The rock processing residue (RPR) waste is used for part of the ceramic products. The present work deals with the unused waste useful for making ceramic materials and save the area and the dump space. The residues are initially analyzed with the chemical and spectroscopic method. The residues are mixed with clay of proportions 0–50 wt% in steps of 10%. The prepared specimens are characterized with Fourier transform infrared (FTIR), X ray fluorescence (XRF) for chemical, mechanical, and physiochemical properties, such as density, compressive strength, weight loss on ignition and porous nature, which are measured through the selective instrument. The thermal stability of the product was tested by firing at 950 °C. This says the rock residues are useful for making ceramic and related materials with high concentrations.

岩石加工残余物（RPR）废料用于部分陶瓷产品。目前的工作涉及用于制造陶瓷材料的未使用的废物，并节省了面积和倾倒空间。首先使用化学和光谱法分析残留物。将残余物与比例为0–50 wt％的粘土以10％的比例混合。使用傅立叶变换红外（FTIR），X射线荧光（XRF）对制备的标本进行表征，以通过选择仪器测量其化学，机械和物理化学特性，例如密度，抗压强度，灼烧失重和多孔性质。 。通过在950℃下燃烧来测试产品的热稳定性。这表示岩石残渣可用于制造高浓度的陶瓷及相关材料。