Hidrojen üretimi yoluyla çevre dostu enerji üretiminin incelenmesi

Bahar Turunç
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Abstract

Energy production has become one of the most essential elements determining industry, economy, and international relations in the technological development era we are in. Although globalization can help countries surpass their borders, energy strategies are crucial in shaping these relationships. For this purpose, the resources chosen for energy production should be human and ecosystem-friendly, as well as cost-effective and renewable. The hydrogen is suitable energy carrier. In this study, the hydrogen production was achieved by electrolysis. The Pt anode and Ni modified Ni foam cathode electrodes were used in 1M KOH. The modified electrode surface was monitored by scanning electron microscope (SEM). The X-ray diffractometer (XRD) analysis was achieved for characterization. The amount of hydrogen gas was determined during 1800 seconds. The results showed that Ni modified electrode enhanced the hydrogen performance significantly.
在我们所处的科技发展时代,能源生产已经成为决定工业、经济和国际关系的最基本因素之一。尽管全球化可以帮助各国超越国界,但能源战略在塑造这些关系方面至关重要。为此目的,选择用于能源生产的资源应该是对人类和生态系统友好的,并且具有成本效益和可再生的。氢是合适的能量载体。在本研究中,通过电解实现制氢。在1M KOH条件下,采用Pt阳极和Ni改性Ni泡沫阴极。用扫描电镜对修饰后的电极表面进行了观察。采用x射线衍射仪(XRD)对其进行表征。氢气的量是在1800秒内测定的。结果表明,Ni修饰电极显著提高了氢性能。
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