Cleaning agencies specialising in sanitisaton in San Teodoro and Olbia

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Cleaning company specialising in sanitisation


Ely Cleaning Service is a cleaning company based in San Teodoro, in the province of Sassari, but also serves clients in Porto Cervo, Porto Rotondo, Arzachena, Golfo Aranci, Porto San Paolo, Budoni, and Olbia.

The company provides sanitisation services for ambulances, schools, canteens, offices, condominiums, residences, commercial premises, restaurants, bars, hotels, public transport, taxis, boats, and more.


Tax credit for sanitisation expenses in work environments


  1. In order to encourage the sanitisation of work environments as a measure to contain the spread of the COVID-19 virus, a tax credit is granted to individuals engaged in business, trade, or professional activities for the 2020 tax period, amounting to 50% of documented sanitisation expenses incurred, up to a maximum of €20,000 for each beneficiary, within a total limit of €50 million for the year 2020.
  2. A decree from the Minister of Economic Development, in agreement with the Minister of Economy and Finance, will be issued within thirty days of the entry into force of this decree-law, establishing the criteria and methods for the application and use of the tax credit, also ensuring compliance with the spending limit referred to in paragraph 1.
  3. The costs arising from this article, amounting to €50 million for the year 2020, will be provided for in accordance with Article 126.
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Ozone machines


The company has equipped its employees with new cleaning machinery using ozone technology. Ozone is a 100% natural molecule, now highly proven and confirmed as an effective method for sanitisation and disinfection. It is effective against any pathogenic agent in 99.8% of cases, particularly against the new strain of COVID-19. Additionally, ozone leaves no trace in the environment, as it converts back to oxygen at the end of the treatment: we have therefore made a choice that fully respects the planet and its inhabitants.

In the need to sanitise and disinfect everyday environments for a swift return to normality, rely on a company of experts.

All our employees, with over ten years of experience in the sector, have received and reviewed the informative manual for workers regarding Coronavirus – COVID-19, as per Article 36 of Legislative Decree No. 81/08 and amendments. They are therefore aware of the common behavioural norms to follow during this delicate historical moment to reduce the risk of contagion. For this purpose, they are equipped with appropriate personal protective equipment (PPE): in particular, we refer to disposable FFP3 filtering face masks, which ensure protection for both the wearer and others.

  • What is ozone?

    In nature, ozone forms spontaneously due to the action of UV rays on oxygen in the stratosphere, at altitudes between 25 and 55 km. At lower altitudes, however, ozone concentrations are extremely limited, as it is continuously destroyed during reactions with organic substances present in the atmosphere.

    Ozone in the air decomposes spontaneously into oxygen at room temperature, and the rate of decomposition increases with rising ambient temperature and in the presence of humidity and organic substances. It is a triatomic modification of oxygen, with the chemical symbol O3.

    Ozone is used not only in certain chemical reactions but especially for its ability to sterilise air, water, and surfaces in general, in the conservative disinfection of food products, in sanitisation and deodorisation of environments, in medicine and surgery, and in many other applications that are not all enumerated here.

    Ozone is a highly unstable gas; for this reason, it cannot be stored or transported but must be produced and immediately used. It is generally produced from a gas stream rich in oxygen, to which energy is supplied in the form of electrical, electrochemical, or photochemical energy.

    Ozone is one of the strongest oxidants available; its oxidising effect is closely related to its tendency to decompose into the form O2, releasing atomic oxygen.

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