Advance Upcycling of By-products in Binder and Binder-Based Materials
- 1st Edition - September 23, 2023
- Imprint: Woodhead Publishing
- Editor: Mehmet Serkan Kirgiz
- Language: English
- Paperback ISBN:9 7 8 - 0 - 3 2 3 - 9 0 7 9 1 - 0
- eBook ISBN:9 7 8 - 0 - 3 2 3 - 9 9 8 0 4 - 8
Advance Upcycling of By-products in Binder and Binder-Based Materials focuses on research trends in binder and binder-based materials containing by-products. The book covers th… Read more
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Advance Upcycling of By-products in Binder and Binder-Based Materials focuses on research trends in binder and binder-based materials containing by-products. The book covers the properties of these materials, both physical and mechanical, and their durability, as well as their inner structure, both at the micro and nano-scale. The reuse of by-products within binder systems is also discussed as well as innovative approaches and advanced solutions for making cost-, ecology-, and environmental-friendly hydraulic binder and binder-based materials from the upcycling of by-products. The book also looks at additive manufacturing and explains the effects of by-products on the properties of binder and binder-based materials.
As a consequence of the popularity of additive manufacturing, various by-product materials, in terms of constructional application, are also identified. These include latent hydraulic supplements, activators of transport properties, and increase in inner strength and durability. The book will be an essential reference resource for academic and industrial researchers, materials scientists and civil engineers and all those who are working in the development of ‘greener’ construction materials and utilization of waste and other fine by-products in the production of environmentally-friendly concrete.
- Provides a detailed review of recent research on the upcycling of by-products for use in binder and binder-based materials
- Presents innovative approaches and advanced solutions for making environmentally-friendly hydraulic binders and binder-based materials from the upcycling of by-products
- Includes mathematical models for strength estimation
Academic and industrial researchers, materials scientists and civil engineers who are working in the development of construction materials and utilization of waste and other fine by-products in the production of cement and concrete. Postgraduate students, concrete manufacturers
Preface
Introduction
Section 1: Using By-Products in binder and binder-based materials for protecting ecology, the environment, economy, and energy
Potential of by-products
Ecological approaches on by-products and binders
Environmental approaches on by-products and binders
Economical approaches on by-products and binders
Energy approaches on by-products and binders
Section 2: Treated oil shale ash-substituted/blended-hydraulic binder and binder based-materials
Mixing, handling, placing, forming
Physical properties
Mechanical properties
Factors in strength of binder and binder-based materials containing by-products
Water/binder ratio, Water/by-product ratio, and by-product/cement ratio
Mathematical models for strength estimation
Section 3: Wheat straw ash-substituted-hydraulic binder and binder-based materials with admixture of water reducer (plasticizer)
Mixing, handling, placing, forming
Physical properties
Mechanical properties
Factors in strength of binder and binder-based materials containing by-products
Water/binder ratio, Water/by-product ratio, and by-product/cement ratio
Mathematical models for strength estimation
Section 4: Ecology-based green clay brick material including ground granulated blast furnace slag (ggbfs), pulverized fuel ash (pfa), paper sludge ash (psa), and agricultural-based waste (aw).
