TBS Technologies, LLC Breakthrough Technology
We develop products, based on
patent-pending proprietary technology, that rapidly generate and deliver
chlorine dioxide gas at point-of-need,
allowing small scale applications to benefit from chlorine dioxide for
the first time. The Company has successfully conducted efficacy tests.
The Company expects to establish strategic partnerships with sales and
distribution leaders in target markets to accelerate market penetration
in multiple markets. TBS plans to be the leader in the use of chlorine
dioxide for disinfection of healthcare settings and controlled environments,
such as isolators and bio safety cabinets.
Problems: “Super-Bugs” and other Micro-organisms
Problems caused by bacteria, viruses
and other micro-organisms have not been completely solved by current
products and methods. MRSA (Methicillin-resistant Staphylococcus aureus),
e. coli, pseudomonas aeruginosa, salmonella,
norovirus, legionella and many other “bad bugs” continue
to cause problems in healthcare facilities, schools, food preparation
areas, cruise ships, veterinary facilities, hotels, athletic facilities,
child care centers, elder care facilities and many other places. Government
reports, legislation and frequent media attention maintain a high level
of public awareness and fuel demand for improved conditions.
TBS’ Solution – Unique Value Proposition
Chlorine
dioxide has been registered with the USEPA as an effective disinfectant
chemical for 40 years, and is used in a wide variety of applications.
Chlorine dioxide must be generated on site. TBS’ proprietary
technology allows users, for the first time,
to obtain the benefits of chlorine dioxide by generating chlorine dioxide
on site for small size applications. TBS’ technology is suitable
for the disinfection of spaces with chlorine dioxide gas or disinfection
of surfaces with chlorine dioxide in an aqueous solution.
Efficacy
Independent testing has demonstrated the ability of TBS to achieve high
level disinfection 99.9999% (6 log reduction) on a variety of
target organisms.
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