M I K A D O DOCUMENTING THE ENVIRONMENTAL PROPERTIES OF WOOD PRODUCTS

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MIKADO in a nutshell Documenting environmental properties of wood and wood based products Environmental Assessment Environmental Product Declarations EPDs Environmental aspects as competitive factor Environmental aspects in product development Information SP 1 Collection of data SP 2 Environmental Assessment SP 3 Environmental product development Budget 2007: 250 000 2008: 340 000 2009: 320 000

Why documenting the environment?

What is environment?

Project organisation

Partners Norwegian sawmilling industry SINTEF Building and Infrastructure Treteknisk (NTI) Forest and Landscape Institute Moelven Wood Moelven Timber Norske limtreprodusenter Solør Gjenvinning Moelven Massivtre Casco Adhesives Gausdal Bruvoll Haslestad Bruk Inntre Jotun TBF Romerike trelast Forestia Viken Skog Kjeldstad Sagbruk og Høvleri

Prosjekteier Treindustrien Knut Fjulsrud Fra frø til sagbruk Skog og landskap Per Otto Flæte Styringsgruppe Prosjektleder Kjersti Folvik Kunnskapsformidling Kjersti Folvik DP1 Datagrunnlag DP2 Miljøvurdering Silje Wærp Kristin Holthe Fra sagbruk til port Bygg/Bruksfasen Treteknisk Jarle Svanæs Silje Wærp DP3 Miljøstyrt innovasjon Treteknisk Jarle Svanæs Sub-project 1 (SP 1) Data collection Literature study Mapping of existing and future requirements and guidelines Reviewing literature Collection of data Resources, including energy Lifetime and maintenance Waste Indoor climate Environment, health and safety Method: questionnaire, interviews, workshops Done Started

Literature study Standards, legal framework and regulation Forestry CO 2 -mitigation LCA for wood and wood based products and construction Lifespan, wood protection and natural durability Waste and recycling options

Literature study a summary Standards, legal framework and regulations New international standards coming in building and construction handling Lifetime expectancy Sustainability Environmental assessment Assessment of dangerous compounds Forest certification: In Norway, Levende skog based on PEFC Forestry In forestry, 90 % of the energy use comes from transport, logging and hauling (seed to mill). Alternative fuel or transport solutions would reduce the load.

Literature study a summary CO2-mitigation Many available studies on CO2-mitigation and optimal carbon storage in forests and forestry products Wood products substitutes more energy intensive products Bi-products utilized for bio energy Net reduction of CO2 emissions with intensive forestry Sustainable forestry can conflict on intensive forestry Most important for the Carbon-balance: Utilization for bi-products in energy production Substituting energy intensive products

Literature study a summary LCA for wood and wood-based products Limited number of declarations available Wood based products low emissions For processed products, the biggest environmental loads appears outside mill (glue etc.) Limited access on comparative studies regarding surface treatment and glue LCA for buildings Several studies available Full LCAs Limited to phases in building lifetime Only energy included Using different system borders and methods for assessment Comparative studies Wood based constructions better in production phase No considerable difference in the use phase

Literature study a summary Lifetime expectancy, wood protection and natural durability Lifetime data vital as a basis for compilation of environmental product declarations A challenge to find satisfactory lifetime data for wood Waste and recycling Utilization of waste wood involve a resource for material recycling or energy recovery. The future house should be designed for recycling, meaning it should be prepared for the recycling of wood based products

Literature study conclusions Research needs in MIKADO Environmental loads from Norwegian forestry Utilization of bi-products and waste wood Environmental loads from surface treatment, glue and other additives Lifetime expectancy and life cycle scenarios for wood and wood based products

Prosjekteier Treindustrien Knut Fjulsrud Fra frø til sagbruk Skog og landskap Per Otto Flæte Styringsgruppe Prosjektleder Kjersti Folvik Kunnskapsformidling Kjersti Folvik DP1 Datagrunnlag DP2 Miljøvurdering Silje Wærp Kristin Holthe Fra sagbruk til port Bygg/Bruksfasen Treteknisk Jarle Svanæs Silje Wærp DP3 Miljøstyrt innovasjon Treteknisk Jarle Svanæs Sub-project 2 (SP 2) Environmental assessment Life Cycle Assessment (LCA) Product Category Rules (PCR) Started EPDs for a selection of products General, representative for industry Custom products Case studies for a selection of scenarios Collected in a database available to all interested parties Started

PCR Product Category Rules PCR will give guidelines for carrying out EPDs and to pinpoint the underlying requirements of the LCA. Functional and declared unit System boundaries Cut-off and allocation rules Data quality requirements Describe scenarios

PCR solid wood products problems to be adressed Defining the product group Solid Wood Products 1. Sawn wood 2. Structural timber 3. Interior 4. Exterior 5. Structural glulam Defining system borders From production of seeds or felling of timber? Using bi-products for energy generation? Moisture content Carbon-accounting Also considering biodiversity

Prosjekteier Treindustrien Knut Fjulsrud Fra frø til sagbruk Skog og landskap Per Otto Flæte Styringsgruppe Prosjektleder Kjersti Folvik Kunnskapsformidling Kjersti Folvik DP1 Datagrunnlag DP2 Miljøvurdering Silje Wærp Kristin Holthe Fra sagbruk til port Bygg/Bruksfasen Treteknisk Jarle Svanæs Silje Wærp DP3 Miljøstyrt innovasjon Treteknisk Jarle Svanæs Sub-project 3 (SP 3) Environmental aspects in product development Surveying experiences of implementing environmental aspects into product design and development national an internationally Uncover the potential of improvement and possible environmental measures Cost/benefit assessment and environmental measures Profitability Technical and economical gains Competitive advantages Information

www.sintef.no/mikado Silje Wærp Silje.waerp@sintef.no Kjersti Folvik Kjersti.folvik@sintef.no Jarle Svanæs jarle.svanes@treteknisk.no Norsk Treteknisk Institutt