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生物质快速热解液化制取生物燃油是生物质能高效、环保利用的有效途径之一。在生物质快速热解液化过程中,热载体的流量是影响生物质快速热解温度和生物燃油产量的一个重要因素。本实验是在改变锥形漏斗管长、管径的条件下,测定不同管长、管径单位时间内热载体的流量,使其更好、更准地与一定量的生物质颗粒在最优的时间内充分混合,从而使生物质颗粒快速热解,提高生物燃油产量。
Biomass rapid pyrolysis liquefaction Preparation of bio-fuel is one of the effective ways of biomass efficient and environmentally friendly utilization. During the rapid pyrolysis liquefaction of biomass, the flow rate of the heat carrier is an important factor that affects the rapid pyrolysis temperature of biomass and the production of bio-fuels. This experiment is to change the cone funnel tube length and diameter under the conditions of different tube length and tube diameter of the heat carrier flow rate per unit time to make it better and more accurate and a certain amount of biomass particles in the optimal Fully mixed within the time, so that the rapid pyrolysis of biomass particles, improve bio-fuel production.