Dimethyl 2, 5-furandicarboxylate (DMFDCA) derived from carbohydrate refining has served
as a crucial building block in the preparation of high-performance polymers. Herein, we not …

The resource and environmental issues caused by discarded plastics make plastic recycling
research increasingly urgent. Polyamide, one of the top five general engineering polymers …

Furan semi-aromatic polyamides have become a biobased substitute for existing
petrochemical semi-aromatic polyamides and received more and more attention. In this …

Efficient and sustainable transformation of biomass-derived chemicals to materials with the
potential to replace conventional fossil-derived polymers is considered a major challenge. In …

Biobased monomer furan-2, 5-dicarboxylic acid (FDCA) can replace terephthalic acid to
achieve the synthesis of biobased semiaromatic polyamides, but FDCA has the problem of …

Creating eco-friendly and sustainable polymers is one of the most important challenges
faced by polymer scientists, be it in academia or industries around the world. Dwindling …

2, 5-Furandicarboxylic acid (FDCA) from carbohydrate refining has been a promising bio-
based building block for the construction of high-performance polymers. Herein, we not only …

Abstract Poly (1, 12-dodecylene 5, 5′-isopropylidene-bis (ethyl 2-furoate)) has recently
been introduced to the polymer field as an exceptionally flexible polyester derived from bio …

Semi-aromatic polyamides have excellent comprehensive properties and can effectively
adjust thermodynamic properties through monomer composition and ratio to meet different …

Production processes based on CO2 as raw material offer high scalability and sustainability.
Here, a novel process cascade is introduced, combining the advantages of electrochemical …