Green Chemistry Approaches to Pulping and Biomass Conversion

Chemical engineering of lignocellulosic biomass focuses on transformative approaches in utilizing wood fibers as sustainable raw materials, particularly in the shift away from reliance on petrochemical products. This field is rapidly growing due to its vital role in promoting green chemistry and sustainable development. Recent innovations, including the development of organic acids and eutectic solvent systems, have opened new avenues for the treatment and conversion of lignocellulosic biomass. These methodologies are backed by both experimental and theoretical findings, which help in optimizing processes and enhancing the efficiency of biomass utilization.

This Research Topic aims to explore cutting-edge technologies and methodologies within the realms of pulping engineering and the broader lignocellulosic biomass chemical industry. It seeks to delve into the chemical processes involved in converting wood fibers to diverse products and understand the underlying mechanisms through theoretical simulations. The goal is to advance knowledge in the effective use of biomass, contributing to environmental sustainability and the development of new green technologies.

To gather further insights in the scope of chemical advancements and innovations in biomass processing, we welcome articles addressing, but not limited to, the following themes:

• Chemistry and chemical processes in pulping and papermaking, encompassing cooking, bleaching, drying, and papermaking chemicals.
• Chemical treatments and conversions in lignocellulosic biomass processing, including the production of Lyocell fibers, viscose fibers, and advanced lignocellulosic materials.
• Advanced simulations in the pulping and biomass chemical industry, including molecular dynamics simulation, first principles calculation, and simulation and prediction models.