Reviewing Chemical Strategies for Improving the Sustainability and Performance of Wood Products
Reviewing Chemical Strategies for Improving the Sustainability and Performance of Wood Products
Salim Saifullah*, Muhammad Ilyas, Muhammad Farooq and Sanam Zarif Satti
ABSTRACT
Wood is a sustainable resource with exceptional characteristics, making it a promising candidate for a bioeconomy. However, global climate change may pose significant challenges to wood-value chains. To address these issues, it is crucial to reconsider the current approach to wood procurement and processing. The ecological variety of wood, its origins, and its technological implications for the production of wooden products are the key factors to consider. Industrial procedures have been enhanced to mitigate variability in wood qualities, facilitate more effective processing, and create reliable goods. The development of innovative wood processing methodologies and environmentally friendly chemical procedures for wood modification is required due to the necessity of conserving biodiversity and the adverse effects of climate change on forests. These advancements are crucial for managing a broader range of wood resources in the coming years. This article examines the chemical and structural composition of wood and the techniques used in industrial processes to achieve uniformity and alter wood properties for environmentally friendly wood products.
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