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Biomass ChemistryBiomass Chemistry

Manufacture of chemicals and fuels from biomass produced from forests, plants, and other biological resources

9.30Tue 2025

Forest culture of mutual cooperation taking root in Austria, where wood biomass heat supply is spreading [Heat supply business as a basis for local economic circulation 2].

I heard these words more than once during my business trips to Europe: "I don't have that much money saved and I'll be fine" and "The government will take care of me in my old age." [...].

9.18Thu 2025

Biomass Chemistry Advances to the Practical Stage with Various Conversion Technologies - Forest Circular Economy and Chemical Industry (3)

In the previous issue, we overviewed the characteristics of biomass as a resource. In this issue, we will discuss how biomass resources can be used to produce biochemicals and biofuels [...].

8.29Fri 2025

A Sustainable Model Learned in Austrian Villages for Spreading Heat Energy in Mountain Villages [Heat Supply Business as a Basis for Local Economic Circulation 1: Overview].

Have you ever felt uncomfortable with the use of fossil fuels as a matter of course? Nowadays, electricity and heat energy are generated by coal and [...].

8.27Wed 2025

Carbon-Neutral Salt Production with Wood Biomass Power Generation Nihonkaisui to Start Operations at Sanuki Plant in FY2028

A plan to convert an existing coal-fired power plant to a wood biomass power plant at the Nihonkaisui Sanuki Plant (Sakaide City, Kagawa Prefecture) has been approved by the [...]

8.26Tue 2025

Exploring raw biomass (2) "Softwoods and hardwoods" as different as "sharks and dolphins

Biomass, which lexically refers to the amount of living organisms (bio) (mass), as opposed to fossil resources such as oil and coal [...].

8.22Fri 2025

Paper and paperboard also function as social devices that "store and circulate carbon" [Cultivating the Future through Carbon Cultivation].

The most familiar "mass products of forest origin" around us are probably paper and paperboard. Notepads, newspapers, wrapping paper, [...].

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 [...].

8.12Tue 2025

Why Japan Needs a "Circular Forest Economy" Now: Resource Self-Sufficiency, Lifelong Growth, and a Resident-Financed Platinum Society

As Chairman of the Platinum Initiative Network and former President of the University of Tokyo, I have long been thinking about the future of Japan. Now, the world [...].

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

Forest Circular Economy, edited by Hiroshi Komiyama, is a vision for the year 2050: Rebuilding Japan as a resource-rich nation will start with its forests.

The national challenges facing Japan today - carbon neutrality by 2050, regional sustainability, and resource self-sufficiency. These [...]...

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 [...].

7.19Sat 2025

Mitsubishi Chemical Group Invests in Australia's Licella Holdings to Expand Oil Conversion Business from Used Plastics and Biomass

The Mitsubishi Chemical Group is pleased to announce that its corporate venture capital subsidiary, Diamond Edge Ventures, I [...].

7.10Thu 2025

Sanyo Engineering, which contributes to the circular economy of the region by turning waste wood and unused forest materials into high-quality chips for power generation, has been recognized as an excellent company.

Sanyo Engineering, a machine designer and manufacturer of shredding and sorting equipment for wood and wood waste, is participating in the Hiroshima Industrial Promotion Organization's [...]

7.10Thu 2025

Realization of carbon neutrality and development of the chemical industry through regional and inter-industry cooperation

With the goal of reducing greenhouse gas emissions to virtually zero by 2050, a multifaceted approach of technology, policy, and regional cooperation around the world [...].

7.9Wed 2025

Carbon Neutrality as a Basis for Biomass Utilization in the Forest Circular Economy Landscape Approach is Key

The argument for wood use in many places is based on the premise that forest biomass is carbon neutral [...].

7.9Wed 2025

Waste Cooking Oil from Homes and Stores Becomes Aviation Fuel Domestic SAF Begins to be Supplied to Regular Passenger Flights

JGC Holdings, Tokyo Metropolitan Government, All Nippon Airways, and Japan Airlines have recently announced a domestic SAF (Sustainable [...]] that uses waste cooking oil as part of its raw material.

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