The tightening of environmental standards in the EU including the presupposed abatement
of coal combustion power plants presents an important impulse towards the transition to a …

The reuse of woody biomass fly ash (WBFA) as a mineral admixture or as a filler/partial sand
replacement material in cementitious mixes was investigated. Three different WBFAs were …

Sustainable construction is high on the agenda, especially regarding building materials.
Using of by-products or waste materials from other economic sectors as cement replacement …

The abandonment of coal energy plants in the near future will result in a substantially
reduced availability of the coal fly ash broadly used as an efficient supplementary material …

This paper presents results about the characterisation of the biomass fly ashes sourced from
a thermal power plant and from a co-generation power plant located in Portugal, and the …

The effect of using biomass fly ash (BFA) on the quality, durability and sustainability of
mortars was studied. Using high amounts of BFA does not lead to a production of mortars …

Cement pastes and mortars were prepared by replacing ordinary Portland cement with
different dosages of biomass fly ashes (0, 10, 20 and 30% BFA) whilst in dry condition. The …

This study aimed to expand the knowledge on the application of the most common industrial
byproduct, ie, fly ash, as a supplementary cementitious material. The characteristics of …

This study evaluated the mechanical and environmental properties of cement mortars
containing fly ash from biomass combustion as a secondary cementitious material. Cement …

Municipal solid waste incinerator (MSWI) fly ash is a residue of municipal solid waste
incineration whose recycling is currently a worldwide problem. Therefore, considerable …