Csg Overview Package 10.09(1)

TA B L E O F C O N T E NT S

I ABOUT CSG

II SAS
• SAS Fact Sheet
• SAS Antimicrobial Technology
• Introduction of SAS Products
• Where SAS is Applied Today
• Why SAS is Important to the Public
• Where SAS is Heading Next
• SAS Talking Points

III PURETi
• PURETi Fact Sheet
• PURETi Technology
• Introduction of PURETi Products
• PURETi Today, PURETi Tomorrow
• PURETi Talking Points

IV REFERENCES

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I CSG BACKGROUNDER
CSG (Coatings Specialist Group) has quickly evolved from a small commercial coatings
company formed in 2005, to a global player in sustainable, environmentally-beneficial surface
treatments. Today CSG’s PURETi™ and Surface Antimicrobial System™ (SAS) products and
services are used to minimize the spread of disease and improve the environment by some
of the world’s most prominent organizations. CSG’s client list includes: the U.S. Military, New
York Yankees, U.S. Olympic Teams, Los Angeles Community College District, and over 1,200
educational facilities. To date, CSG’s unique and innovative technologies have been applied to
over 50 million square feet of surface area and millions of pounds of laundry.

In June 2008, CSG introduced PURETi photocatalytic surface treatments, which represent one
of the 21st century’s biggest breakthroughs in commercialized green technology. Supported by
13 international patents for the formulation and production of the sustainable surface treatments,
PURETi is on the cusp of helping governments and businesses around the globe improve
air quality, conserve water and energy and reduce maintenance costs by up to 50 percent. A
2009 laboratory study conducted by renowned environmental engineering expert Dr. Alexander
Orlov, of Stony Brook University, revealed that coating a surface with PURETi reduces the
presence of harmful nitrous oxide (NOx) in the air by almost 80 percent.

PURETi ultraviolet photocatalytic technology (UV-PCO) transforms surfaces into sustainable,
self-cleaning, air-purifying, and odor-eliminating materials. The technology uses energy from
ultraviolet light to continuously and proactively break-down all organic materials, including
grime, bio-film, smog-causing green house gases, harmful volatile organic compounds (VOCs),
and stubborn organic odors such as tobacco smoke or fire damage. Typically, surfaces treated
with PURETi products need to be cleaned half as often and it’s twice as easy when it is done.
With an efficacy of up to three years, PURETi cuts water, energy, chemicals and labor used in
cleaning in half.

CSG’s working relationship with franchises in the National Football League (NFL) triggered a
demand for a coating that would proactively and continually combat bacteria on surfaces and
fabrics throughout facilities in all of pro sports including the National Basketball Association
(NBA), Major League Baseball (MLB), and National Hockey League (NHL). CSG partnered
with ÆGIS Environment in 2005 to bring its patented Microbe Shield technology to CSG. With
this advanced technology in hand, CSG’s research and development team created a family of
antimicrobial treatments that inhibit the growth of harmful bacteria, mold, and fungi for years.
The unique treatments were the first of their kind to be specifically designed for use on specific
substrates, such as washable fabrics and synthetic turf systems.

This unique family of antimicrobial products was turned into a comprehensive process called
the Surface Antimicrobial System or SAS. CSG grabbed headlines in May 2006, when SAS
was called upon to combat rising concerns about Staph and MRSA in the sports community.
The thorough process eliminates 99.9% of germs and bacteria, including staph and MRSA,
and protects against the future growth of harmful microbial contaminants. By 2007 CSG began
offering the products on a consumer basis as a result of their growing demand for use in everyday
applications. The SAS line of EPA registered antimicrobial products are safe, hypoallergenic,
easy to apply and are used today in educational, athletic, and facility settings. Most recently,
the SAS family of products was called upon to treat facilities with suspected cases of the H1N1
Virus (Swine Flu).

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II S A S FA C T S H E E T
Surface Antimicrobial System Plays Key Role in Proactive Defense
Against Bacteria
• SAS is a comprehensive process that kills 99.9% of illness-causing microorganisms and works
24/7 to inhibit the growth of a wide-array of bacteria, mold and fungi on any surface or fabric for
up to three years.

• SAS brand is comprised of 5 EPA registered products specifically designed for use on specific
substrates:
Surfaces: SurfaceAide™ 1000, SurfaceAide™ XL, SurfaceClean™
Fabrics: FabricAide ®
Synthetic Turf: TurfAide™

• The Comprehensive Athletic Treatment Center (CATC) conducted a six-month study, headed by
Dr. Thomas D. Kohl, MD, and found that wrestling teams that treated their mats and washable
fabrics with SAS experienced significantly fewer skin aliments than teams that did not.

• Over 30 million square feet applied to surfaces nationwide.

• Bacteria and viruses can live on fabrics and surfaces for days and can easily transfer from
surface to skin. Service and consumer products represent a long-term and comprehensive
solution to the proliferation of disease, including staph infections, MRSA, Swine Influenza,
SARS, Avian Influenza, Ring Worm and other pathogenic fungi.

• SAS professional services currently used by high profile customers: U.S. Military, New York
Yankees, franchises in the NFL, NBA, and NHL, and U.S. Olympic Teams.

• Products are safe, non-toxic, hypoallergenic, and will not create adaptive microorganisms like
“Super Bugs”.

• Primary benefits of SAS include: long lasting infection control, odor and stain prevention, and
improved longevity of the treated material.

• Infections in the hospital are the fourth largest killer in America. In the U.S., two million patients
contract infections in hospitals per year, and about 103,000 die as a result. This number is as
many deaths as from AIDS, breast cancer and auto accidents combined.

