Results for tag: "Saltwater Electrolysis For Hydrogen Production"

In the field of chemicals, saltwater electrolysis for hydrogen production represents a method where saline water (brackish or seawater) is subjected to an electrical current to separate hydrogen and oxygen molecules. This process, known as electrolysis, has gained interest due to the vast availability of saltwater and the push towards sustainable and cleaner energy sources. In contrast to freshwater electrolysis, saltwater electrolysis must contend with issues related to corrosion, as well as the management of chlorine and other byproducts that are formed due to the presence of chloride ions. Advances in materials science and electrochemical engineering have led to the development of more efficient and durable electrolyzers that can withstand the harsh conditions presented by saltwater and minimize the formation of unwanted substances. The process aligns with the broader goals of the chemical industry to reduce carbon emissions by promoting the use of hydrogen as a green energy carrier. Several companies have positioned themselves in the saltwater electrolysis market for hydrogen production. Notable enterprises include Siemens Energy, which has been active in developing electrolysis technologies, Thyssenkrupp AG, which offers water electrolysis solutions, and Nel ASA, a company that specializes in hydrogen production systems. Additionally, ITM Power and McPhy Energy are involved in the design and manufacture of electrolysis equipment, contributing to the expansion of this innovative market. Show Less Read more