FAQ

Based on the studies of the electrostatic attraction phenomena that are generated by the so-called Vann der Walls forces, the Mexican chemist Eduardo Valdés Rangel has created a technology capable of removing any type of contaminant in the water, called MSG. (Molecular Modification).

MSG technology uses granulated synthetic minerals, designed for each type of pollutant and manufactured with a hollow structure in the form of micro-ducts, where electrostatic charges are housed, which gradually retain the molecules of organic and inorganic pollutants

These minerals cause a dipolar effect on the pollutant molecules, thanks to the electrostatic phenomena generated by an oxide / reduction reaction, internally breaking the bonds of the molecules and separating their components, so that the minerals only adsorb the pollutant for the which were designed and let the rest pass sequentially to re-experience the same process in other units until all the contaminants are completely removed, obtaining purified water according to the needs that are required. Once the minerals are saturated from the adsorption of pollutants, the equipment is regenerated by adding solutions at different PH values, detaching the pollutant molecules and leaving the minerals ready to be used.

The waste generated comes out in semi-liquid form, retaining only 5% of the water with inert properties due to the lack of electrons to react in the environment, so it can be disposed of in drying pits, as well as in the municipal network (depending the type of contaminant removed) complying with the CRETIB / NOM 052 SEMARNAT standard

MSG Molecular Modification

When the residues are adsorbed by granulated synthetic minerals, they undergo a series of oxide reduction reactions through acidic, alkaline and sometimes neutral media, which causes a loss of electrons in these molecules, which causes chemical deactivation by neutralizing their loads leaving them non-reactive to the environment, that is, changing the state of the pollutant molecule from soluble to a solid state (Molecular Modification) with which the parameters established in the waste regulations are met.

This solid state pollutant is extracted in the mineral reactivation and washing process, where a semi-solid residue is formed with around only 5% water, which when stored in a tank, the solids precipitate and leaving a volume of water with less pollutants, which can be reused or used in other processes.

It is recommended that the semi-solid waste is destined to a drying pit or a separation hopper so that it is later disposed of as a Non-hazardous waste.

Thanks to the continuous flow water treatment, MSG technology occupies a smaller space and makes it a modular equipment, so it can grow gradually, based on the flow to be treated, or on the increase of contaminants in the water.

Being a technology developed in modules, there are no limitations on the flow volumes to be treated.

It is necessary physicochemical analysis of the water to be treated and specify the type of industry to which it belongs Flow or quantity of water to be treated in quantity and time

And finally the parameters or the reference standard that you want to reach

OFFICIAL MEXICAN STANDARD NOM-001-SEMARNAT-1996, THAT ESTABLISHES THE MAXIMUM PERMISSIBLE LIMITS OF POLLUTANTS IN THE DISCHARGES OF WASTEWATER INTO NATIONAL WATERS AND GOODS

OFFICIAL MEXICAN STANDARD NOM-002-SEMARNAT-1996, ESTABLISHING THE MAXIMUM PERMISSIBLE LIMITS OF POLLUTANTS IN THE DISCHARGE OF WASTEWATER TO URBAN OR MUNICIPAL SEWAGE SYSTEMS.

OFFICIAL MEXICAN STANDARD NOM-003-SEMARNAT-1997, THAT ESTABLISHES THE MAXIMUM PERMISSIBLE LIMITS OF CONTAMINANTS FOR TREATED WASTEWATER REUSED IN PUBLIC SERVICES.

NOM-127-SSA1-1994. OFFICIAL MEXICAN STANDARD NOM-127-SSA1-1994, "ENVIRONMENTAL HEALTH, WATER FOR HUMAN USE AND CONSUMPTION-PERMISSIBLE LIMITS OF QUALITY AND TREATMENTS TO WHICH WATER MUST BE SUBMITTED FOR POTABILIZATION

Official Mexican NOM-201-SSA1-2015, Products and services. Water and ice for human consumption, packaged and in bulk. ... Water for human use and consumption, sanitary requirements that must be met in public and private supply systems during water management.