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II
SAS ANTIMICROBIAL TECHNOLOGY

II SAS ANTIMICROBIAL TECHNOLOGY
Understanding SAS Antimicrobial Core Technology

ANTIMICROBIAL TREATMENTS
Antimicrobial treatments associated with treated surfaces and goods and a wide variety of end-uses
have been part of the industry for hundreds of years. The list of problems caused by microorganisms
and reasons for using antimicrobials includes: 1) Prevention of microbial putrification, deterioration, and
rot (preservation) of process solutions and finished goods, 2) Reducing bacteria and fungi that cause
musty, mildew, and putrid odors, 3) The esthetic problems associated with mold and mildew stain,
and 4) To reduce the risks associated with medical conditions that can be caused by microorganisms
associated with the presence on or the transfer from medical devices. These could include risks of,
infectious organism amplification in fabrics, microbial transfer from one person or site to another, or
the growth of allergy stimulating organisms, their spores, body parts, or metabolic products.
Concern over traditional antimicrobial technologies and their mode of action is well founded. Such
technologies present risks associated with their ability to be transported onto and through the skin
and uncontrolled into the environment. They are also prone to sub-lethal levels and subsequent
ineffectiveness or microbial adaptation. Use of such materials in medical settings, around food
processing or services, or in consumer uses requires a careful review of toxicological data, routes
of contact, and risks.

ÆGIS MICROBE SHIELD ® TECHNOLOGY (AEM 5700 Antimicrobial)
The core of the SAS technology stems from the ÆGIS Microbe Shield technology (AEM 5700
Antimicrobial), developed 30 years ago by Dow Corning. The ÆGIS Microbe Shield Technology, by
its polymeric and chemically bonded nature, provides a technological answer to the risks associated
with the traditional leaching or ionizing antimicrobials. Control of microorganisms on the treated
surface can be accomplished with good performance and trivial toxicological risk.
The property of AEM 5700 Antimicrobial that provides for the physical contact and rupturing of
the cell membranes of single-celled organisms and the association and inactivation of viruses
revolves around the chemical structure of the monomer and subsequent final polymer. Contact
with the oleophilic moieties of the polymer and the quaternized nitrogen of the polymer by the
cell membranes of single-celled organisms causes the physical rupture and inactivation of the
membrane, the inhibition and death of the target single-celled organism, and the association and
inactivation of viruses.
Manufacturers of a wide variety of consumer and commercial goods have evaluated the safety and
utility of this treatment and used it safely and successfully for over 30 years. These include higher
risk end-use materials such as: surgical drapes (the treatment is on the fenestration area next to
the incision site), other medical goods, and Drypers disposable baby diapers (the treatment is on
the top-sheet next to the baby’s skin). These and other consumer products such as socks and
underwear have been treated and sold with this technology since 1976 with no untoward effects.

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II SAS ANTIMICROBIAL TECHNOLOGY continued

CHEMICAL PROPERTIES
The active ingredient of AEM 5700 Antimicrobial is a monomer, 3-trimethoxysilylpropyl
dimethyloctadecyl ammonium chloride. This material is used by dilution in water allowing for the
formation of the hydroxy form of the monomer. In this form, the chemistry is both covalently and
ionically bondable to receptive surfaces. On drying (hydrolysis), this monomer will homopolymerize
forming an infinite polymer.
The AEM-5700 Antimicrobial as an organofunctional silane bonds to surfaces and then to itself to
produce treatments that kill a variety of one-celled organisms. The basic chemistry has been well
described in peer-reviewed publications and patents. The foundation paper by Speier and Malek
is the most descriptive of these bonding and activity phenomena. (Attached) This chemistry and its
bonding capacity allow it to have unusual levels of durability and facilitate the transformation of a
material into an antimicrobial contact surface.
Silane Quaternary Ammonium Compounds
In the mid-1960’s, researchers discovered that
antimicrobial organofunctional silanes could be
chemically bound to receptive substrates by what
were believed to be Si-O linkages. The method was described as orienting the organofunctional
silane in such a way that hydrolyzable groups on the silicon atom were hydrolyzed to silanols
and the silanols formed chemical bonds with each other and the substrate. The resultant surface
modification, when an antimicrobial moiety such as a quaternary nitrogen was included, provided
for the antimicrobial to be oriented away from the surface 1.
The attachment of this chemical to surfaces appears to involve two
processes. First and most important is a very rapid process that coats
the substrate with the cationic species one molecule deep. This is an ion
exchange process by which the cation of the silane quaternary ammonium
compound replaces protons from water on the surface. It has long been
known that most surfaces in contact with water generate negative
electrical charges at the interface between water and the surface. This
mechanism is further supported by data generated with a radioactive
silane quaternary ammonium compound. During the treatment, depletion
of the radioactivity from solution was almost immediate by an amount
corresponding to that sufficient to cover the surface one layer deep, even
on surfaces that contain no functionality. Similar results are published for
many organic quaternary ammonium compounds. The second process
is unique to materials such as silane quaternary ammonium compounds
that have silicon functionality enabling them to polymerize, after they have
coated the surface, to become almost irremovable even on surfaces with
which they cannot react, covalent bonding to that surface will also occur
and it is also possible to have intermolecular polymerization2.

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II SAS ANTIMICROBIAL TECHNOLOGY continued

Works of Abbott, Isquith, Roth, and Walters 3,4,5,6 further elaborate the antimicrobial utility
of surfaces modified with silane quaternary ammonium compounds. The specific utility of
3-(trimethoxysilyl) propyldimethyloctadecyl ammonium chloride (ÆGIS™ Antimicrobial, formerly
SYLGARD® Treatment based or AEM 5700® Antimicrobial Agent) was described in their work and
subsequent works of Gettings and Triplett7, Speier and Malek8, Hayes and White9, McGee, Malek,
and White10, and White and Olderman11.

