Add to ORKGCo-firing coal with renewable/waste biomass for power generation can mitigate the atmospheric discharge of pollutants (e.g., SO2) and green-house gases. Wide-spread application of this technology is impeded, however, by current standards which prohibit fly ash derived from biomass as a partial substitute for portland cement in concrete
Abstract—The utility of flyash as partial replacement in concrete mixes is on rise these days. Flyas...
The portland cement used for construction of rigid pavements is an energy intensive material and hen...
In the past, fly ash produced from coal combustion was simply entrained in flue gases and dispersed ...
Stricter greenhouse gas emission limits and renewable energy requirements are expected to further in...
Sustainable development in concrete industries is reducing the cement consumption in overall the wor...
The work reported in this paper investigated the properties and use of fly ash (FA) produced from te...
The work reported in this paper investigated the properties and use of fly ash (FA) produced from te...
Fly ash is produced, in massive amount, as a waste material of burning fossil fuel (coal combustion)...
Coal combustion residuals (CCR) are the solid residues generated by coal-burning electric utilities,...
Biomass is widely used as a renewable energy source, which accounts for more than 4% of the total en...
Biomass comes from organic material such as trees, agricultural and urban waste, plants and shrubs, ...
The work reported in this paper investigated the properties and use of fly ash (FA) produced from te...
Sustainable construction is high on the agenda, especially regarding building materials. Using of by...
The construction sector has been using supplementary materials in concrete production worldwide, suc...
There is a growing concern over the insufficient utilization of by-products from biomass...
Abstract—The utility of flyash as partial replacement in concrete mixes is on rise these days. Flyas...
The portland cement used for construction of rigid pavements is an energy intensive material and hen...
In the past, fly ash produced from coal combustion was simply entrained in flue gases and dispersed ...
Stricter greenhouse gas emission limits and renewable energy requirements are expected to further in...
Sustainable development in concrete industries is reducing the cement consumption in overall the wor...
The work reported in this paper investigated the properties and use of fly ash (FA) produced from te...
The work reported in this paper investigated the properties and use of fly ash (FA) produced from te...
Fly ash is produced, in massive amount, as a waste material of burning fossil fuel (coal combustion)...
Coal combustion residuals (CCR) are the solid residues generated by coal-burning electric utilities,...
Biomass is widely used as a renewable energy source, which accounts for more than 4% of the total en...
Biomass comes from organic material such as trees, agricultural and urban waste, plants and shrubs, ...
The work reported in this paper investigated the properties and use of fly ash (FA) produced from te...
Sustainable construction is high on the agenda, especially regarding building materials. Using of by...
The construction sector has been using supplementary materials in concrete production worldwide, suc...
There is a growing concern over the insufficient utilization of by-products from biomass...
Abstract—The utility of flyash as partial replacement in concrete mixes is on rise these days. Flyas...
The portland cement used for construction of rigid pavements is an energy intensive material and hen...
In the past, fly ash produced from coal combustion was simply entrained in flue gases and dispersed ...