Microbial contamination
can be a difficult challenge for all sectors of the pharmaceutical industry. The
presence of dangerous organisms in pharmaceutical facilities can lead to costly
product recalls, which result in loss of revenue, customers, and brand reputation.
By taking greater preventive measures, risk of microbial issues can be
minimized or eliminated. Measures such as annual preventive decontaminations
will help to eliminate the presence of any harmful organisms that would cause
such issues. Performing an annual “deep clean” of your facility by
decontaminating it with chlorine dioxide gas allows for a true reset to zero
pathogens.
Chlorine dioxide gas provides a sterilization level fumigation of any enclosed space with minimal equipment and minimal downtime. True gases such as chlorine dioxide (CD) are the only truly effective agents for the decontamination of buildings, rooms, isolators, and biological safety cabinets as gases offer many benefits over other agents. It fills the space it is contained within completely and evenly, ensuring that no matter how large the target space is, no surface is left untouched including crevices and harbor locations. Chlorine dioxide is safe on materials and leaves no post treatment residuals. CD gas has successfully treated many pharmaceutical facilities to eliminate viruses, bacteria, mold, and beta lactams establishing sterility prior to production starting up as well as re-establishing sterility between batches or studies.
Case Study: Annual Shutdown
Decontamination
The Bausch + Lomb Vision Care production facility in Greenville, South Carolina manufactures
contact lens solutions in sterile processing areas within a clean environment. Each
year, the facility closes for planned maintenance shutdowns. Though necessary,
these shutdowns create unsterile environments because foreign equipment, tools,
and people enter the clean areas. Therefore, the environment must be cleaned
and disinfected before normal production resumes. Previously, this 300,000 ft3 facility
underwent three cycles of detergent cleaning and water rinse followed by three
treatments with Spor-Klenz. This required over a dozen personnel with mops and
buckets over multiple shifts and a minimum of a week’s worth of time. The
process was costly (consumables alone cost approximately $100,000) and had
inherent failures in the process since it was a laborious manual process. The
facility switched to chlorine dioxide gas decontamination. The result was a decontamination
cost of under $100,000, a time savings cost of three days, and efficacy
improved to a complete 6-log sporidical kill.
To learn more about the benefits of an annual decon, join our webinar on June 24 at 1pm Eastern.