The COVID-19 epidemic was recognized in December 2019 in China and quickly widen worldwide, attaining a virulent disease position at the end of February 2020. The effects of this outburst will be seen in every field, changing life the method we have known it. It will also modify the way we do business, affecting Industry in additional ways than one.
The water trade too will see some diminutive period and long-term possessions. In the short term, we are still in the course of water purifier service equally crucial as health conduct and action to enclose the virus from becoming further demanding. Still, it has raised alarms in our system and raised questions regarding the ability to handle this situation. In the extended period, humanity at vast, the administration system and confidential sector will have to devise and adopt comprehensive control measures so that we are at a lesser level of disclosure to this loss, than we are at today.
Water purifier service needs cannot be restricted. The overall demand for water purifier service will augment, not only for familial cleanliness but also for mass-scale public place disinfection. Also, there could be a spur in Industrial needs, where a large number of people are expected to work together. This will put an augmented pressure on water distribution, and treatment requirements to be handled by the association.
The chief apprehension will be in two areas - consumption water protection and the appropriate water purifier service and clearance of contaminated water. Micro-organisms in untreated or tainted water will broadcast viral pathogens and will cause the rapid spread of diseases.
Numerous pathogen species that can lead to diseases affecting individuals have been reported. With advanced detection and characterization methods, many more such virus strains are being discovered in the water. However, only some of these viruses are human pathogens.
Although there is no contemporary confirmation of the extent of Covid-19 through drinking water, in this situation which is extremely concerning, the water purification needs are raised to the extend. Continuous real-time measurement and removal of excess chlorine, checking on pH would be the least techniques to sound an alarm to the managing authority in case of any abnormality in the supply or distribution of drinking water.
Sewage water, on the other hand, contains many viruses that are detrimental to human health. Proper sewage water treatment will therefore play an instrumental role in keeping the virus at bay.
As part of an incorporated community health policy and the worldwide procedure, as of World Health Organization's provisional direction March 2020 wastewater carried in sewerage systems should be taken care in well-planned and well-organized centralized wastewater treatment works. Each phase of treatment results in a further reduction of the potential risk. This will therefore call for suitable aeration treatment, increased retention time, exposure to UV light, exposure to a higher temperature, and use of disinfection chemicals previous to draining the water to natural resources. This should be mandatory without exclusion.
The most crucial decision for sewage treatment plants will be regarding tertiary treatment processes, which will eradicate any bacteria or viruses present. Currently, most plants carry out tertiary treatment and disinfection by chlorine, chlorine dioxide, or ozone, but only when the treated wastewater is recycled in the same process, or utilised for other purposes. Though, considering the COVID situation, disinfection should be adopted extensively previous to exonerate of water to natural resources.
Chlorination is considered the most common form of wastewater disinfection due to its low cost and history of efficiency for water purification. One drawback is that chlorination of residual organic substances can generate chlorinated-organic compounds that may be carcinogenic. Since residual chlorine is harmful to aquatic life, water required to be de-chlorinated before mixing with natural sources like river, lake.
Ozonization is a safer way of disinfection. Ozone is very unsteady and spontaneous. It oxidizes most organic material it comes in contact with; in so doing it destroys many pathogenic microorganisms. Ozone is considered to be safer than chlorine because ozonation produces lesser disinfection by-products than chlorination. Ozonization is, though, not as inexpensive as chlorination, and at this time intricate to put into operation on a broad extended source.
Water is an indispensable part of each day's life, and so it the water purifier service. If not managed and handled carefully in such an epidemic situation, it can become the cause for a wider spread. In a water treatment plant, personnel are exposed to wastewater at different stages of treatment. Appropriate care has to be conducted by plant operators and engineers who are exposed to such water vicinity so that they don’t get pretentious pathogens that may still be active. All in all-inclusive efforts have to be implemented to control the spread of and eliminate the Covid-19 pandemic. Water handling by using a water purifier cannot be ignored by any choice and continuous real-time monitoring of specific analytical parameters like leftover chlorine, suspended oxygen, PH, high temperature, etc., will engage in recreation playing an imperative role in water purifier service, it must be conducted effectually and incompetent way.