Skip to content
Kleanoo
The Eco-Network
KleanooKleanoo
  • Compra & VendiIn modo semplice, veloce e sicuro
  • Portale NotizieTecnologie, innovazioni e normative
  • Pronta ConsegnaVeicoli in pronta consegna by Vakoom
  • ContattiHai un dubbio o una domanda?
Chiudi Menu
  • Compra & VendiIn modo semplice, veloce e sicuro
  • Portale NotizieTecnologie, innovazioni e normative
  • Pronta ConsegnaVeicoli in pronta consegna by Vakoom
  • ContattiHai un dubbio o una domanda?

PHI TECHNOLOGY: HOW TO SANITIZE THE AIR WE BREATHE

You are here:
  1. Home
  2. Ecología
  3. PHI TECHNOLOGY: HOW TO SANITIZE…
EcologíaTecnología

The air we breathe is not as healthy as we think it is: viruses, mold, bacteria and VOCs are present in the air we breath at home, in the offices, in bars, hotels, schools, hospitals and even in transport.

Each person breathes about 23,000 times a day, causing the movement of over 12,000 litres of air. The topic of environmental pollution has become topical due to the onset of many health problems, such as: headaches, asthma, fatigue, skin irritation, redness, respiratory tract infections, just to name a few.

In order to improve air quality, the company I.S.P.A. has proposed on the market the patented PHI technology, produced by the US company RGF. The PHI technology is able to improve the air quality in closed environments without causing the side effects, thanks to a cell that releases 4 oxidizers that are able to eliminate the microorganisms in the air by transforming them into oxygen and hydrogen.

This technology is able to reproduce the same cleaning processes existing in nature: the particles moving in space independently manage to hook the polluting molecules and eliminate them. In fact, the PHI cell emits UV light at two different wavelengths (at 185 nm it produces ozone and at 254 nm it destroys it) which is aimed at a catalyst formed by 4 metals: titanium, silver, rhodium and copper. What determines the sanitization of the air is the formation of oxidants (i-eroxides, hydroxides, superoxide ions, ozone), instead, UVS light is used to destroy the ozone produced which cause very negative effects on the respiratory tract.

This technology is enjoying considerable success and is very useful to lower the level of harmful substances present in the places we live in every day.

REDACCIÓN KLEANOO
Kleanoo © 2026 — Prohibida la reproducción
Condividi questo articolo
Share on FacebookShare on Facebook Share on XShare on X Share on LinkedInShare on LinkedIn Share on WhatsAppShare on WhatsApp

Leggi anche

trattamento acque reflue
Treat wastewater to produce green hydrogen
26 July 2022
impianto depurazione reflui
Digital solutions for the water cycle
12 July 2022
eeconic mercedes benz
IFAT 2022: Mercedes’ eEconic unveiled
28 June 2022
raccolta differenziata carta e cartone
India supports the development of technological solutions for waste management
21 June 2022
silos di acque reflue
Veritas returnes 99.6% of purified water to the environment
14 June 2022
irrigazione in agricoltura
Purified wastewater to fight drought
7 June 2022
Richiedi informazioni

Questo veicolo si trova in un sito esterno. Per informazioni chiamaci al +39 353 439 9515 oppure compila il form sottostante.

    I dati si intendono forniti a semplice titolo indicativo e non impegnativo. Kleanoo si riserva di apportare modifiche in qualunque momento e senza pubblico avviso.

    Tecnologia PHI: come igienizzare l’aria che respiriamo

    You are here:
    1. Home
    2. Ecologia
    3. Tecnologia PHI: come igienizzare l’aria…
    EcologiaTecnologiaproblemi legati inquinamento aria

    L’aria che respiriamo non è sana come crediamo: virus, muffe, batteri e VOCs sono presenti all’interno dell’aria respirata in casa, in ufficio, nei bar, negli alberghi, nelle scuole, negli ospedali e anche nei mezzi di trasporto.

    Ogni persona respira circa 23.000 volte al giorno, causando il movimento di oltre 12.000 litri di aria. Il tema dell’inquinamento ambientale è diventato d’attualità visto l’insorgere di molti problemi di salute, quali: mal di testa, asma, stanchezza, irritazione della pelle, arrossamenti, infezioni delle vie respiratorie, solo per citarne alcuni.

