Due to the increasing demand for paper consumption and also the lack of wood and water resources for the production of cellulosic paper, a suitable alternative should be produced for these papers. Eco-friendly ceramic papers without the need for water and cellulose resources can be a good alternative for cellulose papers. The aim of this research is to make or produce ceramic papers using recycled polyethylene and polypropylene materials in addition to calcium carbonate residue from quarries (known as mudrock). Stearic acid and maleic anhydride are also used as additives to bond calcium carbonate and polymeric materials. The use of materials such as talc along with calcium carbonate was to enhance the writing quality. Raw materials include recycled or processed calcium carbonate with recycled and processed polyethylene and polypropylene plus bonding additives (maleic anhydride and stearic acid) which were mixed in an extruder for 15 minutes at 180-210° C, and then forced out at 40 rpm. After cooling, the sample was again heated in a furnace to a temperature of 180° C and rolled by a roller in three stages at peripheral speed of 9 m/s. The thickness of samples decreased to 2 mm, 0.6 mm and finally 0.4 mm. The morphological structure of the samples was evaluated by scanning electron microscopy (SEM). Also, density (grammage), tensile strength, shear strength, perforation resistance, surface roughness and water absorption percentage of the samples were measured and evaluated and compared with the reference sample made in Canada and the sample made in Tabriz. Calcium carbonate content above 70 Wt.% drastically reduced the quality of samples, on the other hand, polypropylene polymeric materials up to 1 Wt.% increased the strength properties and low density polyethylene along with medium density polyethylene also increased the flexible and elastic properties and the rupture strength increased along with the toughness of the sample. Stearic acid and maleic additives of 1-3 Wt.% together caused better homogeneity and better bonding of calcium carbonate with polymeric materials, but more than that, not only the properties of the samples did not increase but also decreased so that increasing stearic acid more than 3 Wt.% resulted in an increase in the pH of the samples (soapy state) and a decrease in writing quality, and increasing maleic more than 3 Wt.% resulted in drying of the sample and lack of proper bonding of the sample materials. Keywords Ceramic paper, calcium carbonate, polyethylene, propylene, environment