利用节油技术改善渔民福利

S. Darma, D. Darma, Y. P. Hakim, Tommy Pusriadi
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摘要

渔民的能源问题确实非常复杂。当燃料价格上涨时,印尼的贫困人口将会增加,这是非常令人担忧的。这项研究旨在找出渔民的发展,以及使用布朗?在印度尼西亚的一艘渔船上安装了美国的天然气电解槽(BG-E)。这种类型的数据是二手的,来自第二方(政府办公室和其他)。根据数据、信息和观察,准备了分析、综合方法和替代问题解决方案,以解决渔民的问题。基于研究目标的S问题。BG-E技术的应用可以应用于小型渔船,是舷外摩托艇和5-30 GT摩托艇。BG-E是按船做的吗?S的功率要求。它的工作方式是通过电解过程将化合物分解成溶液,或通过流过化合物的电流将化合物分解成普通液体。从电解过程的结果来看,它产生的氢氧将在船用发动机中与汽油反应。这种反应会产生爆炸来移动船上的活塞吗?使发动机能够活下去。随着BG-E的实施,可以节省燃料油消耗,提高印尼渔民的福利。该研究的独创性与在估计印度尼西亚渔民燃料节约的框架中使用的方法有关,因此该研究将在未来成为新颖性。
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Improving Fishermens Welfare with Fuel-Saving Technology
The problem of energy for fishermen is indeed very complex. When fuel prices rise, it is very worrying that the poor in Indonesia will increase. The study aimed to find out the development of fishermen, as well as the benefits of using Brown?s Gas Electrolyzer (BG-E) on a fishing boat in Indonesia. This type of data is secondary and sourced from second parties (Government Office and others). Analysis, synthesis methods, and alternative problem solving are prepared based on data, information, and observations to solve fisherman?s problems based on research objectives. The application of BG-E technology can be applied to small-scale fishing boats, is Outboard Motorboats and 5-30 GT Motorboats. BG-E is made according to the ship?s power requirements. The way it works through an electrolysis process to decompose compounds in the form of solutions melts, or ordinary liquids by the electric current flowing through the compound. From the results of the electrolysis process, it produces oxyhydrogen which will react with gasoline in the boat engine. This reaction will produce an explosion to move the piston on the ship?s engine so that the engine can live. With the implementation of BG-E, it can save fuel oil consumption and improve the welfare of Indonesian fishermen. The originality of the research is related to the method used in the framework of estimating Fishermen fuel savings in Indonesia, so that the study will become novelty in the future.
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