Recovery of rare earth elements (REEs), especially heavy and critical REEs, from alternative
resources such as coal refuse has recently become increasingly important. A natural …

This research experimentally determines the major gas emissions from the industrial
combustion of coal, coal processing waste, and coal derivatives in the form of traditional coal …

Negative environmental impact of coal combustion has been known to humankind for a fairly
long time. Sulfur and nitrogen oxides are considered the most dangerous anthropogenic …

Dispersants are chemical moieties that modify interfacial characteristics by adsorption at the
solid–liquid interface, and they have been widely used in modern industrial production. This …

The paper presents the results of the experimental research into maximum concentrations of
anthropogenic emissions from typical brown low-rank coal combustion in the traditional …

This research is focused on the ignition and combustion mechanisms and characteristics of
single droplets of seven different composite liquid fuels, based on wet coal processing waste …

This experimental research studies co-combustion of wet coal processing waste (filter
cakes) with typical municipal solid waste (wood, rubber, plastic, cardboard) and used turbine …

This study is based on the analysis of a set of industrial sectors (coal processing, wood
processing, transport, oil, and water treatment) in order to identify the amount and type of …

The ignition properties of solid hydrochars and their slurries derived from the hydrothermal
carbonisation (HTC) of grape marc were evaluated and compared using radiation heating …

In the modern realities of the energy market, the use of coal-water slurries with liquid
industrial waste is a promising way to solve several problems (economic, environmental and …