Industrial wastewater “Project Waterwaste ST O2”. Also suitable for reducing radioactivity

Description

The result achieved in this project concerns the treatment of industrial wastewater generated by processes with large use of water; through a physical, non-invasive source, capable of an ST action, space-time of a few minutes instead of months required for the recovery of the water’s ability to re-enter oxygen and eliminate harmful toxic elements such as heavy metals and other pollutants.
Detoxification results through the transmutation of pollutants reduced to non-harmful particles and in particular reduction of the COD (oxygen demand) particular parameter indicated and controlled by laboratories around the world in Italy in particular as ARPA territorial etc.
The Waterwaste ST plant can be equipped with an accessory such as a serpentine “binary coil” designed to reduce radioactivity on liquid waste, in order to obtain a reduction in the radiative index.

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In order to introduce the wastewater into the river waters the % of COD allowed is 125 mg/liter (in the world); the realized technology allows to treat wastewaters with COD high from 12,500 to 25,500 mg/l and in a few minutes depending on the size of the plant it transforms the wastewater so that it can receive oxygen and bring it back to the table of 125 mg/l.

This technology is low cost and provides circular economy at 360° just think of the costs of wastewater treatment to be treated, human resources, social costs, reduction of purification costs, improvement of the microclimate and all this in compliance with the new environmental laws that concern the compulsory reduction of emissions.

The realization concerns an innovative plant with a controlled physical source to be renewed based on the hours of use and therefore programmable on the scale of the plant’s size.

Scalable in construction from basic dimensions to treat 1 tons day up to tens of thousands of tons days.

The Waterwaste technology due to its rapidity takes a few minutes to transmute the elements with low energy consumption, the physical source can be realized according to the need to last a year or more example if it has to treat 1 tons day for a year has a cost of € 1,200.00.

For 10 tons days for a year it costs € 11,000.00. The basic system remains useful for many years, only the physical source and standard basic maintenance of non-complex chemical plants must be renewed.

Waterwaste ST O2 technology installs with easy modularity especially before a purifier; but also useful where the waste water does not flow into a purifier, coming from processing that contains polluting elements such as chemicals, solvents, catalysts, reagents, plastic derivatives, surfactants, even refinement of natural elements etc …

The Waterwaste ST plant can be equipped with an accessory such as a serpentine “binary coil” designed to reduce radioactivity on liquid waste, in order to obtain a reduction in the radiative index the technologies are complementary and the coil needs to be combined with the physical source plant where the diffusion of DST energy carries out an initial internal predisposition to the liquid wastewater for the following reduction in the degree of radioactivity. There is a space-time acceleration on the natural radioactive reduction.

The technology was implemented with a team of nuclear, mathematicians and chemists.

Validated at ……..the Argal laboratory (Nuclear physics) in Milan, which boasts 132 patents in advanced electronics and in particular the microchip of DNA identification.

There is more than one prototype and it is possible to carry out a test for the reduction of the COD and of the polluting elements. No patent has been filed, and on July 12, 2019, no patents have been filed in the European Union and internationally for equipment / systems with ST O2 waterwaste technology. Still in the world the Fenton 1890 treatment or Fenton reagent is practiced, a procedure that requires months of waste management with all the environmental risks and costs that follow.

Owner of the technology and promoter of the research is a physical chemist member of the Chemical Abstract Service database where he registered since 2001 innovative molecules in the chemical-pharmaceutical sector in particular with unique properties on the degradation of resistant infected Rna.

Available to sell the prototype, plant drawings, after tests to be performed in Milan or in Umbria industrial site and availability of support for the realization of the first dimensional plant.

Ask for more

If you are interested in this proposal, please send an email to direttore@investorvisa.it providing your full name and the ID number of the project (PI-001).[/private_Investor]