Mixing, handling, placing, forming
Physical properties
Mechanical properties
Factors in strength of binder and binder-based materials containing by-products
Water/binder ratio, Water/by-product ratio, and by-product/cement ratio
Math models for strength estimation
Section 5: Class C fuel ash-substituted-hydraulic binder and binder- based materials fortified with high technology additive of graphite nano particle and admixture of superplasticizer
Mixing, handling, placing, forming
Workability
Setting-time
Wet unit volume weight
Water absorption
Apparent porosity
Apparent compacity
Strength gain
Water/binder ratio, Water/by-product ratio, and by-product/cement ratio
Section 6: Class F fuel ash-substituted-hydraulic binder and binder-based materials fortified with high technology additive of graphite nano particle and admixture of superplasticizer
Mixing, handling, placing, forming
Workability
Setting-time
Wet unit volume weight
Water absorption
Apparent porosity
Apparent compacity
Strength gain
Water/binder ratio, Water/by-product ratio, and by-product/cement ratio
Section 7: Oil shale ash-substituted-hydraulic binder and binder -based materials with additive of superplasticizer and roller compaction method
Mixing, handling, placing, forming
Physical properties
Mechanical properties
Durability properties
Microstructural characteristics
Factors in strength of binder and binder-based materials containing by-products
Water/binder ratio, Water/by-product ratio, and by-product/cement ratio
Section 8: Natural pozzolana-substituted-hydraulic binder and binder-based materials with fine and coarse recycled aggregates and water reducer
Mixing, handling, placing, forming
Physical properties
Mechanical properties
Durability properties
Microstructural characteristics
Factors in strength of binder and binder based materials containing by-products
Water/binder ratio, Water/by-product ratio, and by-product/cement ratio
Section 9: Ground granulated blast furnace slag-substituted-hydraulic binder and binder-based materials with superplasticizer
Mixing, handling, placing, forming
Physical properties
Mechanical properties
Durability properties
Microstructural characteristics
Factors in strength of binder and binder-based materials containing by-products
Water/binder ratio, Water/by-product ratio, and by-product/cement ratio
Section 10: New hydraulic binder and binder-based materials with burning pulverised coal ash, household waste, mediteran soil, and calcined clay waste
Mixing, handling, placing, forming
Physical properties
Mechanical properties
Durability properties
Microstructural characteristics
Factors in strength of binder and binder based materials containing by-products
Water/binder ratio, Water/by-product ratio, and by-product/cement ratio
Section 11: Alkali activated hydraulic binder geopolymer with ground granulated blast furnace slag (ggbfs)
Mixing, handling, placing, forming
Physical properties
Mechanical properties
Durability properties
Microstructural characteristics
Factors in strength of binder and binder based materials containing by-products
Water/binder ratio, Water/by-product ratio, and by-product/cement ratio
Section 12: Natural rubber latex-substituted-bitumen binder and bitumen binder -based materials
Mixing, handling, placing, forming
Physical properties
Mechanical properties
Durability properties
Microstructural characteristics
Factors in strength of binder and binder-based materials containing by-products
Water/binder ratio, Water/by-product ratio, and by-product/cement ratio
Section 13: Calcined clay brick powder/marble powder-substituted-hydraulic binder and binder-based materials
Mixing, handling, placing, forming
Physical properties
Mechanical properties
Durability properties
Microstructural characteristics
Factors in strength of binder and binder-based materials containing by-products
Water/binder ratio, Water/by-product ratio, and by-product/cement ratio
Section 14: Grey cement, white cement, gypsum, and lime modified with graphite nano particle
Mixing, handling, placing, forming
Physical properties
Mechanical properties
Durability properties
Microstructural characteristics
Factors in strength of binder and binder-based materials containing by-products
Water/binder ratio, Water/by-product ratio, and by-product/cement ratio
Section 15: Calcined clay brick powder-substituted-hydraulic binder and binder -based materials
Mixing, handling, placing, forming
Workability
Setting-time
Wet unit volume weight
Water absorption
Apparent porosity
Apparent compacity
Strength gain
Water/binder ratio, Water/by-product ratio, and by-product/cement ratio
- Edition: 1
- Published: September 23, 2023
- Imprint: Woodhead Publishing
- Language: English
MK
Mehmet Serkan Kirgiz
Mehmet Serkan Kırgız is currently a professor at the Trakya University, Turkey. He was previously a professor at the Gazi and Hacettepe Universities, both in Turkey. He has served as Vice Dean, Member of Faculty Management Board, Member of Department Management Board at these institutions. He has authored several peer-reviewed articles and has a national patent on cement manufacturing through the burning of marble powder and brick powder as farina. His major research interests include Ecology based Construction Materials, and Minerals of Raw and By-Product, and upcycling of by-product for sustainable development.
Affiliations and expertise
Professor, Istanbul University-Cerrahpașa, Avcilar, TurkeyRead Advance Upcycling of By-products in Binder and Binder-Based Materials on ScienceDirect