DURABILITY
Durability of any medical device, textile product, nonwoven wipes, building materials, furnishings, or
building surface modifying treatment has importance at many phases of a products life. This includes
at the time of manufacture, during transport and storage, during use, and during disposal.
The ÆGIS Microbe Shield Technology (AEM 5700 Antimicrobial) provides an extraordinary profile
of durability, safety, and benefits in use that are well documented. Current uses and the extensive
laboratory and “real-world” database provide a high degree of confidence in the appropriateness
for the use of this treatment on goods that contact the skin and are used on medical devices. Part
of this extensive database is discussed here and focuses on the durability of the treatment during
storage of treated goods.
In support of the U.S. EPA registration (EPA Reg. # 68881-1) for this treatment a series of durability
and shelf life tests were done to substantiate the durability of the treatment. The most significant of
these data are presented in the referenced papers and available on request.
CSG has registered their ready-to-use antimicrobial formulations based on the ÆGIS Microbe
Shield Technology (AEM-5700 Antimicrobial) with the US EPA (EPA Reg. # 83135-1) and State EPA
organizations. Our support data show clearly the equivalency to the substrates that were used in
the US EPA AEM 5700 Antimicrobial registration testing.
Along with the development of antimicrobial products, CSG incorporated a special spray technique
that allows its application on virtually any surface in facilities ranging from sports facilities, training
and weight rooms, schools, to hospitals and clinics with minimal disruption of daily activities.

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II
INTRODUCTION OF SAS PRODUCTS

II INTRODUCTION OF SAS PRODUCTS
In the interest of understanding the unique and innovative nature of CSG and its antimicrobial
technology, it is necessary to clearly identify the well-known commercial names of the company’s
products and services.

Comprehensive Service Overview
CSG has developed a comprehensive system of antimicrobial protection by developing
a professional service that eliminates the presence of existing microbial contaminants and
minimizes the growth of any future microbial contaminants such as bacteria, mold, fungi and
algae. It is called the Surface Antimicrobial System™ (SAS). It is also known in the sports and
fitness market as the Sports Antimicrobial System™. The unique antimicrobial products used
during this comprehensive professional service are listed below and these products all fall under
the umbrella of the SAS family of products. A SAS application includes the following steps:

1.) Test areas throughout the facility to measure level of microbial contamination.

2.) Treat surfaces with a cleaner disinfectant called SurfaceClean™, which kills 99.9% of
germs and bacteria, including “super bugs” such as MRSA. Please note this product is
also approved by the EPA as a product that can be used to treat facilities where cases
of H1N1 Virus (Swine Flu) are suspected.

3.) Treat surfaces with SurfaceAide™ 1000 (see product description on the next page).

4.) Re-test treated surfaces annually to confirm effectiveness of antimicrobial coating
for customers.

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II INTRODUCTION OF SAS PRODUCTS continued

Product Overview

• Powerful cleaner disinfectant and deodorizer that kills 99.9% of bacteria and germs.

• Kills MRSA, Staph, VRE, MRSE, H1N1 (Swine Influenza) and other pathogenic fungi.

• Virucide, Tuberculocidal, Mildewstat and Fungicide.

• Meets OSHA bloodborne pathogen standard for HIV, HBV, HCV.

• Continually inhibits the growth of a wide array of bacteria, mold, fungi, and algae on any hard,
non-porous surface.

• One application lasts up to one year when self-applied and 3 years when applied by CSG
certified applicators.

• Safe, non-toxic and EPA registered.

• Will not create adaptive organisms or “super bugs” such as MRSA (methicillin-resistant
Staphylococcus aureus).

• Proactively prevents odor and staining caused by microbial contaminants, such as bacteria,
mold, fungi, and algae.

• Can be sprayed or mopped onto surfaces.

• Invisible and will not affect the finish of a surface.

• Prominent users include: The U.S. Military, New York Yankees, franchises in the NFL, NBA,
and NHL, Columbia University, University of Michigan, Ohio State University, National Wrestling
Coaches Association, Clovis Unified School District in California, and Fairfax County School
District in Virginia.

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• Continually inhibits the growth of a wide array of bacteria, mold, fungi, and algae on any hard,
non-porous surface.

• One application lasts up to 90 days.

• Safe, non-toxic and EPA registered.

• Will not create adaptive organisms or “super bugs” such as MRSA (methicillin-resistant
Staphylococcus aureus).

• Proactively prevents odor and staining caused by microbial contaminants, such as bacteria,

• Can be sprayed or mopped onto surfaces.

• Invisible and will not affect the finish of a surface.

• Prominent users include: franchises in the NFL, NBA, and NHL, Columbia University, University
of Michigan, Ohio State University, Clovis Unified School District in California, and Fairfax
County School District in Virginia.

• Applied through the wash, FabricAide continually inhibits the growth of a wide array of bacteria,
mold, fungi and algae.

• One application lasts a minimum of 30 washes.

• Hypoallergenic, non-sensitizing, and non-irritating to human skin.

• Proactively prevents the odor and staining caused by microbial contaminants, such as bacteria,

• Odorless, water-based, and environmentally friendly.

• EPA registered.

• Prominent users include: The U.S. Military, U.S. Olympic Softball and Basketball, New York
Yankees, franchises in the NFL, NBA, and NHL, National Wrestling Coaches Association,
Columbia University, University of Missouri, University of Southern California, and Fairfax
County School District in Virginia.

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• Only EPA registered antimicrobial treatment in the world that has been independently tested
and approved for use on synthetic turf.

• Works continuously to inhibit the growth of bacteria, mold, fungi and algae for up to four years.

• Extends the life of the turf system by proactively preventing the growth microbial contaminants
that cause odor and deterioration.

• Effective against a wide range of harmful bacteria.

• Safe, non-toxic and will not leach harsh chemicals into the environment.

• Does not affect traction or rotational control.

