Recycled rubber continuous desulfurization plasticator

 I (Jinshan Plastic Equipment Technology Co., Ltd.) for the development of "Automation and pressure, no water, no emission desulphurization plasticator" Introduction: Atmospheric plasticizing method is a more economical, low cost, high quality efficient low-carbon energy saving methods, this new method and dynamic desulfurization has obvious advantages: 1, the safety work at atmospheric pressure using the oil furnace or electric heat, a significant reduction in accidents, ensure safety in production. 2, stable double stir cage out of material, stirring more evenly applied even more oil will not stick stick, to ensure the stability of the production process. 3, substantial increase in production efficiency, output up to 30 tons a small footprint. 4, energy saving energy saving ① very prominent. Power consumption per ton of 70 degrees, the integrated power consumption reduced by 30%, a person can easily operate the device. Under the same capacity, saving manpower 2, generating efficiency more than 3 times. No waste emissions, continuous production, energy saving investment 50% 70% energy saving and emission reduction of 90% recycled plastic is used rubber, the plasticizer (softener and activator), the combined effects of oxygen, heat and mechanical shear By making scrap rubber molecule chains and crosslinking points fracture, reducing its rubber properties of the rubber. ② Environmental Protection 1, wastewater treatment: (1) cooling water use: cooling water tank → → recycling recycling (2) a small amount of process wastewater (wash cans, etc.) - → grease traps - → sedimentation tank - → Filter - → Recycling (residual waste for coal combustion boiler water treatment) 2, waste gas treatment: process gas buffer tank → → purification absorber absorbing absorption pump → → → cooling pipe recovery tank, no efflux (absorber of waste water into the above (2) Process be dealt with). Production of recycled rubber per ton by recycling the cooled exhaust gas into oil 2.5 kg, as the production of renewable plastic raw materials and fuel.