Auxiliary Equipment for Mitigating Coronavirus

COVID-19 entered our lives rapidly, shaping everything experienced over the past year. Although our hopes have been revived by the discovery of vaccines, all research indicates that we must adapt to living under pandemic conditions for some time to come. Worldwide, completing testing and vaccination efforts as soon as possible is prioritised. Meanwhile, we continue our fight against COVID-19 with masks, social distancing, and disinfectants. However, to improve our living conditions and return to normal, we frequently ask this question: "What can we do to prevent the spread of coronavirus and minimise the harm it causes?" For this very reason, we have compiled various methods used across different countries worldwide to reduce the impacts of COVID-19.

CO₂ Detectors

Studies conducted to date have demonstrated that this virus spreads via tiny liquid particles in the air, namely aerosols. How to prevent the dispersion of these aerosols has become the most critical question. One of the steps taken by the German government in this regard was to have detectors installed in schools for carbon dioxide levels, which is one of the most significant indicators that an environment has remained unventilated for a prolonged period. Carbon dioxide accumulated when an environment is insufficiently ventilated is also an indicator that aerosols carrying COVID-19 have accumulated. These detectors, which alarm via visual indicators when excessive carbon dioxide accumulates, ensure that ventilation is carried out efficiently. Thus, aerosols carrying viruses can be dispersed through effective ventilation before accumulating excessively in the classroom. For carbon dioxide detectors, here you can access it here.

ClO₂ Detectors

One of the most effective tools in the fight against coronavirus has been disinfectants. Many of the disinfectants we use when cleaning our hands, phones, and even groceries are chlorine dioxide-based. However, when chlorine dioxide exceeds a certain concentration, adverse effects on human health are observed. Therefore, in frequently disinfected areas, detectors are used to ensure that chlorine dioxide remains at safe levels. For chlorine dioxide detectors, here you can access it here.

Mask Fit Testing

When COVID-19 entered our lives a year ago, the greatest change it created was that we could no longer even imagine life without a mask. Masks, which we previously associated only with certain professions, have now transformed into lifesavers that we use anywhere, at any moment. However, we have also learned that when masks are not used correctly and effectively, the consequences can be severe. To avoid these severe consequences and take effective precautions, Mask Fit Testing has begun to be implemented. This brief procedure, carried out to ensure that the mask fits the face snugly, is now also a legal requirement in the medical field across many European countries. To enquire about mask fit testing instruments, contact us here you can access it here.

Air Quality Monitoring

A study conducted at Harvard University revealed that the risk of death in COVID-19 patients is higher in locations with elevated levels of very fine PM 2.5 particles. While larger particles are trapped by various filtration mechanisms in the nose, throat, and lungs, the penetration rate of particles into the body increases as their size decreases. In this sense, PM 2.5 can be said to be the most dangerous particle size, capable of penetrating even into the bronchi. Monitoring the quantity of particulates that directly impact air quality—and consequently human health—and taking necessary precautions is an effective method for mitigating the effects of COVID-19. For air quality monitoring instruments, here you can access it here.

Instrument Maintenance and Calibration

Having calibration performed to ensure that the instruments you use operate accurately is always essential. Naturally, the same applies to instruments used in the fight against COVID-19. Whether it is a gas detector or a mask fit tester, periodic maintenance and calibration must certainly be performed when due to verify proper operation and maintain ongoing reliability. For maintenance, repair, and calibration procedures for instruments purchased from Novel, contact us here you can access it here.