Description
Recycling waste tyres is a task of high priority to reduce environmental pollution in one hand, and to extract raw material from the waste on the other hand. The plan of the project is to establish a waste tyre recycling plant. The purpose of the investment is to purchase and install a new and innovative technology. The technology to be applied is a depolimerization process based on chemical salvage. The transformation of the material takes place at 500°C, within a hermetically closed environment (no combustion). The grinded waste is fed by size range of 5 to 10 centimeters into the reactor. The salvage process runs continuously from recycling to delivery without any regressive actions, completely computerized. The produced oil, black carbon powder gas and steel wire get recycled, thus waste becomes an alternative energy source. At the end of this process there is no residual waste as they get 100% economically valuable products from the raw material. This technology and the plant can be an effective and comprehensive solution to the problem relating to the uncertain fate of used tyres.
Summary of project results
Recycling waste tyres and domestic plastic is a task of high priority to reduce environmental pollution on one hand, and to extract raw material form the waste on the other. The plan of the project was to establish a tyre and plastic waste recycling plant. The purpose of the investment was to install a new and innovative technology including a salvage process. The technology applied is a depolimerization process based on chemical salvage. The transformation of the material takes place at 500°C, within a hermetically closed environment (no combustion). The grinded waste is fed by size range of 5 to 10 centimeters into the reactor. The salvage process runs continuously from recycling to delivery without any regressive actions, completely computerized. The produced oil, black carbon powder gas and steel wire get recycled, thus waste becomes an alternative energy source. At the end of this process there is no residual waste as we get 100% economically valuable products from the raw material.
Summary of bilateral results