The strategic idea in this work was to increase pH values by employing natural alkali sources (i.e., HCO3− and CO32−) from four tested agro-ashes as an alternative to chemicals (i.e., lime or soda ash). The considerable proportion of carbonates and bicarbonates in the investigated ash products had remarkable features, making them viable resources. All ash materials showed a significant ability for Ca ion elimination at high initial Ca ion concentrations. A slight quantity of ash (10 g/L) was sufficient for usage on very hard water contents up to 3000 ppm. Finally, the tested agro-ash was free of cost. Furthermore, unlike other conventional precipitants, such as NaOH, Ca(OH)2, NaHCO3, Na2CO3, and CaO, they are cost effective and ecologically...
A new carbon mineralization method was designed based on a sequestration agent synthesised exclusive...
Limited utilization possibilities of high–calcium fly ashes (HCFA) are a serious issue not only in E...
textThe goal of this research was to maintain excellent water quality at reduced chemical operations...
This study reports the novel use of alkaline waste material from the alumina refining industry (Baye...
The use of alkaline materials (e.g., limestone (CaCO3), lime (CaO) to neutralise and control acid an...
The European Union’s circular economy strategy aims to increase the recycling and re-use of products...
Eucalyptus ash (EA) was used in this study as a high calcium ash (HCA) precursor for alkali-activate...
The calcium carbonate industry generates solid waste products which, because of their high alkaline ...
In this study, an integration of pre-treated magnesite, lime, and CO2 bubbling (MLC) was used for th...
Novel application of alkaline waste materials from the alumina industry (Bayer precipitates) to both...
ABSTRACT: Production of commercial calcium carbonate from calcium silicate-rich slag is an attractiv...
Coal ashes (minerals) could be chemically removed to produce ultraclean coals for advanced utilizati...
The wood ash-based treatment of anaerobic digestates is a novel technology to achieve the stabilizat...
The Philippine mining industry is one of the contributors to its economy having ranked as the 5th mo...
In this experimental study we evaluated the application of an accelerated carbonation treatment on ...
A new carbon mineralization method was designed based on a sequestration agent synthesised exclusive...
Limited utilization possibilities of high–calcium fly ashes (HCFA) are a serious issue not only in E...
textThe goal of this research was to maintain excellent water quality at reduced chemical operations...
This study reports the novel use of alkaline waste material from the alumina refining industry (Baye...
The use of alkaline materials (e.g., limestone (CaCO3), lime (CaO) to neutralise and control acid an...
The European Union’s circular economy strategy aims to increase the recycling and re-use of products...
Eucalyptus ash (EA) was used in this study as a high calcium ash (HCA) precursor for alkali-activate...
The calcium carbonate industry generates solid waste products which, because of their high alkaline ...
In this study, an integration of pre-treated magnesite, lime, and CO2 bubbling (MLC) was used for th...
Novel application of alkaline waste materials from the alumina industry (Bayer precipitates) to both...
ABSTRACT: Production of commercial calcium carbonate from calcium silicate-rich slag is an attractiv...
Coal ashes (minerals) could be chemically removed to produce ultraclean coals for advanced utilizati...
The wood ash-based treatment of anaerobic digestates is a novel technology to achieve the stabilizat...
The Philippine mining industry is one of the contributors to its economy having ranked as the 5th mo...
In this experimental study we evaluated the application of an accelerated carbonation treatment on ...
A new carbon mineralization method was designed based on a sequestration agent synthesised exclusive...
Limited utilization possibilities of high–calcium fly ashes (HCFA) are a serious issue not only in E...
textThe goal of this research was to maintain excellent water quality at reduced chemical operations...