Forstbasierte Industrien, Bio-/ Kreislaufwirtschaft

Englisch
Innovation
No
Source of wood

Hardwood

E-Mail des Eigentümers oder Autors
Code
BP_ES_06
Time scale
2015-2016
Art des betroffenen Holzes
Secondary hardwood species
Potenzial für Nachhaltigkeit
Very positive
Auswirkungen auf Umwelt und Biodiversität

Positive

Id: 3336901
Continent Code: EU
Country Code: ES
Country Name: Spain
Name: Catalonia
Leichte Implementierung
Medium
Wirtschaftliche Auswirkungen
Low
Arbeitsplatzeffekt
Positive
Einkommenseffekt
Positive
Spezifisches Wissen erforderlich
Forest harvesting
Kosten der Implementierung

28571,43

Technical readiness level
Applicable
Location
Tarragona, Girona and Barcelona (Catalonia, Spain)
Implementers
ASSOCIACIÓ DE PROPIETARIS FORESTALS DEL MONTNEGRE I EL CORREDOR
Actual status
Closed
Anhänge
Country Region City
SpainCataluña
Scope
Regional
Voting
0%
Startjahr
2015
Endjahr
2016
Digitale Lösung
No
Zusammenfassung

The operational group was created to find a demonstration action to promote secondary hardwood species of high ecological value in the ES5110011 area of the Natura 2000 Network. At present, hardwood harvesting is practically limited to obtaining products with little or no added value, such as firewood or biofuels in general. This is the reason why the profitability of the uses is very compromised.

According to the analysis carried out, it is considered convenient to perform the following demonstrative actions:
- To manufacture a children's playground of wood of local origin and free of chemical treatments.
- Implement new wood grading systems as is done in other European countries.
- Articulate the different agents along the production chain
- Demonstrate that quality products can be made from locally sourced wood

Improving the profitability of timber harvesting by diversifying the products obtained. As a result, the aim is to guide forestry exploitation to obtain quality products, enter into the distribution chain of local and specialized markets, establish a more efficient logistic distribution process and extend the time needed to capture atmospheric carbon by using wood for uses with a longer service life than bioenergy.

Hauptbild
Logo des Projekts
Herkunftsregion
3336901
BP - Rosewood - V1
YES
Herkunftsland
Spanien
Umfang der Anwendung
Projekt, in dessen Rahmen dieses Factsheet erstellt wurde
Hat Video
no
Englisch
Innovation
No
Source of wood

Sawn timber, structural wood

E-Mail des Eigentümers oder Autors
Code
BP_ES_02
Time scale
2011-
Mobilisierungspotenzial
300,000 m3
Art des betroffenen Holzes
Pinus sylvestris, Pinus nigra, Pinus radiata, Pinus pinaster, Pseudotsuga menziessii, Larix sp, Quercus rubra, Abies alba
Potenzial für Nachhaltigkeit
Very positive
Auswirkungen auf Umwelt und Biodiversität

Positive, it mobilizes wood with a proper forest management

Leichte Implementierung
Very easy
Wirtschaftliche Auswirkungen
Structural timber value increases in 10€/m3 approximately
Arbeitsplatzeffekt
Positive through better competitiveness
Einkommenseffekt
Positive, more quality timber is mobilized
Spezifisches Wissen erforderlich
Knowledge about Phisical-mechanical properties of wood. Harmonized rules needed
Kosten der Implementierung

Around 25,000 € for every strength class and species

Technical readiness level
Immediately applicable
Wichtige Voraussetzungen

Experience on manufacturing and classification of structural timber

Location
Spain
Implementers
Cesefor, INIA, CETEMAS, Incafust (Forestry and wood sector R&D&I centers)
Actual status
Running
Anhänge
Country Region City
Spain
Scope
National
Voting
0%
Startjahr
2011
Digitale Lösung
No
Herkunft des Holzes
Art des Holzes
Zusammenfassung

Structural sawn timber intended for construction must offer similar guarantees to those offered by other materials and products intended for the structural construction sector. For this purpose, it is necessary to develop classification tools that allow manufacturers and marketers to certify the strength and stiffness values of all the wood that is placed on the market (adjusted to the species and origin that corresponds).
It is, in addition to being a legal obligation, a tool for the valuation of wood that is enabling a competitive improvement of its industrial network.

Technological development of structural sawn timber not only enables it to be directly promoted in the construction sector as a construction element, but also to be incorporated into the manufacture of technological products with high added value, such as glued laminated timber, duos, trios, CLT, prefabricated panels... These are high value-added products that require high levels of competitiveness that cannot be achieved without their main raw material, structural sawn timber, increasing its competitiveness, optimising its manufacturing times and its declared mechanical properties

Visual classification tools have been developed for the main commercial wood species found in Spanish forest stands, such as Pinus sylvestris, Pinus insigne, Pinus nigra, Pinus pinaster, Abies alba, Pseudotsuga menziesii, Quercus rubra, Castanea sativa and Eucalyptus globulus. Tools that in many cases enable the possibility of classifying structural sawn timber into three structural qualities, which allows the different qualities of wood that the timber industry places on the construction market to be classified and valued.
Mechanical classification systems are currently being developed for the main species of the Pinus genus. This is one more step in the competitive improvement of this type of wood, as it improves the classification times and the classifying performance in the different mechanical qualities.
Both developments have enhanced the value of the wood of the different wood species characterized, and have promoted its use in construction.

Hauptbild
Logo des Projekts
Zusätzliches Bildmaterial 1
Zusätzliches Bildmaterial 2
BP - Rosewood - V1
YES
Herkunftsland
Spanien
Umfang der Anwendung
Projekt, in dessen Rahmen dieses Factsheet erstellt wurde
Hat Video
no