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Reuse and recycling in construction: novel photocatalyticnano-mortars from valorised industrial wastes

Manfredi Saeli / Clara Piccirillo / David M. Tobaldi / Robert C. Pullar

Production of novel eco-composite nano-mortars for architectural finishing, designed to combat environmental pollution affecting building shells, is reported. Specimens consist of a natural hydraulic lime mortar matrix doped with various kinds of nanophotocatalysts, produced from valorized industrial wastes: TiO2-hexaferrite from Fe3O2, and Ti(SO4)2-hydroxyapatite from Atlantic codfish bones. Samples were characterized and their photocatalytic activity was evaluated. Analysis showed that industrial wastes may be usefully reused to produce a new generation of sustainable, cheap and multifunctional novel building materials.

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Reuse and recycling in construction: novel photocatalyticnano-mortars from valorised industrial wastes

Manfredi Saeli / Clara Piccirillo / David M. Tobaldi / Robert C. Pullar

Production of novel eco-composite nano-mortars for architectural finishing, designed to combat environmental pollution affecting building shells, is reported. Specimens consist of a natural hydraulic lime mortar matrix doped with various kinds of nanophotocatalysts, produced from valorized industrial wastes: TiO2-hexaferrite from Fe3O2, and Ti(SO4)2-hydroxyapatite from Atlantic codfish bones. Samples were characterized and their photocatalytic activity was evaluated. Analysis showed that industrial wastes may be usefully reused to produce a new generation of sustainable, cheap and multifunctional novel building materials.

Reuse and recycling in construction: novel photocatalyticnano-mortars from valorised industrial wastes

Manfredi Saeli / Clara Piccirillo / David M. Tobaldi / Robert C. Pullar

Production of novel eco-composite nano-mortars for architectural finishing, designed to combat environmental pollution affecting building shells, is reported. Specimens consist of a natural hydraulic lime mortar matrix doped with various kinds of nanophotocatalysts, produced from valorized industrial wastes: TiO2-hexaferrite from Fe3O2, and Ti(SO4)2-hydroxyapatite from Atlantic codfish bones. Samples were characterized and their photocatalytic activity was evaluated. Analysis showed that industrial wastes may be usefully reused to produce a new generation of sustainable, cheap and multifunctional novel building materials.

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Title:

Reuse and recycling in construction: novel photocatalyticnano-mortars from valorised industrial wastes

Contributors:

Manfredi Saeli (author) / Clara Piccirillo (author) / David M. Tobaldi (author) / Robert C. Pullar (author)

Published in:

Tema, Vol 01, Iss 02 (2015)

Publication date:

2015

ISSN:

DOI:

https://doi.org/10.17410/tema.v1i2.38

Type of media:

Article (Journal)

Type of material:

Electronic Resource

Language:

Unknown

Keywords:

Architectural engineering. Structural engineering of buildings , TH845-895

Metadata by DOAJ is licensed under CC BY-SA 1.0

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