Dear Colleagues,

We invite researchers from academia and industry to contribute their original research articles, reviews, and perspectives on the latest advancements in low-temperature geopolymerization for ceramic manufacturing and composite development. The special issue aims to facilitate knowledge exchange, collaboration, and innovation in the field of geopolymer-based materials and their applications.

"Advancements in Geopolymerization for Ceramic Manufacturing and Green Composite Development". This special issue aims to explore the advancements in low-temperature geopolymerization techniques for ceramic manufacturing and the development of geopolymer-based composites. Geopolymerization, a process of synthesizing inorganic polymers from aluminosilicate precursors, offers promising possibilities for ceramic production at lower temperatures compared to conventional methods. This special issue focuses on the synthesis, processing, characterization, and application of geopolymer-based ceramics and composites.

Topics of interest may include, but are not limited to:

1. Investigation of geopolymerization kinetics and mechanisms for low-temperature ceramic manufacturing

2. Understanding the sintering effect in geopolymer-based ceramics and its impact on the final properties

3. Flux agent selection and optimization for enhancing the densification and properties of geopolymer ceramics

4. Novel approaches for low-temperature geopolymerization and ceramic shaping techniques

5. Milling and particle size control in geopolymer-based ceramic production

6. Self-fluxing geopolymer composites for tailored properties and improved performance

7. Development and characterization of geopolymer ceramic composites for specific applications

8. Biomaterials incorporated into geopolymer matrices for enhanced bioactivity and biocompatibility

9. Characterization techniques for assessing the structure, properties, and performance of geopolymer ceramics and composites

10. Application of geopolymer concrete as a sustainable alternative in construction and infrastructure

11. Environmental impact and life cycle assessment of geopolymer-based ceramic manufacturing

1. Low-temperature geopolymerization 2. Ceramic manufacturing 3. Geopolymer-based composites 4. Geopolymerization kinetics 5. Sintering effect 6. Flux agents 7. Low-temperature ceramics 8. Ceramic processing techniques 9. Particle size control 10. Self-fluxing composites 11. Geopolymer characterization 12. Biomaterials in geopolymer matrices 13. Geopolymer concrete 14. Environmental impact assessment 15. Techno-economic analysis