Development of Novel Ceramic Microstructures from Sintered Biomass and Fly Ash Mixtures: Promoting Sustainability and Health DOI Open Access

A. Moutsatsou,

Eleni Katsika,

Dimitrios Flegkas

et al.

Materials, Journal Year: 2025, Volume and Issue: 18(7), P. 1496 - 1496

Published: March 27, 2025

The valorization of agricultural and industrial solid by-products as secondary resources in the development value-added materials can contribute to environmental health protection, particularly climate change era. Current advances legislation also encourage manufacturers optimize waste management, upgrading utilization towards resource conservation, energy efficiency cost reduction context a circular economy. In present research, elaboration novel sustainable ceramics is investigated by sintering (at 800 °C for 2 or 6 h) compacted mixtures composed lignite fly ashes along with biomass ash (olive kernel ash) at different proportions. It appears that chemical, mineralogical morphological characteristics these promote their use starting ceramic engineering. Characterization evaluation obtained via XRD SEM-EDX analysis, well Vickers microhardness measurements, confirm effectiveness consolidation process. fact, material derived from an 85% Class-C 15% compact, after h sintering, exhibited greater results terms microstructure (380 Hv), while time was barely acceptable. developed be considered various applications.

Language: Английский

Development of Novel Ceramic Microstructures from Sintered Biomass and Fly Ash Mixtures: Promoting Sustainability and Health DOI Open Access

A. Moutsatsou,

Eleni Katsika,

Dimitrios Flegkas

et al.

Materials, Journal Year: 2025, Volume and Issue: 18(7), P. 1496 - 1496

Published: March 27, 2025

The valorization of agricultural and industrial solid by-products as secondary resources in the development value-added materials can contribute to environmental health protection, particularly climate change era. Current advances legislation also encourage manufacturers optimize waste management, upgrading utilization towards resource conservation, energy efficiency cost reduction context a circular economy. In present research, elaboration novel sustainable ceramics is investigated by sintering (at 800 °C for 2 or 6 h) compacted mixtures composed lignite fly ashes along with biomass ash (olive kernel ash) at different proportions. It appears that chemical, mineralogical morphological characteristics these promote their use starting ceramic engineering. Characterization evaluation obtained via XRD SEM-EDX analysis, well Vickers microhardness measurements, confirm effectiveness consolidation process. fact, material derived from an 85% Class-C 15% compact, after h sintering, exhibited greater results terms microstructure (380 Hv), while time was barely acceptable. developed be considered various applications.

Language: Английский

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