This paper is a critical overview on fly ash utilisation with emphasis on mechanical activation of fly ash in developing processes for medium to high volume utilisation of fly ash. Applications of mechanical activation that are particularly highlighted include blended cement containing high volume (50–60%) of fly ash, and geopolymer materials, such as high compressive strength (up to 120 MPa) geopolymer cements and self glazed tiles. The schemes for the utilisation of fly ash involving mechanical activation are worked out that have potential to evolve as sustainable solutions
The generation of fly ash from the coal-fired thermal power stations in India is very large. At the ...
In this work, the effects of mechanical and chemical activation, as well as their combination, on th...
A major challenge currently faced by the concrete industry in the world is the high levels of carbon...
As green building material, fly ash is advantageous to solving the question of environmental protect...
AbstractOne of the main options in looking for the new building materials is using of wastes from an...
More than 5.5 million tonnes of fly ash (FA), a by-product originating from coal combustion in therm...
This paper investigated the effects of mechanical activation of fly ash (FA) from thermal power plan...
This paper presents a review on fly ash as prime materials used for geopolymer. Due to its advantag...
Geopolymer is a potential substitute for high-emission cement production. Therefore, the use of fly ...
The deliberate use of fly ash in the production of concrete has been used for decades, but recent tr...
In this study fly ash-based geopolymers were produced by the alkali-activation of fly ash. The purpo...
Biomass combustion is a significant new source of green energy in the European Union. The adequate u...
As concrete demand is constantly increasing in recent years and also considering that cement product...
Ordinary Portland cement is utilised worldwide as a mainstay construction material. Worldwide consum...
This paper presents a review on fly ash as prime materials used for geopolymer. Due to its advantage...
The generation of fly ash from the coal-fired thermal power stations in India is very large. At the ...
In this work, the effects of mechanical and chemical activation, as well as their combination, on th...
A major challenge currently faced by the concrete industry in the world is the high levels of carbon...
As green building material, fly ash is advantageous to solving the question of environmental protect...
AbstractOne of the main options in looking for the new building materials is using of wastes from an...
More than 5.5 million tonnes of fly ash (FA), a by-product originating from coal combustion in therm...
This paper investigated the effects of mechanical activation of fly ash (FA) from thermal power plan...
This paper presents a review on fly ash as prime materials used for geopolymer. Due to its advantag...
Geopolymer is a potential substitute for high-emission cement production. Therefore, the use of fly ...
The deliberate use of fly ash in the production of concrete has been used for decades, but recent tr...
In this study fly ash-based geopolymers were produced by the alkali-activation of fly ash. The purpo...
Biomass combustion is a significant new source of green energy in the European Union. The adequate u...
As concrete demand is constantly increasing in recent years and also considering that cement product...
Ordinary Portland cement is utilised worldwide as a mainstay construction material. Worldwide consum...
This paper presents a review on fly ash as prime materials used for geopolymer. Due to its advantage...
The generation of fly ash from the coal-fired thermal power stations in India is very large. At the ...
In this work, the effects of mechanical and chemical activation, as well as their combination, on th...
A major challenge currently faced by the concrete industry in the world is the high levels of carbon...