Bark-based biorefineries are estimated to become a trending topic in the coming years,
particularly with their adsorbent applications and antioxidant production. While the potential …

Millions of tons of solvents are consumed annually in various industrial sectors, such as
pharmaceuticals, chemical synthesis, textiles, coatings, paints, and others. Ionic liquids (ILs) …

Pinus radiata is the dominant species of tree in the New Zealand forestry industry, with 38.3
million m 3 of P. radiata trees harvested annually. Bark is removed from these trees when …

Secondary metabolites from the sawmill waste Picea abies bark were extracted using an
innovative two-step extraction that includes a first step with supercritical CO2 (SCO2) and a …

Wood bark has exclusively been used for energy at pulp mills, while long-neglected, this
huge biomass resource has great potential for valorization. To maximize its value in new …

Forestry bark residues are an underutilised resource that could be exploited as a biorefinery
feedstock to produce sustainable platform chemicals. However, variability in bark quality will …

The bark of Pinus radiata offers an underutilized source of high-value renewable chemicals
such as extractable polyphenols and lipophilic compounds (waxes and suberin). Here, the …

Wood bark is a structurally complex by-product of the pulp and paper industry, which
focuses primarily on the valorization of structurally more regular wood xylem components …

Wood bark has exclusively been used for energy at pulp mills, while long-neglected, this
huge biomass resource has great potential for valorization. To maximize its value in new …

Pinus pinaster forestry occupies> 20% of the forest ecosystem area in the continental
territory of Portugal with a high impact on the national economy. This species' major derived …