Sterilize with Triossil

Innovative EAS technologies to support the new pitfalls of the global world in the third millennium. How to Combat in the Third Millennium and the Global World Possible Pandemics: Today, as we face a new pandemic, we realize how important environmental health safety is. Prevention and environmental decontamination are important to avoid avalanche contagion. There have long been new technologies that have not yet been taken into too much consideration, because until now there was no real need (after all, traditional chemistry and pharmacology solved these problems sufficiently). Now that new needs are opening up, these new technologies can be more thoroughly developed and put into practice. The EAS process, in its various applications, in addition to producing organized water, makes it possible to convert pure water into technical liquids; through special facilities, anti-pathogenic substances can also be produced from the same organized water, totally free of toxic residues. Special prevention systems can be adopted in many variations and types: Stationary, practical and efficient sterilization plants can be set up in specialized buildings for immediate use (activated with a simple button) but at the same time do not release toxic residues into the treated environments. This would result in safe and sterile environments in hospitals, public places, public transportation, production sites, manufacturing apparatus, airports, food stores, etc.. We know that there are other ways to sterilize environments without resorting to chemicals, for example, the use of Ozone, ionizers or Ultraviolet UV-C. These on the one hand are very effective but are also full of contraindications in their use. For UV-C ultraviolet, although it is a good solution in certain fields, it is less so in environments that are too large. In addition to the need for very significant emission powers, sterilization is not guaranteed where UV illumination does not arrive (areas obscured or shaded by emissions); on the other hand, the practical problem remains for the dangers of exposure on the skin and eyes of those doing the treatment. For the use of Ozone, as this is a very oxidizing and aggressive gas, hermetic sealing of the environment to be treated is also required in addition to the change of air before residing there. This is why the use of Trioxyl is the most appropriate choice, in fact it is a water vapor that can be generated pure or mixed in various densities and particulates that allows for sterilization at very low impact. It allows saturation of an environment in the form of a mist that, within minutes decays to aqueous form. Producing plants capable of turning water into Trioxyl would be cost-effective and would make instantaneous production and initiation of sterilization where the need arises.
Future experi ments – It will be possible, with due due experimentation by the appropriate institutional bodies, to make a special EAS process machine for respiratory tract disinfection (by direct inhalation), both as preventive and curative therapy.
– With the appropriate doses, there is also the possibility of treating drinking water from the aqueduct at the source such that it becomes sterilizing or pathogen-free, thus usable for sterilization of hygienic drains (such as the toilet), dishes and textiles (such as dishwashers and washing machines) even at low temperature.
As well as the possibility of obtaining curative waters with a view to applying compact equipment, even at the household level, for the provision of drinking water, disinfectant and curative showers and baths.
This option would allow substantial reduction of detergents and cleaners in support of the ecosystem.