DEVELOPMENT, FROM AMINO ACIDS HAVING A HIGH MOLECULAR WEIGHT, OF A CHELATE PROVIDED IN A GEL STATE AND HAVING SILVER, COPPER AND ZINC IONS IN ORDER TO INCREASE THE EFFECTIVENESS OF TREATING VARIOUS TYPES OF SEWAGE

摘要

The present invention is based on the micellisation principle of water and, thus, when the latter is provided in a gel state, the separation of water from heavier lumps is facilitated and, above all, the environment is not affected, since being provided in the structure of the chelate leads to biodegradation in which the resulting sludge does not generate any problems for the environment since the sludge tends to decompose and can thereby be used as biofuel for biodigesters, or to create compost and biofertilisers. The present invention relates to the modification of the structure of the chelate salts (silver (Ag), zinc (Zn), copper (Cu)) by incrusting amino acids having a high molecular weight, which aid in improving the treatment of sewage to be treated in the form of a gel. The operation thereof consists of breaking the secondary bonds of the chelate, which in turn aids in the release of the cations (silver (Ag), zinc (Zn), copper (Cu)), resulting in the compounds that can be suspended in the sewage being acted upon, generating a system in suspension which subsequently enables the cleaning of the sewage, leaving the latter in translucent state.