The purpose of this study is to manufacture lightweight aggregates for the recycling of water
treatment sludge (WTS), to identify the physical properties of the aggregates, and to present …

In this study, in an effort to manufacture lightweight aggregates recycled from anaerobic
digested sewage sludge (ADSS), the firing process characteristics of artificial lightweight …

In this study, a novel lightweight epoxy polymer concrete (PC) was developed with
lightweight ceramic aggregates based on waste materials, which can be applied in …

Ballasted flocculation (BF) is an efficient way to remove the turbidity from surface water. The
objective of the present study is to optimize the ballast (magnetite), coagulant (poly …

The purpose of this study is to control the viscous behavior of lightweight aggregates
through the chemical design of a lightweight aggregates material in order to solve the …

This study investigated the effect of the aeration rate of molded pellets on the physical and
chemical bloating mechanisms of artificial lightweight aggregate materials. Samples were …

The purpose of this study is to experimentally design the drying, calcination, and sintering
processes of artificial lightweight aggregates through the orthogonal array, to expand the …

This study examines the characteristics of manufactured aggregates by designing an
experiment using Mixture Experiments Design of Experiments (ME-DOE) for triaxial …

In this study, high-strength ceramic lightweight aggregates were prepared from oil-based
drill cutting pyrolysis residues, and their formation mechanism and expansion during …

This study analyzed the characteristics of reject ash and bottom ash as raw materials for
lightweight aggregate and suggested an optimum mixing ratio for recycling coal ash. The …