• Non-sensitizing and non-irritating to human skin and non-toxic.

• Covers every component of a synthetic turf system including turf and rubber infill.

• Prominent users include: every AstroTurf® USA field installed since 2008, the NFL’s Minnesota
Vikings and Detroit Lions, Plano Intermediate School District in Texas, and the University of
South Carolina.

Bacterial Defense Kit
• Personalized antimicrobial system comprised of three 16 oz. bottles of SurfaceAide XL,
FabricAide and the cleaner disinfectant SurfaceClean.

• Swiftly eliminates illness-causing bacteria and defends against future growth for months.

• Inhibits the growth of bacteria 24/7 for months on any surface or fabric.

• Kills illness-causing microorganisms such as staph, MRSA, ringworm and impetigo.

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II
W H E R E S A S I S A P P L I E D T O D AY

II W H E R E S A S I S A P P L I E D T O D AY
Sports and Fitness

FACILITY: The New Yankee Stadium, NY
TREATMENT DATE: 2009

TREATED AREAS (50,000 sq. feet): Club houses, weight rooms, dugouts, bathrooms &
medical rooms.
TREATED SURFACES: Medical tables & equipment, lockers, carpet, weight training equipment,
showers, toilets, door handles, chairs & tables.
ANTIMICROBIAL SERvICE PROvIDED: The Sports Antimicrobial System.
TREATED FABRICS: Uniforms, towels, socks, underwear & active wear.
ANTIMICROBIAL TREATMENT USED: FabricAide was applied on site by team personnel.

FACILITY: Washington Redskins Training Facility, VA

TREATED AREAS (25,000 sq. feet): Locker room, weight room, medical room & bathrooms.
TREATED SURFACES: Helmets, shoulder pads, lockers, carpet, weight training equipment,
medical tables & equipment, showers, toilets, door handles & floors.

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II W H E R E S A S I S A P P L I E D T O D AY continued

Sports and Fitness

FACILITY: Virginia Tech University, VA

TREATED AREAS (30,000 sq. feet): Athletic Football & Wrestling Training Centers – wrestling
room, locker rooms, weight rooms, medical rooms & bathrooms.
TREATED SURFACES: Wrestling mats, wrestling dummies, lockers, weights, shoes, medical
tables & equipment, helmets, shoulder pads, carpet, toilets, showers, and door handles.

Factory Level

CLIENT: General Sports Venue
(the exclusive U.S. licensee of the AstroTurf® brand)
TREATMENT DATE: 2008 - present

FACILITIES (15 million sq. feet): 120 synthetic turf fields.
TREATED SURFACES: Synthetic turf systems.
ANTIMICROBIAL PRODUCTS PROvIDED: TurfAide is applied in the factory by GSV.

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Education

FACILITY: Fairfax County School District, VA

FACILITIES: 139 schools throughout the district.
TREATED SURFACES: Desks, sinks, keyboards & toilets.
ANTIMICROBIAL PRODUCT PROvIDED: School officials used CSG antimicrobial treatment
SurfaceAide XL.
TREATED FABRICS: School uniforms, culinary linens, towels & athletic uniforms for schools
throughout the District.
ANTIMICROBIAL PRODUCT PROvIDED: FabricAide was applied on site by District
laundry personnel.

Education

FACILITY: Clovis Unified School District, CA

TREATED AREAS (150,000 sq. feet): 42 schools throughout the District.
TREATED SURFACES: Desks, athletic mats, wrestling mats, lockers, showers, toilets, physical
education equipment, weights & cardio equipment.
ANTIMICROBIAL PRODUCTS PROvIDED: School officials used CSG antimicrobial treatments
SurfaceAide 1000 & SurfaceAide XL.

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Military

FACILITIES: U.S. Army: Fort Bliss, TX • Fort Huachuca,
AZ • Fort Richardson, AK

TrEATMENT DATE(S): 2008 - 2009
TREATED SURFACES (25,000 sq. feet): Combat training mats & equipment, storage
containers, showers, toilets, door handles & weight training equipment.
ANTIMICROBIAL SERvICE PROvIDED: Military officials used CSG antimicrobial treatments
SurfaceAide 1000 and SurfaceAide XL.
TREATED FABRICS: Towels and linens.
ANTIMICROBIAL TREATMENT USED: FabricAide was applied on site by military laundry
service personnel.

Military

FACILITY: Marine Corps - USMC Recruitment Depot,
SC. • Hawaii Marine Corps Base, HI.

TrEATMENT DATE(S): 2008 - present
TREATED SURFACES (50,000 sq. feet): Synthetic turf field at Paris Island, SC Recruit Depot,
combat training mats & equipment, lockers & storage containers.
SERvICES PROvIDED: TurfAide® was applied to synthetic turf field by CSG’s certified
applicators and the efficacy of the professional treatment is warranted for four years.
ANTIMICROBIAL SERvICE PROvIDED: Military officials used CSG antimicrobial treatment
SurfaceAide XL & SurfaceAide 1000.
TREATED FABRICS: Hawaii Marine Base treats all towels and linens used on the base.
ANTIMICROBIAL TREATMENT USED: FabricAide is applied on site by military laundry
service personnel.

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General Facilities

EChO
GLEn
FACILITY: Echo Glen Juvenile Detention Center, WA
TREATED AREAS (35,000 sq. feet): Living quarters, recreational rooms & community bathrooms.
TREATED SURFACES: Bed frames, walls, door handles, floors, toilets, showers & sinks.
SERvICE PROvIDED: The Surface Antimicrobial System.

