“…Reviews show the academic interest and effort to achieve the shift from fossil-based to renewable monomers. [30][31][32] Potential sources for renewable monomers are the waste streams of the pulp and paper industry, which are not fully used up to now. These side streams in many cases contain complex molecules with a significant potential in functional materials.…”
Candida antarctica lipase B (CalB) was used as a chemoselective catalyst for the synthesis of multifunctional oligoester resins based on an epoxy-functional ω-hydroxy-fatty acid (EFA) extracted from birch bark.
“…Reviews show the academic interest and effort to achieve the shift from fossil-based to renewable monomers. [30][31][32] Potential sources for renewable monomers are the waste streams of the pulp and paper industry, which are not fully used up to now. These side streams in many cases contain complex molecules with a significant potential in functional materials.…”
Candida antarctica lipase B (CalB) was used as a chemoselective catalyst for the synthesis of multifunctional oligoester resins based on an epoxy-functional ω-hydroxy-fatty acid (EFA) extracted from birch bark.
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