Forecasting of Bioethanol Production in the Sudan

Shima E. Jumaa, Ali A.Rabah
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Abstract

Gasoline demand of the Sudanese transportation sector is increasing. To meet the demand many measures have been developed in the last few years. These included efficiency improvement and supplement with bioethanol. The latter is blended with gasoline in the range of 5-27%; the blend is also called E85 and E90. The aim of this research was to forecast bioethanol production from molasses of Sudanese Sugar Factories by assuming the design capacities of bioethanol factories in Sudan from 2016 to 2030. Data on current consumption and production of gasoline by refineries as well as the potential production were obtained from relevant sources such as Ministry of Petroleum. The data were analyzed using forecasting models. Mainly two models namely a trend model and an econometric model were used. For econometric model, data on population, gasoline prices and gross domestic product were collected as well, while the trend model is time series dependent only. The results revealed that beyond the year 2021 Sudan production of gasoline will not meet the demand. Bioethanol mixed with gasoline at 10% is a feasible option to supplement gasoline. The study also revealed that the production potential of bioethanol in sugar industry will meet the demand with a surplus in year 2021.
苏丹生物乙醇产量预测
苏丹运输部门的汽油需求正在增加。为了满足这一需求,在过去几年中制定了许多措施。这些措施包括提高效率和补充生物乙醇。后者与汽油混合在5-27%范围内;这种混合物也被称为E85和E90。本研究的目的是通过假设2016年至2030年苏丹生物乙醇工厂的设计能力,预测苏丹糖厂糖蜜的生物乙醇产量。关于炼油厂目前汽油消费和生产以及潜在生产的数据是从石油部等有关来源获得的。采用预测模型对数据进行分析。主要使用了两种模型,即趋势模型和计量模型。对于计量经济模型,还收集了人口、汽油价格和国内生产总值的数据,而趋势模型仅依赖于时间序列。结果显示,到2021年以后,苏丹的汽油产量将无法满足需求。10%的生物乙醇与汽油混合是补充汽油的可行选择。该研究还显示,到2021年,制糖行业的生物乙醇生产潜力将满足需求,并出现盈余。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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