The pyrolysis process is one of the thermal treatment method for biomass. This study adopted a low energy consumption, mass-producible anoxic pyrolysis process with a controlled temperature of 500 and 550℃,comparing their different influences on the products rate from the pyrolysis of oil palm waste kernel shell, so as to search for the better pyrolysis process in order to produce more high-value pyroligneous acid and biogas.
熱裂解製程是一種生物質之熱處理方法,本研究採用低能耗、可大規模生產的缺氧熱裂解製程,比較熱裂解爐溫度控制在500或550℃對所得產品產率之影響,作為控制廢棕櫚仁殼熱裂解製程之依據,以產生更多高價值的木醋液和生質氣(能)產品。