Alumina nano-particles have wide usage in the adsorption and catalysis fields, because of
its acid-base properties, high specific area, mechanical and thermal stability. The first part of …

In the present paper a novel process of the coal ash treatment was developed and analyzed:
a high-pressure autoclave HCl leaching of the coal bottom and fly ash from an Omsk coal …

This work evaluates the reactivity of various minerals of fly ash based on the backscattered
electron images analysis (BSE-IA) method and discusses the influencing factors and kinetics …

Coal fly ash (CFA), produced in coal-fired power plants, is categorized as hazardous waste
and has caused serious environmental impacts. The CFA contains significant amounts of …

The most promising source of alumina in the 21st century is the coal fly ash (CFA) waste of
coal-fired thermal plants. The methods of alumina extraction from CFA are often based on …

Coal combustion accounts for a large proportion of the global energy supply due to its low
cost and high heat value; however, pollution from the large amounts of coal fly ash (CFA) …

The comprehensive utilization of coal fly ash (CFA) has attracted extensive attentions owing
to increasing awareness of environmental protection and secondary resource recycling. In …

As a potential ore resource to produce alumina in industry, the complex symbiotic
relationship between the aluminum-, silicon-and iron-bearing minerals in the high-silicon …

A microwave-assisted pretreatment (beneficiation) technique was developed as an
approach to improve the enrichment and extraction of rare-earth elements from coal fly ash …

The demand for high purity alumina (HPA) has been steadily increasing due to its use in
advanced electronics and battery applications. This paper presents an innovative synthesis …