    Per migliorare la qualità dell’aria la società I.S.P.A. ha proposto sul mercato la tecnologia brevettata PHI, prodotta dall’azienda statunitense RGF. La tecnologia PHI è capace di migliorare la qualità dell’aria negli ambienti chiusi senza causare effetti collaterali, grazie a una cellula che rilascia 4 ossidanti che sono in grado di eliminare i microrganismi dell’aria tramutandoli in ossigeno e idrogeno.

    Questa tecnologia è in grado di riprodurre gli stessi processi di pulizia esistenti in natura: le particelle muovendosi nello spazio autonomamente riescono ad agganciare le molecole inquinanti e ad eliminarle. Infatti, la cellula PHI emette una luce UV a due diverse lunghezze d’onda (a 185 nm produce ozono e a 254 nm lo distrugge) che viene puntata su un catalizzatore formato da 4 metalli: titanio, argento, rodio e rame. Ciò che determina la sanificazione dell’aria è la formazione degli ossidanti (i-erossidi, idrossidi, ioni superossidi, ozonici), invece, la luce UVC viene usata per distruggere l’ozono prodotto che sarebbe causa di effetti molto negativi sulle vie respiratorie.

    Tale tecnologia sta riscuotendo un notevole successo e risulta essere molto utile per abbassare il livello di sostanze nocive presenti all’interno dei luoghi che viviamo quotidianamente.

    Redazione Kleanoo
    Kleanoo © 2026 — Vietata la riproduzione
    Condividi questo articolo
    Share on FacebookShare on Facebook Share on XShare on X Share on LinkedInShare on LinkedIn Share on WhatsAppShare on WhatsApp

    Leggi anche

    bidoni differenziata
    Pubblicati i nuovi CAM per i rifiuti urbani
    9 August 2022
    raccolta carta e cartone
    Nuovo record per la raccolta di carta e cartone nel 2021
    2 August 2022
    trattamento acque reflue
    Depurare le acque reflue per produrre idrogeno verde
    26 July 2022
    digitalizzazione
    R.E.N.T.Ri al Waste Management Europe
    19 July 2022
    impianto depurazione reflui
    Soluzioni digitali per il ciclo dell’acqua
    12 July 2022
    eeconic mercedes benz
    IFAT 2022: presentato l’eEconic di Mercedes
    28 June 2022

    PHI TECHNOLOGY: HOW TO SANITIZE THE AIR WE BREATHE

    You are here:
    1. Home
    2. Meio Ambiente/Sustentabilidade
    3. PHI TECHNOLOGY: HOW TO SANITIZE…
    Meio Ambiente/SustentabilidadeTecnologiaproblemi legati inquinamento aria

    The air we breathe is not as healthy as we think it is: viruses, mold, bacteria and VOCs are present in the air we breath at home, in the offices, in bars, hotels, schools, hospitals and even in transport.

    Each person breathes about 23,000 times a day, causing the movement of over 12,000 litres of air. The topic of environmental pollution has become topical due to the onset of many health problems, such as: headaches, asthma, fatigue, skin irritation, redness, respiratory tract infections, just to name a few.

    In order to improve air quality, the company I.S.P.A. has proposed on the market the patented PHI technology, produced by the US company RGF. The PHI technology is able to improve the air quality in closed environments without causing the side effects, thanks to a cell that releases 4 oxidizers that are able to eliminate the microorganisms in the air by transforming them into oxygen and hydrogen.

    This technology is able to reproduce the same cleaning processes existing in nature: the particles moving in space independently manage to hook the polluting molecules and eliminate them. In fact, the PHI cell emits UV light at two different wavelengths (at 185 nm it produces ozone and at 254 nm it destroys it) which is aimed at a catalyst formed by 4 metals: titanium, silver, rhodium and copper. What determines the sanitization of the air is the formation of oxidants (i-eroxides, hydroxides, superoxide ions, ozone), instead, UVS light is used to destroy the ozone produced which cause very negative effects on the respiratory tract.

    This technology is enjoying considerable success and is very useful to lower the level of harmful substances present in the places we live in every day.

