Step 1：
Conduct a comprehensive assessment of the case. Arrange site inspection and liaise closely with the client to advise the client and establish the most appropriate disinfection scheme.

Step 2：
Evacuate all employees from the construction site to ensure that no one is affected by the disinfection process.

Step 3：
Personnel who conduct disinfection services should wear full protective clothing, medical gloves, eye masks, face shields and 3M N95 masks.

Step 4：
Inject the Diversey Oxivir ® Tb disinfectant into the spray machine, atomize the disinfectant into small water droplets and spray them into the entire construction space. It completely killing the bacteria and viruses in the environment.

Step 5：
During the construction process, the disinfection specialist will ensure that the indoor air conditioning circulation system is kept in the open state so that the atomized disinfectant can enter the air conditioning system to achieve the best disinfection effect.

Step 6：
The construction site will wait for about 45 minutes after the completion of the atomization so that the disinfectant can have enough time to kill viruses, bacteria and various pathogens.

Step 1：
Conduct a comprehensive assessment of the case. Arrange site inspection and liaise closely with the client to advise the client and establish the most appropriate disinfection scheme.

Step 2：
Evacuate all employees from the construction site to ensure that no one is affected by the disinfection process.

Step 3：
Personnel who conduct disinfection services will wear full protective clothing, medical gloves, eye masks, face shields and 3M N95 masks.

Step 4：
Use the NASA ATP ® bioluminescence analyzer to accurately detect the total bacterial and microbial content on the surface of the construction site before construction.

Step 5：
The nano-coating is evenly sprayed onto furniture, walls and surfaces using the technology of the nano spray gun. An antibacterial and antiviral high functional film is formed on the surface of the object to produce highly active hydroxyl radicals (OH¯), which kill viruses and bacteria. The combination of cell membrane proteins will also achieve a long-term inhibition effect of bacterial reproduction

Step 6：
After the spraying of the nano-coating, ATP ® bioluminescence analyzer is used again to accurately detect the total content of bacteria and microorganisms on the surface to ensure that the bacteria content is at a safe level, which is recorded on the construction and detection report for the customer.