الفهرس 
Acknowledgment
AIM OF THE WORKOnly 14 pages are availabe for public view
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Abstract
Solid waste disposal in many industries is proposed for cement partial replacement, owing to the
fact that these types of wastes contain some of the pozzolanic behaviour [1]. However, the improvement
of the cementations characteristic of cement through partial replacement is still required. The pozzolans
include di erent materials with high levels of silicon dioxide, which activate the hydration process [2].
Other industrial waste materials, such as blast furnace slag, fly ash, and cellulosic paper pulp, have been
known to strengthen their properties [3–5]. On the other side, many studies have examined the e ects
of hazardous constituents such as bacteria, heavy metals, and uncontrolled organic substances [6],
which have a bad e ect on the ecosphere and general health. Therefore, the creation of an innovative
process to maximize the recovery of beneficial materials and/or energy in a renewable way is of interest
in order to protect all sides from potential threats.