Alkaline Water Electrolysis Hydrogen Generator Training System
(BG102)
- Grasping the fundamental principles of electrolysis and its function in dividing water into hydrogen and oxygen through electrical energy.
- Recognizing and elucidating the roles of electrolyze components such as the cell, pump, condenser, and storage tanks.
- Comprehending the essential safety measures and systems necessary for effective and secure hydrogen generation procedures.
- Detailing the sequential process of water division, gas cooling, purification, and storage involved in hydrogen generation.
- Hydrogen Generator:
- Current: 20 A.
- Voltage: 12 V DC
- Ambient Temperature: 5-40ยบ C
- Power Supply: 12 V. 20 ADC.
- Alkaline Water Electrolysis Hydrogen Generator Training System (BG102).
- Hard copy of the user manual.
A stand-alone unit that is specifically designed to demonstrate the alkaline electrolysis process for hydrogen generation. It provides a detailed understanding of hydrogen production via water electrolysis using an electrolyzer operating in an alkaline environment. The system aims to equip trainees with practical skills in managing electrolysis systems while emphasizing hydrogen’s role as a clean energy source across diverse industries and applications.
- The primary purpose of an alkaline water electrolyze hydrogen generator is to create hydrogen through the electrolysis of water (H2O) into hydrogen (H2) and oxygen (O2) using electrical energy.
- Essential components of the generator include the electrolyze cell for water separation, a pump for water circulation, and a two-stage condenser for cooling and gas separation.
- Hydrogen is stored separately in a dedicated tank, while oxygen is stored in its own reservoir.
- Additional elements like an electrolyte circulation system, gas purification setup, cooling mechanism, power unit, pressure regulator, and safety sensors ensure operational efficiency and safety.
- During operation, water undergoes electrolysis in the cell to produce hydrogen and oxygen, which are then cooled and separated by the condenser. The hydrogen is further purified to eliminate any residual impurities.
- The refined hydrogen is stored and can be utilized in various applications like fuel cells or industrial processes, showcasing a sustainable approach for generating green hydrogen as a clean energy source.
- To ensure the produced hydrogen is classified as green hydrogen, utilizing renewable energy sources as the electrical input is essential.