Use of Electrolysis to Produce H2 from Natural and Modified Water

Author:

Attia Mohammed El Hadi1,Hussein Ahmed Kadhim2,Rashid Farhan Lafta3,Ali Bagh4,Saggai Sofiane5,Biswal Uddhaba6,Rout Sachindra Kumar7ORCID,Abdulameer Sajjad Firas89,Barik Debabrata10

Affiliation:

1. Physics department Faculty of Exact Sciences University of El Oued El Oued 39000 Algeria

2. College of Engineering ‐ Mechanical Engineering Department University of Babylon Babylon City 00964 Hilla Iraq

3. Petroleum Engineering Department College of Engineering University of Kerbala Karbala 00964 Iraq

4. School of Mechanical Engineering and Automation Harbin Institute of Technology Shenzhen 518055 China

5. Laboratory of Water and Environment Engineering in Saharan Environment (GEEMS) University of Ouargla Ouargla 30000 Algeria

6. Department of Mathematics Laxminarayan College Jharsuguda Odisha 768202 India

7. Department of Mechanical Engineering C. V. Raman Global University Bidyanagar, Mahura, Janla Bhubaneswar Odisha 752054 India

8. Scientific Research Center Al‐Ayen University Thi‐Qar 00964 Iraq

9. Civil Engineering Department College of Engineering University of Kerbala Karbala 00964 Iraq

10. Department of Mechanical Engineering Karpagam Academy of Higher Education Coimbatore 641021 India

Abstract

Hydrogen, as an energy carrier, cannot be found in its pure form in nature and must be generated through specific processes to be stored and utilized. The primary methods of producing hydrogen involve electrolyzing water or reforming and gasifying hydrocarbons. Herein, the nature of El‐Oued water on the production of hydrogen by the electrolysis process is investigated experimentally. The experimental work is divided into three parts: 1) the first one of 250 mL of distilled water and potassium oxide (KOH) of (1 mol L−1); 2) the second part of 250 mL of El‐Oued water and potassium oxide (KOH) of (1 mol L−1); and 3) the thrid part of 250 mL of El‐Oued water. The amounts of the produced hydrogen in these scenarios are measured and compared in controlled times. The results insured that the use of El‐Oued water only gives a very few amounts of hydrogen gas in the electrolysis of water. Moreover, distilled water can be replaced by El‐Oued water to produce hydrogen with the same amount of potassium oxide (KOH).

Publisher

Wiley

Subject

General Energy

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