Chitosan Derivatives: Challenges and Opportunities in the Green and Sustainable Transition Era
Производные хитозана: проблемы и возможности в эпоху экологического и устойчивого перехода
2026-04-13
SCID: 54.1/2yrbpttj
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chitin deacetylationchitosan derivativesclick chemistrycontinuous-flow processesgreen chemistry
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Abstract (AI)
Transition towards sustainable and environmentally friendly practices within the field of chemistry and materials science has become essential in light of current environmental challenges. This review provides a comprehensive overview of the challenges and opportunities in the various steps involved in producing chitosan derivatives, with particular emphasis on eco-friendly strategies. Key methodologies for chitin isolation from diverse natural sources, chitin deacetylation, and the chemical modification of chitosan are discussed, integrating green chemistry principles and eco-efficient processes. Advances in sustainable technologies that prioritize cost-effectiveness, safety, and performance are highlighted. The importance of interdisciplinary collaboration, innovative isolation and purification strategies, the adoption of continuous-flow processes, and greener synthetic approaches, such as click chemistry, are also explored. Overall, this work supports the adoption of a holistic approach for the development of chitosan derivatives, contributing to more sustainable and environmentally responsible materials and production processes.
Key Findings
1
A holistic approach is advocated to develop chitosan derivatives and manufacturing processes that are more environmentally responsible.
2
Interdisciplinary collaboration, innovative isolation and purification, continuous-flow processing, and click chemistry are identified as promising routes toward greener production.
3
It emphasizes integrating green chemistry principles into chitin processing and chitosan functionalization to improve environmental sustainability.
4
Sustainable technologies are highlighted for prioritizing cost-effectiveness, safety, and material performance simultaneously.
5
The review identifies challenges and opportunities across chitosan-derivative production, from chitin isolation and deacetylation to chemical modification.
Research Object
Chitosan derivatives and their production processes
Research Subject
Challenges and opportunities for producing chitosan derivatives through eco-friendly, cost-effective, safe, and high-performance isolation, deacetylation, modification, purification, and synthesis strategies
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2026-04-13
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