Elysis

Elysis is an electrochemical process used in the chemical industry to decompose or extract substances by electrolysis. This process is based on the principles of electrolysis, in which an electric current is used to induce a non-spontaneous redox reaction. Elysis plays an important role in the production of various chemical compounds and metals.

During elysis, two electrodes are immersed in an electrolyte solution or a molten electrolyte bath. These electrodes are usually made of conductive material such as graphite or metal. By applying an electric current, an electrochemical reaction takes place at the electrodes, which leads to the decomposition or extraction of the substances.

One example of electrolysis is the production of aluminum through the electrolysis of aluminum oxide in a fused-salt electrolysis process. Here, aluminum oxide in molten form is used as the electrolyte and the electric current causes the reduction of aluminum ions at the cathode while simultaneously releasing oxygen at the anode.

Elysis is also used for the extraction of chlorine, sodium, potassium and other metals, as well as for the production of chemical compounds such as hydrogen and hydrogen fluoride. The principles of elysis enable the targeted control of redox reactions, which is of crucial importance in many industrial processes.

Overall, elysis is a fundamental process in the chemical industry, helping to produce a variety of materials and compounds in an efficient manner.