Sahateollisuuskirja

Sahateollisuus-kirjan verkkomateriaali

  • Authors
  • Partners
  • Digitization of the material
  • Sign in
  • Kirjaudu ulos
  • English
  • Suomi

Search

  • 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
    • Test your skills
  • 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
    • Test your skills
  • Maintenance
    • Organizing maintenance
    • Electrical and mechanical maintenance
    • Condition monitoring
    • Test your skills
  • Occupational safety at the sawmill
    • Safety in the sawmill industry
    • Fire safety at sawmills
    • Test your skills
  • Marketing and sales
    • Marketing and sales concepts
    • Sales channels
    • 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
    • Test your skills
  • 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
    • Test your skills
  • 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
    • Test your skills
  • 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
    • Test your skills
  • Future challenges
    • Future of forest industries
    • The sawmilling industry’s latest development
    • Need for knowledge in sawmill industry
    • Test your skills
  • Future vision
    • Future and structural changes of forest industries
    • Product development
    • Market outlook for sawn timber
    • Positive vision
    • Test your skills
  • Videos
You are here: Home / Future vision / Future and structural changes of forest industries
Edellinen - Future vision
Seuraava - Product development

Future and structural changes of forest industries

The market outlook for sawn and further processed wood based goods is rather favourable. The key drivers are sustainability, energy and climate related policies and circular economy, which all work in favour of wood products compared with other options available.

Structural change

Wood products bind carbon and their production processes result in less emissions than for instance steel and concrete.

The Finnish forest sector is currently undergoing major structural changes. Several key figures weakened in the first decade of 2000s. These changes have been brought about by several structural alterations within the markets and competitive environment, as well as by the worldwide recession since the financial crisis.

One of the major changes has been the shift from Finland’s own currency Finnish Mark to the Euro. Whereas before there were frequent devaluations to assist the export trade in challenging times, today this is not possible being part of the Eurozone.

The future

However, despite those various challenges the forest sector is still pressing on, with new markets, end uses, products, services and business models.

The structural change in the forest industries also raises some more questions:

  1. Should one retain the emphasis on the raw material supply and infrastructure? 
  2. Should  there be a shift towards adding value to products and services provided by forest industries?
  3. Basically one should decide whether the emphasis is on supporting the supply of raw materials or the knowhow provided by the industry.

All policies supporting the forest industries should be directed in such a way that the impact can be greatest. This would lead towards wood products and energy production, which are rising into prominence.

The domestic market is important for the wood products, but global trends can support the growth of wider exports of processed goods. Furthermore, the energy sector is becoming an increasingly bigger user of wood.

New bio refineries and power plants, some of which have been built or planned alongside new pulp and paper mills can open new interesting opportunities for Finland.

Wood can be used for the production of textiles, substituting cotton and polyester. Wood can also be used for the production of renewable fuels for vehicles.

There are ongoing programmes to further develop new products in the chemical, food and medical industries, utilizing the properties and good availability of wood fibre.

The lines between various segments of the forest industry have been blurred and partly disappeared. The common denominator today is the bioeconomy.

One can expect most of the new investment for the 2000’s will be linked to biorefineries in turn linked to pulp and paper production, and also to heat and energy production. In the mechanical forest industry, the biggest steps are likely to happen with different types of glued Engineered Wood Producs.

Edellinen - Future vision
Seuraava - Product development

Future vision

  • Future and structural changes of forest industries
  • Product development
  • Market outlook for sawn timber
  • Positive vision
  • Test your skills
Contact
The Association of Finnish Sawmillmen
Secretary
Jukka Ala-Viikari
info(a)stmy.fi
Privacy policy
Cookies
Site map
Change password
Tulosta sivu
EN

Copyright© 2025 Suomen Sahatollisuusmiesten Yhdistys