Many incinerator plants in Taiwan are being renovated, so incineration capacity is insufficient in the near future. Therefore, EPA expects to use industrial boilers to treat derivatized waste after classified and to encourage private manufacturers to set up SRF factories, so that the treatment pressure of waste incineration can be reduced. Compared with incineration treatment and landfill, waste with calorific value can exert its residual value through energy recovery, which has more environmental and economic benefits. This project investigates the output of derived waste from waste plastic containers treatment plant, and makes SRF from waste plastics (including various waste plastics and designated waste plastics such as flat plastics, No. 7 plastics and PLA) and detects whether it is suitable for use as fuel, then trial burn it in two fluidized bed boiler, detecting the characteristics of air pollution and ash, and checking whether this method causes environmental impact. The results show that SRF is suitable to be used as fuel, can meet the requirements of environmental protection law, and has carbon reduction and economic benefits.

SRF, Test burn, plastic container