This review systematically introduces the current status and development trend of inorganic
industrial solid waste (IISW)-based materials. IISWs have the characteristics of wide sources …

The waste-to-energy (WTE) technologies are now recovering energy and materials from
over 300 million tonnes of municipal solid wastes worldwide. Extensive studies have …

Municipal solid waste incineration (MSWI) bottom ash (BA) contains the elemental
composition necessary for cement and concrete production and is a feasible substitute for …

Municipal solid waste incineration (MSWI) fly ash contains many harmful components that
may limit its potential for recycling. An effective pretreatment is therefore required before any …

The amount of bottom ashes generated from the municipal solid waste incineration is
increasing considerably. Therefore their recycling is necessary in order to limit the landfilling …

Phosphate tailings (PT) and acid water, by-products of phosphorus chemical industrial
chain, are usually identified as waste because they can hardly be reused in cement …

Abstract Waste-to-Energy (WTE) facilities incinerate∼ 11%(∼ 222 Mt) of global solid waste,
generating bottom and fly ashes. Landfilling these ashes is costly, and risks releasing …

Carbide residue (CR) causes serious environmental issues due to the high alkalinity and
heavy metals. Limestone raw material is increasing with the doubling of cement production …

In this study, a high-performance eco-cement with excellent CO 2 sequestration capacity
was synthesized using municipal solid waste incineration bottom ash and recycled concrete …

The incorporation of lime sludge from the paper and pulp industry for the manufacturing of
clinker in the cement industry is considered a more environmentally friendly option which is …