    PUBLICAÇÕES DAS Kleanoo
    Kleanoo © 2026 — Proibida a reprodução
    Condividi questo articolo
    Share on FacebookShare on Facebook Share on XShare on X Share on LinkedInShare on LinkedIn Share on WhatsAppShare on WhatsApp

    Leggi anche

    trattamento acque reflue
    Treat wastewater to produce green hydrogen
    26 July 2022
    impianto depurazione reflui
    Digital solutions for the water cycle
    12 July 2022
    eeconic mercedes benz
    IFAT 2022: Mercedes’ eEconic unveiled
    28 June 2022
    raccolta differenziata carta e cartone
    India supports the development of technological solutions for waste management
    21 June 2022
    silos di acque reflue
    Veritas returnes 99.6% of purified water to the environment
    14 June 2022
    irrigazione in agricoltura
    Purified wastewater to fight drought
    7 June 2022

    PHI TECHNOLOGY: HOW TO SANITIZE THE AIR WE BREATHE

    You are here:
    1. Home
    2. Environment
    3. PHI TECHNOLOGY: HOW TO SANITIZE…
    EnvironmentTechnologySANITIZE THE AIR WE BREATHE

    The air we breathe is not as healthy as we think it is: viruses, mold, bacteria and VOCs are present in the air we breath at home, in the offices, in bars, hotels, schools, hospitals and even in transport.

    Each person breathes about 23,000 times a day, causing the movement of over 12,000 litres of air. The topic of environmental pollution has become topical due to the onset of many health problems, such as: headaches, asthma, fatigue, skin irritation, redness, respiratory tract infections, just to name a few.

    In order to improve air quality, the company I.S.P.A. has proposed on the market the patented PHI technology, produced by the US company RGF. The PHI technology is able to improve the air quality in closed environments without causing the side effects, thanks to a cell that releases 4 oxidizers that are able to eliminate the microorganisms in the air by transforming them into oxygen and hydrogen.

    This technology is able to reproduce the same cleaning processes existing in nature: the particles moving in space independently manage to hook the polluting molecules and eliminate them. In fact, the PHI cell emits UV light at two different wavelengths (at 185 nm it produces ozone and at 254 nm it destroys it) which is aimed at a catalyst formed by 4 metals: titanium, silver, rhodium and copper. What determines the sanitization of the air is the formation of oxidants (i-eroxides, hydroxides, superoxide ions, ozone), instead, UVS light is used to destroy the ozone produced which cause very negative effects on the respiratory tract.

    This technology is enjoying considerable success and is very useful to lower the level of harmful substances present in the places we live in every day.

    KLEANOO EDITORIAL STAFF

    Kleanoo © 2026 — Reproduction prohibited

    Condividi questo articolo
    Share on FacebookShare on Facebook Share on XShare on X Share on LinkedInShare on LinkedIn Share on WhatsAppShare on WhatsApp

    Leggi anche

    bidoni differenziata
    New MEC for municipal waste
    9 August 2022
    raccolta carta e cartone
    New record for paper and cardboard collection in 2021
    2 August 2022
    trattamento acque reflue
    Treat wastewater to produce green hydrogen
    26 July 2022
    digitalizzazione
    R.E.N.T.Ri at Waste Management Europe
    19 July 2022
    impianto depurazione reflui
    Digital solutions for the water cycle
    12 July 2022
    eeconic mercedes benz
    IFAT 2022: Mercedes’ eEconic unveiled
    28 June 2022
    Informazioni di Contatto
    Utilizza i recapiti sottostanti per poterti mettere in contatto con un membro del nostro team. In alternativa puoi compilare il form per inviarci un messaggio.
    • Indirizzo
      Via Marco Beato Ongaro 11
      31015 Conegliano (TV)
    • Telefono
      +39 353 439 9515
      +39 0438 1963696
    • E-mail
      info@kleanoo.com

      Kleanoo
      Kleanoo © 2026
      Kleanoo è un marchio registrato di Vakoom Srl
      Partita IVA: IT 03945270266
      Site design by ADMP
      • Privacy Policy
      • Cookie Policy
      Menu Footer

      Go to Top