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European Journal of Wood and Wood Products (2023) 81:557–570
Table 1 (continued) References
Origin
Target composite type and research topic
Strength properties
FE
Country
Wood based panel
Composition
PB FB OSB Pure WW Mix
Schild et al. (2019) Faraca et al. (2019)
Canada
x
x
x
Denmark
Azambuja et al. (2018a) Azambuja et al. (2018b) Hameed et al. (2018a)
Brazil Brazil
x x x x
x x
x x x x x
Sweden Poland
x
Laskowska and Maminski (2018)
x x
Hong et al. (2018) Lesar et al. (2018)
Korea
x
x
Germany, UK, Finland, Slovenia
Robey et al. (2018) Hameed et al. (2018b) Zamarian et al. (2017) Edo et al. (2016) Roffael et al. (2016) Andrade et al. (2015) Costa et al. (2014) Martins et al. (2007) Nagalli et al. (2013)
USA
Sweden
x x
x
x
Brazil
x
x
Sweden Germany Portugal Portugal Portugal
x
x x
x x x x x x x x x x x x
x
x
x x
x
x x
x
Brazil Greece Poland Poland
Lykidis and Grigoriou (2011) Mirski and Dorota (2011a) Mirski and Dorota (2011b)
x
x
x x
x x
x x
UK
x x x x
x x x x
Suffian et al. (2010)
Lykidis and Grigoriou (2008)
Greece Taiwan Taiwan Portugal
x
Yang et al. (2007) Wang et al. (2007) Mantanis et al. (2004) Jermer et al. (2001) Tolaymat et al. (2000) Krzysik et al. (1997)
x
x
x
Sweden, German, Netherlands
USA
Poland
x
x
x
to established recycling programs, policies and regulations (e.g., European Union Commission Decision 2009/894/EC; Zero Waste Europe 2014).
FAO statistic about the production volume and recycling amount of plywood. On the other hand, more plywood and OSB were expected in waste wood research rather than particleboard and fiberboard as the waste wood stream came mostly from construction and demolition. Moreo- ver, it could be that plywood and OSB are often used for exterior applications or as formwork. Therefore, they could be contaminated by preservatives and are usually not suitable for material utilization anymore. The majority of the found research was conducted based on the waste wood materials collected in Europe (18 references) and South America (4 references). Only six articles were found in other countries such as Canada (Schild et al. 2019), Korea (Hong et al. 2018), USA (Robey et al. 2018; Tolaymat et al. 2000), Taiwan (Yang et al. 2007; Wang et al. 2007). This shows that Europe is more concerned with the waste wood recycling topic than other continents due
3.1.2 Target composite type
Relating to the target composite type, the possibilities of using different waste wood percentages to produce wood- based panels were investigated. Particleboard (14 references) is by far the most favorable product to be made from waste wood materials. The number of fiberboards (Hong et al. 2018; Roffael et al. 2016; Mantanis et al. 2004; Krzysik et al. 1997) and OSB (Schild et al. 2019; Mirski and Dorota 2011a, b) articles together account for seven references. There was no research found using waste wood materials for the production of plywood. The reason could be the impos- sibility of processing waste wood materials into veneers
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