Direct Methanol Alkaline Fuel Cell

by: sunblaed

This depicts a diagram of an alkaline fuel cell, which is a device that converts chemical energy into electrical energy. The fuel cell consists of two electrodes separated by a layer of the electrolyte, in this case potassium hydroxide (KOH). On one side of the cell, there are three layers labeled as "air," "oxygen," and "carbon dioxide." These layers represent the input and output of the fuel cell. The other side of the cell has a diagram showing the chemical reactions occurring within it. The process begins with the air entering the cell, which is then split into oxygen and carbon dioxide by the electrolyte layer. Oxygen flows through the cell to the anode, where it reacts with hydrogen ions (H+) to form water. Meanwhile, the carbon dioxide from the cathode side of the cell combines with the hydrogen ions to produce methanol and carbon dioxide gas. This reaction is then used as fuel in a separate process to generate electricity. The diagram illustrates the intricate workings of an alkaline fuel cell, showcasing its potential for clean energy

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Tags: air, alkaline, dmafc, direct, electrode, engineering, fuel cell, methanol, oxygen, science, chemistry, electricity

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