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II
W H Y S A S I S I M P O R TA N T T O T H E P U B L I C

II W H Y S A S I S I M P O R TA N T T O T H E P U B L I C
• “Half way through the season, I can say without question that this team has experienced the
lowest number of skin infection breakouts since I’ve been coaching. The evidence is pretty clear
to me. We use the antimicrobial system and we don’t have any problems. We don’t, and we
have problems.”
— Steve Garland, Wrestling Head Coach, University of Virginia

• “Using this antimicrobial system has had such a positive impact on our program. This season
my team has had significantly fewer skin aliments than last year. I’m much more confident that
our team won’t be hit hard by skin issues, which makes it so much easier for the team to focus
on wrestling.”
— Brian Smith, Wrestling Head Coach, University of Missouri

• “We use SAS products because being proactive in the prevention of possible infections for our
soldiers and their families is a responsibility we take very seriously.”
— Eric Hildreth, Facilities Director, United States Army, Fort Bliss, TX

• “Here at the Buckner Physical Fitness Center we believe that we serve the greatest customers in
the world. We take immense pride in providing them with top-notch facilities and equipment. Without
CSG’s SportsAide 1000 antimicrobial treatment, we would certainly fall short of that goal.”
— Matt Livingston, Facilities Director, Fort Richardson Army Base

• “There are so many overt things we do to make our guests movie-going experience as
enjoyable as possible. You can’t necessarily see the Surface Antimicrobial System proactively
and continually working to stop the growth of bacteria, but we are certain our customers will
appreciate the added level of cleanliness.”
— ruth Daniels, Vice President, Sales & Marketing, Emagine Theatres

• “We evaluated every aspect of our team’s operations and determined that we could integrate
this proactive antimicrobial measure into every surface and washable fabric that our wrestlers
have a lot of contact with. Treating our wrestling room, competition mats, locker room, showers,
and bathrooms is just one portion of the comprehensive application. We’ll also have our student
athlete’s head gear, shoes, towels, and workout gear treated with this non-stop protection from
the growth of bacteria.”
— Brendan Buckley, Head Coach of Wrestling, Columbia University

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II W H Y S A S I S I M P O R TA N T T O T H E P U B L I C continued

• “We feel the Sports Antimicrobial System will be critical to our operations in 2009.”
— Doug Behar, Senior Director of Stadium Operations, Yankee Stadium

• “Our student athletes spend countless hours preparing for competition. Taking the most proactive
steps available to help minimize the risk of skin infections and keep our athletes competing is
something that is obviously very important to us. Taking the extra step of treating our facilities
with this antimicrobial system is something we couldn’t afford not to do.”
— Joel Greenlee, Head Coach of Wrestling, Ohio University

• “We do a number of things in our program to give our athletes the safest and healthiest possible
environment. I believe the application of the Sports Antimicrobial System throughout our facility
will play an important role in killing illness-causing microorganisms and help continually combat
bacteria and fungi that can be a major detriment to our team’s success.”
— Joe McFarland, Head Coach, University of Michigan Wrestling

• “Minimizing exposure to pathogenic organisms is paramount in the medical world. The Surface
Antimicrobial System is so intriguing because it is a long-term and safe solution to inhibiting the
growth of microorganisms on any surface or fabric in a medical environment.”
— Dr. David DeAtkine, M.D. Endocronology & Internal Medicine

• “The safety of our student athletes is a top priority to us. Treating our facilities with a long-lasting
antimicrobial product is another proactive thing that Clovis Unified can do to stay in front of the
threat of bacterial outbreaks. ”
— Dennis Lindsey, Director of Co-Curriculum Programs to Clovis Unified School District, CA

• “Obviously having any of our student athletes miss time because of skin issues can take away
from the success of our program. This antimicrobial system helps us stop any issues before
they start, and at the very least limit them.”
— Greg Smith, Wrestling Head Coach, York College

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II WHERE SAS IS HEADING NEXT
Since its inception four years ago, CSG has established itself as an industry leader in athletic,
educational and facility environments. The Surface Antimicrobial System’s™ proven benefits
have positioned CSG as an innovator and trusted provider of a ground-breaking solution against
the growing problem of infectious disease.

CSG’s past and current success with SAS naturally leads the technology into new avenues that
will greatly benefit from constant defense against bacteria and germs on high touch surfaces
and fabrics. Such avenues include the following:
• Healthcare
• Nursing Homes
• Child Care Facilities
• Airports
• Correctional Facilities

While taking the above verticals into account, the following are applications where SAS is
beneficial:
• Instrument Trays
• Patient Exam Tables
• Hospital Beds
• Toilets
• Sinks, Showers, Floors
• Medical Scrubs
• Blankets, linens, towels
• Handrails
• Toys

The ability to protect any fabric or surface from the growth of bacteria, mold and fungi, therefore
reducing transfer routes, creates an opportunity for SAS to be utilized in virtually every setting
where the spread of microbes are of concern. In today’s growing reality of pandemics, epidemics,
and infection, simply washing hands and disinfecting surfaces is no longer suffice as a standard
of “clean.” The future of clean lies within CSG’s trusted SAS technology, and CSG is dedicated
to providing it’s innovative solution to every environment in the world.

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II
S A S TA L K I N G P O I N T S

II S A S TA L K I N G P O I N T S
• Q: What is the Surface Antimicrobial System™?
A: The Surface Antimicrobial System is comprised of a family of products designed to eliminate
illness-causing microorganisms and continually inhibit the growth of bacteria, mold and fungi for
extended periods. CSG has developed treatments specifically designed to be applied to a wide
range of substrates. SurfaceAide™ 1000, SurfaceAide™ XL and SurfaceClean™ should be
used for surfaces, FabricAide® should be used for all washable fabrics and TurfAide™ should
be used for synthetic turf fields.

• Q: How long will the treatment last and what is the warranty on a treated surface?
A: Professional applications of SurfaceAide 1000 last for up to 3 years and is warranted for this
time span. SurfaceAide 1000 applied by the customer is warranted for up to 1 year. SurfaceAide
XL will provide protection for up to 90 days.

