Optimalisasi Sumber Daya Pertanian Indonesia untuk Mendukung Program Ketahanan Pangan dan Energi Nasional

Erry Ika Rhofita Rhofita
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引用次数: 2

Abstract

ABSTRACTAs an agricultural country, Indonesia had abundant natural resources necessary to realized national goals. Natural resources, particularly agriculture, had focused on achieving food resilience  throughout history. At the same time, it could also be used to enhanced the energy resilience  program by utilizing the agricultural residue as a raw material for bioenergy production. Moreover, since 2019, the Covid-19 pandemic had threatened national stability, including food resilience  and the economy. Hence, the Indonesian government decided to developed a food estate program in several provinces through marginal land intensification to produced the food. This study aimed to assessed the agricultural resources' potential to supplied food and energy and its optimization strategies to realized the national defense goals. The research design of this study used descriptive analysis to evaluated the state of agricultural resources. In addition, a resource-focused approach was used to figured out the theoretical potential energy of agricultural residue based on data from each year and the characteristics of crops.The results showed that the amount of energy produced continued to rised  in lockstep with agricultural production and would continue to increased gradually. The annual agricultural waste potential, such as rice residue, had been estimated to generated more than 1300 TJ of energy potential, equivalent to 10 GW of electrical energy. In the future, the sustainability of biomass residue utilization considering environmental, social, and economic factors would support national resilience  programs.  
利用印尼农业资源支持国家粮食和能源安全计划
摘要作为一个农业国家,印度尼西亚拥有实现国家目标所必需的丰富自然资源。自然资源,特别是农业,在历史上一直致力于实现粮食复原力。同时,它还可以通过利用农业残留物作为生物能源生产的原材料来加强能源恢复计划。此外,自2019年以来,新冠肺炎大流行威胁到国家稳定,包括粮食恢复力和经济。因此,印尼政府决定在几个省份通过边际土地集约化开发粮食庄园计划来生产粮食。本研究旨在评估农业资源供应粮食和能源的潜力及其实现国防目标的优化策略。本研究的研究设计采用描述性分析法对农业资源状况进行评价。此外,还采用了以资源为重点的方法,根据每年的数据和作物的特性,计算出农业残留物的理论势能。结果表明,能源生产量继续与农业生产同步增长,并将继续逐步增加。据估计,每年可能产生的农业废物,如大米残渣,产生的能源潜力超过1300 TJ,相当于10 GW的电能。未来,考虑到环境、社会和经济因素,生物质残渣利用的可持续性将支持国家复原计划。
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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