Preferable utilisation patterns of wood product industries' by-products in Finland

We explored varying preferable utilisation patterns of wood product industries' by-products, and which actions are needed to implement them. We: (i) concluded scenarios with varying justifications in Finland towards 2030; (ii) analysed the key drivers and barriers, and (iii) evaluated the likel...

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Veröffentlicht in:Forest policy and economics 2020-01, Vol.110, p.101946, Article 101946
Hauptverfasser: Kunttu, Janni, Hurmekoski, Elias, Heräjärvi, Henrik, Hujala, Teppo, Leskinen, Pekka
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container_start_page 101946
container_title Forest policy and economics
container_volume 110
creator Kunttu, Janni
Hurmekoski, Elias
Heräjärvi, Henrik
Hujala, Teppo
Leskinen, Pekka
description We explored varying preferable utilisation patterns of wood product industries' by-products, and which actions are needed to implement them. We: (i) concluded scenarios with varying justifications in Finland towards 2030; (ii) analysed the key drivers and barriers, and (iii) evaluated the likelihood of these scenarios, and their advantages and disadvantages. The study adopted a scenario analysis approach using qualitative and quantitative data, where the industry, research, interest groups, and policy experts formed and reviewed the scenarios. The scenarios were compiled by grouping similar opinions by using cluster analysis, and the qualitative content was synthesised by using a futures table, yielding three scenarios: (I) Pulp and Bioenergy; (II) Versatile uses; and (III) Long-lifetime products. In scenario I, closest to the current industry structure in Finland, the aim was to respond to existing needs. Scenario II suggested material circulation and economic risk diversification, and fossil-to-bio substitution potential, but experts considered it less probable to implement by 2030. Scenario III highlighted the long-term carbon storage in wood products, but was perceived as the most unlikely, due to significant technical and market requirements related to a massive shift from energy to long-lifetime products. The main drivers across all scenarios relate to international policy, investment in R&D, and cross-sectoral cooperation to boost material- and energy efficiency. Policies need to set more explicitly the targets behind the utilisation of by-products, but consider the industry structure dynamics too. The study points to a need for industrial transformations towards ambitious circulation, and smart regulation encouraging markets towards the targets. •The uses of by-products can contribute several political targets.•The possibilities of by-product uses depend on the country-specific factors.•The EU policies are the main drivers for by-product allocation.•Policies need to set more specific targets for by-product uses.
doi_str_mv 10.1016/j.forpol.2019.101946
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Scenario III highlighted the long-term carbon storage in wood products, but was perceived as the most unlikely, due to significant technical and market requirements related to a massive shift from energy to long-lifetime products. The main drivers across all scenarios relate to international policy, investment in R&amp;D, and cross-sectoral cooperation to boost material- and energy efficiency. Policies need to set more explicitly the targets behind the utilisation of by-products, but consider the industry structure dynamics too. 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source Elsevier ScienceDirect Journals Complete; PAIS Index
subjects By-products
Byproducts
Carbon sequestration
Cluster analysis
Drivers
Energy efficiency
Energy policy
Experts
Foreign policy
Industrial policy
Interest groups
International cooperation
International policy
Markets
Preferable utilisation patterns
Pulp
Qualitative analysis
Renewable energy
Risk analysis
Scenario analysis
Storage
Wood
Wood product industries
Wood products
title Preferable utilisation patterns of wood product industries' by-products in Finland
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