• Q: What surfaces can I apply SurfaceAide antimicrobial technology to?
A: SurfaceAide is ideal for high traffic, high contact touch points and surfaces where microbial
contamination is of concern. It can be applied to any hard, non-porous surface.

• Q: Is this antimicrobial technology safe to use?
A: Yes. All products are EPA registered and are water based, non-toxic and non-sensiting to
human skin.

• Q: Why is SurfaceClean necessary in the SAS system?
A: SurfaceClean is a powerful disinfectant specifically formulated to work in synergy with
SurfaceAide treated surfaces. It is important to disinfect surfaces before applying SurfaceAide,
as this first step will eliminate 99.9% of bacteria and germs on the surface and will allow
SurfaceAide to work effectively. SurfaceClean is effective against a broad spectrum of
microorganisms, including the H1N1 (Swine Flu) virus.

• Q: After treating the surface with SurfaceAide, do I still have to clean the surface and if so, are
there restrictions on what types of cleaning chemicals I can use?
A: Yes, any surface treated with SurfaceAide products will still need to be cleaned on a regular
basis, but application of harsh chemicals will not be necessary. SurfaceClean, the cleaner/
disinfectant developed by CSG, was designed to work in synergy with SurfaceAide treated
surfaces and equipment. By cleaning the SurfaceAide treated surface, the antimicrobial is able
to effectively and continuously control the growth of harmful contamination.

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II S A S TA L K I N G P O I N T S continued

• Q: How are SurfaceAide products applied?
A: The preferred method of applying SurfaceAide 1000 is through trained and certified applicators,
who use an electrostatic sprayer. This ensures complete coverage of the antimicrobial on the surface.
Applying SurfaceAide 1000 and SurfaceAide XL yourself can be done through various methods,
including spraying and wiping the product onto surfaces.

• Q: Is SAS a cost effective solution?
A: Yes. To be guaranteed the same efficacy and 24/7 protection of SAS, surfaces and fabrics
would have to use heavy chemical disinfectant every time a surface or fabric was touched round
the clock. The material and labor cost savings alone makes SAS a sound financial decision.

• Q: How do I treat my fabrics with SAS?
A: To treat all washable fabrics you would use FabricAide. To apply FabricAide simply pour 4 oz.
into a load of clean laundry during the rinse cycle. After the load of laundry is dried, an extremely
durable bond will be formed to the garment providing active antimicrobial protection against the
odors, stains and discoloration caused by bacteria, mold, fungi and mildew.

• Q: How long will the antimicrobial protection in FabricAide last?
A: One rinse cycle with FabricAide provides antimicrobial protection on your fabrics for up to 30
washes.

• Q: With what types of fabric can you use FabricAide?
A: FabricAide can be used with any type of commercial fabric available on the market.

• Q: How can I treat my synthetic turf field with TurfAide?
A: There are various methods of applying TurfAide to synthetic turf fields. Treatments can come
as TurfAide OEM applications where the antimicrobial is applied at the factory or as topical
applications onto the field.

• Q: Can I apply TurfAide myself?
A: Self-application depends on the TurfAide treatment being applied. The long-lasting
treatments of TurfAide 2 and TurfAide 4 must be applied by CSG certified applicators due to
EPA regulations. However, the entry level maintenance program of TurfD involves training of a
local field manager on the proper application technique so that subsequent applications may be
self-applied.

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III
P U R E T i FA C T S H E E T

III P U R E T I FA C T S H E E T
PURETi™ Green Tech Plays Key Role in Environmental & human health Issues
• A laboratory study conducted by renowned environmental engineering expert Professor
Alexander Orlov, Stony Brook University, revealed that coating a surface with PURETi will
reduce the presence of harmful nitrogen oxides (NOx) in the air by almost 80%.

• Dr. Orlov received his Ph.D. in Chemistry from Cambridge University. Dr. Orlov is an Assistant
Professor in the Materials Science & Engineering Department at Stony Brook University in New
York. He also works as an advisor to the British government on nanotechnology and public policy.

• NOx emissions is ground level ozone, which causes damage to human lung tissue and lung
function.

• According to the EPA, roughly one out of every three people in the United States is at a higher
risk of experiencing ozone-related health effects.

• Aside from breaking-down harmful air pollution, such as NOx, PURETi transforms surfaces into
self-cleaning materials that need to be cleaned half has often.

• When using PURETi, the water, energy, and harmful chemicals used in normal cleaning
maintenance of windows, building facades, cement, and metal is reduced by at least 50%.

• Product line currently consists of 3 products: PURETi Clear (for glass), PURETi Clean (for all
non-glass surfaces) PURETi Fresh (for fabrics).

• When used indoors, PURETi can break down air pollutants tied to Sick Building Syndrome,
including volatile organic compounds (VOCs) produced by fumes from cleaning chemicals and
formaldehyde from new office furniture and equipment.

• PURETi products are registered with the U.S. General Services Administration (GSA), certified
by the National Science Foundation (NSF), and have the Scientific Certification Systems (SCS)
Indoor Advantage Gold certification.

• PURETi’s SCS certification makes it an Environmentally Preferable Product and point worthy in
the LEED program of the U.S. Green Building Council.

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III PURETi TECHNOLOGY
Understanding PURETi Core Technology: Ultra Violet Photocatalysis (UV-PCO)

Photosynthesis is the natural process of light energy hitting plants and triggering the creation of
organic matter. Plants combine light energy from the sun, hydrogen from water, carbon dioxide and
nitrogen from ground fertilizer to create the organic molecules of life.

