s lifecycle is 30 years and energywood use increases 2 million m3 annually raw material income increases 600 m in 30 years 4. Simultaneously value and growth of rest of the woody biomass (pulpwood and timber) increases 5. Synergies on harvesting and logistics have potential to boost other investments inside Lappish bioeconomy and for example: demand of 1 million m3 timber annually would increase raw material income by 1200 m in 30 years Existing supply chains and totally new one - There is free capasity in existing bioeconomy supply chains that can be utilisated and this creates economical sustainability to existing subcontractors and empowers bioecomy - Synergies between supply chains and new value chain(s) Innovation possibilities - Digitalisation, new business and operational models, continuous R&D&I
Biojalostamon alueellinen ekosysteemi - hanke Hankkeen tilanne 8/2016 Kartoitettu teknologia- ja teollisuuspalveluyrityksiä kesä- ja heinäkuun aikana Useita yritystapaamisia Tarkempi investointiin liittyvä osaamiskartoitus käynnistetään pian nettipohjaisena Satama- ja teollisuusinfrastruktuurikartoitus yhteistyössä Kemin kaupungin ja Kemin sataman kanssa Investorille tuotettu tietoa mm. valmiuksista infran rakentamiseen ja vapaasta kapasiteetistä liittyen varastointiin ja jo valmiin infran hyödyntämiseen Raaka-aineterminaalilogistiikan kehittäminen ja hankintaketjun kapasiteetti Selvitys raaka-aineterminaalilogistiikasta meneillään. Valmistuu syksyn aikana. Hankintaketjun kapasiteetin kartoitus meneillään. Kysely lähetty noin 1800 yrittäjälle. Vastauksia tällä hetkellä vajaa 100. Kyselyssä pyritään saamaan kattava otos metsäkoneyrittäjien ja sivutoimisesti metsäalalla toimivien yrittäjien vapaasta kapasiteetista ja kehittämisen kohteista. Linkki kyselyyn Työvoiman koulutustarpeen osalta Lapin oppilaitokset ja ELY aloittavat yhteistyöryhmän Investointivaiheen erityiskysymyksien osalta hanke koonnut ja toimittanut tietoa investorille Tietoja kerätty vapaista majoitusmahdollisuuksista. Toimitettu tietoa investorille maahantuloon ja HSEQ -asioihin liittyvistä vaatimuksista. Sovittu Äänekosken biotuotetehdas -casen benchmarkkauksesta
Modern Cluster of Arctic Industry Sustainable utilisation of arctic natural resources