Plastic Pyrolysis and Tires with Dry Biomass Heat Energy

Plastics, types of PE and PP, as well as used tires and various rubber waste (shoe soles, and the like) besides being used for various purposes, the waste can be used and processed into something useful, one of which is oil.

With the pyrolysis process carried out at a temperature of 400 - 450 degrees Celsius using a catalyst. The results of pyrolysis from a mixture of PE and PP will produce liquid fuel (fuel oil) which if continued with the process of using the destilator (refinary) will produce fuel equivalent to gasoline, kerosene, diesel and heavy oil, where the fourth percentage depends on the percentage of PE mixture and PP input into the reactor. While the results of PS pyrolysis liquid only contain styrenemonomer, styrene dimer and styrene trimer, which if purified will be the raw material of plastic. In addition, the results of PS pyrolysis can also be used as a mixture of other liquid fuels with a percentage of less than 20%. The advantages of pyrolisis are being able to use heating fuel from waste or dry biomass in the gasifier process.

A gasifier is a device or reactor that uses gasification or heat use processes to convert (convert) solid cellulose (biomass) or other carbonated solids into gas (syn gas). With the gasification process can change almost all solid organic matter into clean, neutral fuel gas. Gas (Co, H2) produced can be used for electricity generation or as heat energy.

The development of the reactor design in the Gasifier product category is dedicated to the conversion of biomass destruction (waste derived from plants and their derivatives include wood, fabric, paper, twigs) in TPS / Depo Garbage in residential and commercial areas (industrial, commercial, shop houses, malls, apartments, hotels, factories and markets).

With a gasification reactor or called a gasifier, this gas-making device with thermochemical methods is ideally combined with biogas digester and composter converter for organic waste and fresh biomass so as to form the BiophoskkoGas method. The BiophoskkoGas technique series carries out a system of clean production (zero waste) to complete urban waste management. All types can be completed in close proximity to the generation source (TPS), without leaving any residue meaningfully to be disposed of in a landfill (TPA).

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