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Modified lignin

New bio-derived material made from Japanese cedar (Sugi: Cryptomeria japonica)

8.18Mon 2025

The key to producing homogeneous polymeric materials from lignin is an interdisciplinary approach between chemistry and biotechnology [Cultivating the future through carbon farming].

Lignin is a major component of woody and herbaceous biomass, along with cellulose, but its non-regular and heterogeneous chemical structure [...].

8.4Mon 2025

Establishing Technologies to Utilize Lignin, Key to Realizing a Decarbonized Society: Active Research Utilizing Microbial Metabolism [Cultivating the Future through Carbon Cultivation].

Reducing dependence on oil and securing sustainable material feedstocks are essential to achieving a decarbonized society. To address this challenge [...].

7.25Fri 2025

Uncovering the structural diversity of lignin, a wood-derived raw material that is a key to replacing fossil resources [Cultivating the Future through Carbon Cultivation].

The structure of wood, with cellulose, hemicellulose and lignin as its main chemical components, is often compared to reinforced concrete. With polysaccharides [...].

7.8Tue 2025

Exploring raw biomass (1) Characterization is important to reveal the characteristics and properties of plants

The use of biomass as an alternative to fossil resources is being actively considered, and there have been several booms in the past for this type of initiative [...].

6.24Tue 2025

Forest-based manufacturing and value for the public good: Making the "whole watershed" of biomass a growth field

The woody biomass business is expected to be a core industry for the next generation to realize a sustainable society. The spread of woody biomass requires a forest supply of resources [...].

6.12Thu 2025

Businesses and Society undergo a major transformation with biomass resources at the core. Potential to expand into fuels and products.

The most important aspect of carbon neutrality is the attempt to reduce greenhouse gas emissions. The most important of these is the forest circular economy, which is a major [...].

6.2Mon 2025

Three Areas for Building the Future / The "Circulation Cycle" of Cutting Down Trees, Utilizing Them, and Fixing Them in Cities: A Recycling Society Supported by Japan's Forests (4)

Cutting down trees to protect forests - that's what we do. When you hear that, it may seem intuitively contradictory. But look ahead [...].

5.8Thu 2025

Linkage between Forestry and Sawmill Facilities and Chemical Plants is the Key to Conversion from Oil to Biomass - Forest Circular Economy in General (2)

New demand for woody biomass will arise from the conversion of petrochemicals to biomass chemistry. In order to achieve carbon neutral [...].

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