LITHIUM-SUBSTITUTED MAGNESIUM FERRITE MATERIAL BASED HYDROELECTRIC CELL AND PROCESS FOR PREPARATION THEREOF

摘要

The present invention describes a lithium- substituted magnesium ferrite material based hydroelectric cell and process for preparation thereof. A novel galvanic cell process of generating electric current in distilled water by lithium substituted magnesium ferrite hydroelectric cell has been developed. A synthesis process of ferrite pellet having zinc anode and silver inert electrode has been developed. The material splits water molecules and conducts ions within porous ferrite. Spitted ions electrochemically react with electrodes and forms zinc hydroxide at anode and hydrogen gas at silver electrode. This hydroelectric cell has generated 5 mA short circuit current and 950 MV open cell voltage. Current increased to 20 mA by thermally deposited Zn electrode on ferrite pellet. It is entirely a new method from galvanic cell existing since eighteenth century primary cells such as Daniel, Leclanche and Edison primary cell etc. Processing of the cell is very economical and highly sensitive towards electrolysis of water molecules. It is a green source for producing energy and has a potential to excel from existing electrochemical batteries.