Photocatalysis is the opposite of photosynthesis. It is a natural process whereby light energy
hits a mineral and triggers a chemical process that results in the breakdown or decomposition of
organic matter. UV-PCO (ultra violet photocatalysis) is a technology that accelerates the natural
decomposition of organic matter. By definition, photocatalysis is the acceleration of a photoreaction
in the presence of a catalyst. A catalyst is a substance that accelerates or speeds up a chemical
reaction without being used up in that chemical reaction.

In UV-PCO, light energy from the sun or fluorescent
lamps energizes a mineral called anatase titanium
dioxide (TiO2) and the natural chemical breakdown
of organic molecules such as grime, bio-film, and
VOCs is accelerated. The TIO2 is not used up in
the process, so the UV-PCO process can continue
to breakdown organic molecules over-and-over
again until only harmless gas remains.

There are four basic components that must be present in order for UV-PCO to proactively and
continuously break-down organic matter: TiO2, light, water vapor (always present in the air as
humidity), and air flow. When light energy from either the sun or artificial fluorescent light hits a
PURETi treated substrate, the photocatalytic process is activated and passing water molecules
are turned into hydroxyl radicals.

The hydroxyl radical is one of the most powerful scrubbing agents in nature. It is two-to-three
times stronger than 100% chlorine in its oxidative power or ability to break up organic molecules.
The hydroxyl radicals generated in the PURETi photocatalytic process continually attack and
break up all organic molecules in its proximity. Organic molecules, whether they are part of grime,
bio-film, oils, or VOCs, get oxidized or burned up turning into water and carbon dioxide. This
process occurs in a billionth of a second and continues as long as light, humidity, PURETi and
air flow are present.

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III PURETi TECHNOLOGY continued

PURETi UV-PCO technology is the world’s most advanced. The discovery of UV-PCO technology
over thirty years ago has resulted in 6,000 patents and 12 global conferences on the use of
photocatalytic TiO2 to treat air and water pollution. While 99.9% of all the patents, academic
research, and commercial activity related to UV-PCO are categorized as the dry process or
generation 1 UV-PCO, PURETi is the only advanced wet process or third generation UV-PCO
technology available.

CSG’s PURETi UV-PCO technology is supported by 3 owned U.S. Patents and legal rights to an
additional 10 patents. PURETi UV-PCO technology is commercialized under three main products:

PURETi Clear specially developed for windows, solar panels, LED screens and
polycarbonate surfaces.

PURETi Clean which forms a durable, ultra-thin invisible film that oxidizes organic particles
creating self-cleaning surfaces on buildings and facades.

PURETi Fresh specifically developed for textiles and fabrics to promote odor elimination.

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III
INTRODUCTION OF PURETi PRODUCTS

III INTRODUCTION OF PURETI PRODUCTS
In the interest of understanding the revolutionary nature of CSG’s UV-PCO technology, it’s
important to clearly identify the well-known commercial names of the products.

PURETi Clear is a water-based surface treatment that keeps glass clean by eliminating the
build-up of grime and bio-film in a sustainable and environmentally beneficial manner. PURETi
Clear’s advanced photocatalytic activity and water sheeting functionality helps keep glass free
of unsightly organic matter without causing any visual distortion or haziness. One application
of PURETi Clear’s patented water-based UV-PCO technology delivers self-cleaning and
environmental benefits for years.

• Laboratory study conducted by Professor Alexander Orlov, of Stony Brook University, has
shown it cuts the presence of nitrous oxide (NOx) emissions in the air by 80%.

• Creates sustainable, self-cleaning glass surface that proactively breaks down grime and
bio-film buildup.

• Reduces cleaning maintenance costs by 50% and reduces the water, energy, chemicals and
labor expended in cleaning.

• PURETi Clear treated glass needs to be cleaned HALF as often and it’s TWICE as easy when
it’s done.

• Applicable to any glass surface at the OEM level or aftermarket, including: building windows,
solar panels, LED screens, and residential glass fixtures.

• Creates a super-hydrophilic surface, allowing water to sheet away non-organic residue.

• Easily applied in any setting through a one-step application process.

• PURETi Clear coated glass is transparent and haze free upon application and stays
cleaner longer.

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III INTRODUCTION OF PURETI PRODUCTS continued

Transforms virtually any surface into a sustainable, self-cleaning material that proactively
eliminates grime and bio-film buildup, improves air quality, and eradicates organic malodors.
Powered by the most advanced water-based UV-PCO (ultraviolet photocatalysis) technology
available today, PURETi Clean uses ultraviolet light, not chemicals to create sustainable, clean
surfaces that benefit the environment in ways never-before seen.

• PURETi Clean treated surfaces need to be cleaned HALF as often and cleaning is TWICE as
easy when it’s done.

• Reduces cleaning maintenance costs by 50% and reduces the water, energy, chemicals and
labor expended in cleaning.

• Significantly improves indoor and outdoor air quality by continually eliminating VOCs and
harmful green house gases such as Methane and NOx.

• Actively reduces levels of smog when applied to outdoor surfaces such as cement and
building facades.

• Eliminates stubborn organic malodors such as smoke & human and agricultural waste.

• Creates a super-hydrophilic surface, causing water to sheet away any non-organic residue.

• Only photocatalytic surface treatment with SCS Indoor Advantage Gold Certification.

• Applicable to virtually any surface including: cement, stone, ceramic tile, painted walls, plastic,
and metal.

• One professional application can last up to three years.

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III INTRODUCTION OF PURETI PRODUCTS continued

PURETi Fresh is a perfectly balanced photocatalytic surface treatment that turns fabrics and
textiles into light activated air scrubbers that cleanse a room of objectionable organic odors and
indoor air pollutants. PURETi Fresh is spray applied and:

• Works proactively to remove any organic malodors from the air, including: tobacco smoke, fire
damage, and human & agricultural waste.

