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May 8, 2026Green Chemistry2 citations

Sustainable production of densified wood as advanced structural materials through oxygen delignification

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NFNaycari ForforaXZXiaoxue ZhangCHCarl J. Houtman

Key Points

  • The aim is to develop a sustainable process for creating advanced structural wood materials.
  • Utilized low temperature (~100°C) oxygen delignification technology for wood boards.
  • Demonstrated commercial scalability for the delignification process.
  • Conducted assessments on the strength and properties of densified wood materials.
  • Produced superstrong wood structural materials through oxygen delignification and densification.
  • Demonstrated effective delignification leading to enhanced material properties.

Abstract

This study demonstrated a sustainable and commercially scalable low temperature (~100°C) oxygen delignification (O2-delig) technology for delignifying pristine wood boards to produce advanced superstrong wood structural materials through subsequent densification....

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Cite This Study

Forfora et al. (2026) studied this question.

synapsesocial.com/papers/69fd7f65bfa21ec5bbf07f30https://doi.org/10.1039/d6gc00841k
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