台湾海洋大学材料工程研究所过去6年来至今,针对可燃与不可燃医疗废弃物、石化产业有害废弃物、模拟放射性废弃物与可燃与各类不可燃废弃物作一系列高温电浆熔融处理研究。此次研究处理对象为不可燃废弃物中的Fiber Reinforced Plastic(FRP)复合材料、刺纲。研究配比中添加了玻璃以改变化学成份,经高温电浆熔融后熔岩具有高硬度、硬度平均值,低滤出率与非晶结构。添加特殊成分调节剂於熔岩粉末中均匀混合与特殊热处理后,产生乳白色矽灰石玻璃陶瓷材料。 Materials Engineering Institute of Taiwan Ocean University for the past 6 years so far, for combustible and non-combustible medical waste, petrochemical hazardous waste, simulated radioactive waste and combustible and non-combustible waste for a series of high-temperature plasma melting research. This study deals with Fiber Reinforced Plastic (FRP) composites in incombustible waste. In the study, glass was added to change the chemical composition, and the lava had high hardness, average hardness, low leaching rate and amorphous structure after melting by high temperature plasma. Add special ingredients regulator in the lava powder mixed with a special heat treatment to produce milky white silicate glass ceramic materials.