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  • Wood as a raw material
    • Forest resources in general
    • Wood species and their characteristics
    • Raw material procurement
    • Quality of sawn log
    • Sawmills’ by-products as a raw material
    • Test your skills
  • Log procurement
    • Log procurement in general
    • Cross cutting
    • Raw material for pulp mills
    • Raw material logistic from the forest to factories
    • Test your skills
  • Sawn timber manufacturing
    • Mill’s production planning
    • Log sorting and measuring
    • Debarking
    • The sawing process
    • Blade technology
    • Dimension sorting
    • Stick-stacking and drying
    • Heating plants
    • Timber grading after kilning
    • Packaging, storage and marking of sawn timber
    • Sawmill process automation
    • Sawline measurements
    • Quality grading systems at the sawmill
  • Quality grading and strength grading
    • Difference between quality and strength grading
    • Visual grading of sawn timber
    • Sawn timber grades
    • Definitions and measuring methods to assess the sawn timber grade
    • Photographic examples of sawn timber features and qualities
    • Strength grading for structural timber
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  • Quality control and certification
    • Differences between internal and external quality control
    • What does certification mean?
    • Internal quality control at the sawmill
    • Test screening of chips, defining the volume and grade
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  • Maintenance
    • Organizing maintenance
    • Electrical and mechanical maintenance
    • Condition monitoring
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  • Occupational safety at the sawmill
    • Safety in the sawmill industry
    • Fire safety at sawmills
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  • Marketing and sales
    • Marketing and sales concepts
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    • End uses for sawn goods
    • Differences between the customers in Finland
    • Differences between other markets
    • How to plan sales and production?
    • Sawn timber logistics
    • Main parameters for business
    • Sales and marketing argumentation
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  • Using information systems
    • How to exploit information systems in sawmill industry?
    • Data usage in wood procurement, production and sales
    • Process control systems as a part of information systems
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  • Further processed timber
    • Further processed goods – production and sales
    • Planed goods
    • FInger jointing
    • Glulam beams, I Beams and other applications
    • CLT and glulam boards
    • Thermally modified timber
    • Impregnated timber
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  • The role of sawmilling in the shaping of modern Finland
    • Sawmill industry in Finland in the 17th and 18th centuries
    • Sawmill industry at 18th century
    • Impacts to the development of Finnish society
  • Sawmill industry today
    • Structure of sawmilling
    • Sawn timber – ecological material
    • Forest ownership
    • The utilization of wood
    • The sawmilling industry as an energy producer
    • Sawmills in the national economy
    • Exports of sawn timber and the domestic markets
    • Turnover and costs
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  • Future challenges
    • Future of forest industries
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    • Need for knowledge in sawmill industry
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  • Future vision
    • Future and structural changes of forest industries
    • Product development
    • Market outlook for sawn timber
    • Positive vision
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You are here: Home / Sawmill industry today / The utilization of wood
Edellinen - Forest ownership
Seuraava - The sawmilling industry as an energy producer

The utilization of wood

The industrial utilization of wood grew in a trend, without taking into account the years of war, the whole of the 1900’s.

The development of wood utilization

The use of wood reached its highest level to date in 2006, when 81 million cubic meters of domestic and imported wood was used. In year 2016 it was 77 million cubic meters. Year 2017 the consumption of wood reached its highest level and is still rising (including energy use).

According the forest inventories forests can be put to even better use, while taking care of the principles of sustainable development.

The use of wood in the sawmill industry in the 2000’s

The quick growth of sawn softwood production within the Finnish Sawmill Industry in the mid 1900’s increased the demand of softwood logs until the middle of the first decade of the millennium.

The sawmill industry’s wood consumption was at its peak in 2004, when the production volume was 13.5 million cubic meters of sawn timber. The usage of softwood logs (including the plywood and LVL industry) grew to a record level, 29.7 million cubic meters, of which 4 million cubic meters of logs were imported.

Logs were mainly imported from Russia, which was later stopped by the log export tariffs, introduced by the Russian government. Although the custom duties have subsequently reduced, the importation of softwood logs has not grown to a significant level.

The Financial crash caused the demand for timber to decline and problem with the availability of raw material were reasons for timber production to fall below 8 million cubic meters in 2009. The usage of logs fell to below 20 million cubic meters.

In 2017, 11.7 million cubic meters of timber was produced, and the use of softwood logs grew to 29.3 million cubic meters. Remarkably, there was a decline in the use of wood after these peak years which is almost exclusively because of the logs.

The saw-log share of the total raw material volume was just under a third in 2015. The share of the log in forest owner’s stumpage earnings was over two thirds.

Wood utilization and energy

The use of fuel wood has increased noticeably since the year 2000, as a result of the EU climate policy. The EU climate policy will be steered until 2020 by the United Nations climate agreement, the Kyoto Protocol as well as the EU 2020 climate and energy package.

Over the first commitment period of the Kyoto Protocol, through the years 2008 – 2012, the European Union (EU-15) was obligated to reduce greenhouse gas emissions as follows:

  1. 8 % between 2008–2012,
  2. 20 % between 2013-2020
  3. 40 % of the 1990 emissions level by 2030.

Europe’s commission road map the climate policy is envisioned until 2050 towards a low carbon economy.

Since the 2000’s the Finnish government has been committed to increasing the share of renewable energy. In Finland this proportion has grown by subsidising wind power generation and combustion of forest chips.

National strategy

At the end of 2016, the Finnish government accepted a national energy and environmental strategy until 2030. This strategy outlines the actions which will help Finland to achieve the EU’s agreed climate targets. According to the strategy, the share of renewable energy against the total energy consumption will rise over half a year by the 2020’s. Energy systems should simultaneously shift over to carbon neutrality.

The subsidies to promote investments in renewable energy are intended to target the commercialisation of new technologies and especially plants producing biofuels for transport. Furthermore, there is an aid scheme to make biofuels by using agricultural waste and side streams of both communities and industry. The increasing production of traffic biofuels is expected to increase the utilisation of forest industry residues and forest chips.

The calculations in the strategy are based on total fellings increasing to 79 million m3 by 2030. Of the volume, 68 million m3 of this volume would be pulp and saw logs for industry and 11 million m3 would be firewood and wood chips from intermediate felling, including small diameter logs and their residues and stumps.

Edellinen - Forest ownership
Seuraava - The sawmilling industry as an energy producer

Sawmill industry today

  • Structure of sawmilling
  • Sawn timber - ecological material
  • Forest ownership
  • The utilization of wood
  • The sawmilling industry as an energy producer
  • Sawmills in the national economy
  • Exports of sawn timber and the domestic markets
  • Turnover and costs
  • Test your skills
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The Association of Finnish Sawmillmen
Secretary
Jukka Ala-Viikari
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