Microbial Control Cleaning
Process
DUCTZ processes control biological organisms, such as microbial
growth and bacteria that form on cooling coils and other working
parts of HVAC systems by mechanically removing the sources for
growth. These organisms can interfere with the heat transfer
process, causing reduced HVAC system efficiency. The DUCTZ
microbial control cleaning process prevents corrosion often caused
by sulfuric acid secreted by common bacteria. The DUCTZ process
also prevents rust and corrosion, which can degrade the HVAC system
forcing costly repairs and replacements. The DUCTZ microbial
control cleaning process extends the useful life of HVAC systems
while increasing overall energy efficiency by keeping fins, blowers
and coils clean and running at peak operational performance.
Indoor air quality can be adversely affected by the spread of
harmful contaminants through the HVAC system. Contaminants in the
HVAC system can cause odors, damage surfaces and secrete toxic
byproducts to living and working areas. DUCTZ microbial control
cleaning process improves indoor air quality at the source - the
HVAC system. DUCTZ professionals take the necessary steps to
protect from exposure to contaminants dislodged during the cleaning
process by using HEPA filtration on cleaning equipment and adhere
to NADCA and other appropriate guidelines and standards.
DUCTZ professionals use thoroughly researched processes and
procedures, combined with appropriate products for the following
applications: flexible ducts fabricated of metal or plastic,
unlined sheet metal ducts, air handlers, cooling coils, fan coil
units, condensate drain pans, humidifiers, dehumidifiers,
registers, grills, diffusers, fans, fan housings, transfer boxes,
turning vane, return ducts, plenums, and rooftop units.
DUCTZ professionals are certified, qualified and trained in
microbial control cleaning processes and strive to improve indoor
air quality and increase the operating efficiency of HVAC
systems.
Contact your local DUCTZ office for more information.