Crop residues as alternative to fuel for power generation in Rwanda

Ndizihiwe Prosper, B. Mkandawire, Kayibanda Venant
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Abstract

One of the big questions that the world is facing nowadays is climate change caused by global warming due to greenhouse gases (GHG). This degradation is based on ejected gases in the atmosphere. Reduction of the use of fossil fuel as the source of energy is critical in reducing those gases and reduction of importation costs. Consideration of local resources that would be the source of energy is one of the ways. This work investigates the contribution that crop residues of rice and maize would have on energy demand in Rwanda once they are used. Historical data of yearly energy demand and production of both maize and rice have been used. Calorific values have been determined from a laboratory experiment. The results show that they can contribute about a half to the Rwandan total energy consumption. Fossil fuel can completely be replaced by crop restudies in energy generation if the maximum of residues is collected. Under constraint that only half of the residues can be collected in practice, a small value of the fossil fuel can still be used. Analysis also has shown the dependence of residues species on the calorific values.
在卢旺达,农作物残余物作为发电燃料的替代品
温室气体(GHG)导致的全球变暖导致的气候变化是当今世界面临的重大问题之一。这种退化是基于大气中喷射出的气体。减少使用化石燃料作为能源对于减少这些气体和减少进口成本至关重要。其中一种方法是考虑当地的能源来源。这项工作调查了水稻和玉米的作物残留物一旦被使用,将对卢旺达的能源需求产生的影响。使用了玉米和水稻的年能源需求和产量的历史数据。热值是通过实验室实验确定的。结果表明,它们可以贡献卢旺达总能源消耗的一半左右。如果收集到最大限度的残留物,化石燃料可以完全被作物再生能源所取代。在实践中只能收集一半残留物的约束下,仍然可以使用一小部分化石燃料。分析还表明了热值对残留物种类的依赖性。
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