Disinfection Against COVID-19
EPSCO has been in the specialized cleaning, sanitization and hygiene services for the last 25 years. We are in the lead of disinfection against COVID-19 since the outbreak of the COVID-19 disease in Philippines. Using Philippine-approved bio safe disinfectant and the most suitable equipment, we carry out disinfection of all kinds of facilities. Our hygiene technicians are very experienced and proficient in all aspects of disinfection, principally against COVID-19. A team of safety professionals, project managers and service technicians fully backs-up and supports our hygiene technicians. Our experience and expertise are unrivaled. Both preventative and post-quarantine disinfection against COVID-19 can be provided by EPSCO. We can mobilize at short notice and are equipped to disinfect facilities of any size. EPSCO works to well-documented method statement and after carrying out a risk assessment.
Electrostatic spraying is a revolutionary technology for disinfection applications. During the spraying process, the electrostatically charged droplets create an electric field that allows the droplets to adhere to the surface of any object within a certain distance by electrostatic force. The gravitational force of the electrostatic field is 75 times that of gravity. Its power is so great that the droplets will reverse to cover the back of the target, even on hidden difficult to reach surfaces, which are often missed by traditional devises.
High pressure air flow from the sprayer breaks the disinfection solution into uniform droplets of 40 microns. The droplets are then electrostatically charged and break into smaller ones by overcoming the surface tension. Through double atomization, the charged droplets fully wrap the target surface due to the electrostatic effect. Meanwhile it captures the suspended particles in the air, hence delivering efficient and complete disinfection.
This patented technology provides an electrical charge to the disinfectant solution, allowing the droplets to wrap conductive surfaces with an effective and even coverage. Double charged particles envelope all conductive surfaces shadowed, vertical, underneath and behind.