• Works quickly and continuously - in as little as two days of exposure to light, PURETi Fresh treated
areas will be smelling fresh and remain virtually odor free for years – with one application.

• PURETi Fresh contains no perfumes and does not mask odors – it works actively and
continuously at the surface level to break-down odor causing molecules.

• Applications include, but are not limited to: fabrics in cars, boats, planes, and interiors of rooms
that are exposed to sunlight or fluorescent lighting.

• Easy one-step application process dries in approximately 10 minutes.

• Turns any fabric or textile into a sustainable air cleanser and odor eliminator, attacking harmful
indoor air polluters such as VOCs.

• Unmatched photocatalytic efficacy of 3 years with just one treatment.

• Independent testing laboratory has confirmed PURETi Fresh’s rapid and near reduction of
Nicotine, Benzene and Formaldehyde in a closed air chamber studies.

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III
P U R E T i T O D AY, P U r E T i T O M O R R O W

III P U r E T i T O D AY, P U r E T i T O M O r r O W
Education

FACILITY: Los Angeles Community College
– Child Development Center

TREATED AREA (50,000 sq. feet): Building Exterior
SURFACES TREATED: Windows, cladding, walls (stucco, eifs & painted metal).
SERvICE PROvIDED: PURETi Clear applied to windows, PURETi Clean applied to walls.
BENEFITS: Maintenance costs, water usage and chemical usage associated with cleaning
reduced by >50%. Building is NOx and smog reductive. LEED point earned toward USGBC
GREEN certification.
RESULTS: LACCD will be treating entire 9-campus system with photocatalytic TiO2.

Education

FACILITY: Los Angeles Community College
– Entire 9 Campus System

TREATMENT DATE: 2009 - 2011
TREATED AREA (1,000,000 sq. feet initially > 10 million sq. feet over course of project):
Classrooms, offices, gyms, dorms, parking garages & solar panels.
SURFACES TREATED: Windows, cladding, walls (stucco, eifs & painted metal) & solar panels.
reduced by >50%. Building is NOx and smog reductive. LEED point earned toward USGBC
GREEN certification.
RESULTS: UC Merced heard about PURETi from LACCD and will coat 2 buildings. LACCD
referred architects for University of Florida and University of Wisconsin to PURETi.

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III P U r E T i T O D AY, P U r E T i T O M O r r O W continued

Education

FACILITY: UC Merced – Residence Hall & Engineering
Building.

TREATED AREA (230,000 sq. feet): Building Exterior.
SURFACES TREATED: Windows, cladding, walls (stucco, eifs & painted metal).
BENEFITS: Maintenance costs, water and chemical usage associated with cleaning to be
reduced by >50%. Buildings will be NOx and smog reductive. LEED point to be earned toward
USGBC GREEN certification.
RESULTS: UC Davis and UC Santa Barbara heard about PURETi from UC Merced and are
currently planning projects.

Commercial

FACILITY: NUMMI (Toyota/GM JV factory), Fremont,
CA – Tour Building.

TREATED AREA (25,000 sq. feet): Building Exterior.
SURFACES TREATED: Windows, cladding, walls (eifs & painted metal).
reduced by >50%. Building is now NOx and smog reductive.
RESULTS: NUMMI will treat entire factory with PURETi when production recovers. NUMMI
recommended PURETi to Mayor of San Jose and California Air Resources Board.

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Commercial

FACILITY: Walmart, Grapevine, TX

TREATED AREA (5,000 sq. feet): Roof and building exterior - demo
SURFACES TREATED: TPO roofing membrane & eifs walls.
RESULTS: Treated roof was visibly cleaner in just 2 months. ROI calculated to be less than
3 years based on roof life span extension and annual savings in air conditioning costs – not
including smog reduction benefit. 200 million sq ft/year potential for chain wide roll out based
on treating 1,000 stores per year (200,000 sq. ft./store).

Commercial

FACILITY: Commercial Office Building, NYC.

TREATED AREA (1,000 sq. feet): Building exterior glass - demo
SURFACES TREATED: Glass windows & walls.
SERvICE PROvIDED: PURETi Clear self-cleaning surface treatment.
reduced by >50%.
RESULTS: Expanded 3-month test begins June 2009. Full building follows.

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Commercial

FACILITY: Ritz Carlton Hotel – Key Biscayne, FL

TREATED AREA (1,000 sq. feet): Building exterior – demo.
SURFACES TREATED: Windows, cladding, stucco walls.
RESULTS: Successful demo. Full building treatment is being negotiated.

Commercial

FACILITY: Clear Channel Jumbotrons
Times Square, NYC

TREATED AREA (1,500 sq. feet): LED signs - demo.
SURFACES TREATED: Polycarbonate signage.
reduced by >50%.
RESULTS: Expanded 3-month test begins June 2009. Full system rollout follows.

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Commercial

FACILITY: Waldorf Astoria Hotel – NYC

TREATED AREA (1000 sq. feet): Building exterior – demo
SURFACES TREATED: Limestone building exterior & glass windows
SERvICE PROvIDED: PURETi Clear applied to windows & PURETi Clean applied to walls.
reduced by >50%. Building will be NOx and smog reductive.
RESULTS: Expanded 1-year test begins May 2009. Full building cleaning is scheduled for
2010/2011. PURETi to be specified as final surface treatment.

Commercial

FACILITY: Cira Tower – 45 story glass tower in
Philadelphia, PA

TREATED AREA (1,000 sq. feet): Building exterior glass - demo
SURFACES TREATED: Glass windows & walls.
RESULTS: Expanded 3-month test begins June 2009. Full building follows.

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Commercial

FACILITY: Michigan State Capital

TREATED AREA (500 sq. feet): Building exterior walls & windows - demo.
SURFACES TREATED: Limestone & cement walls, glass windows.
SERvICE PROvIDED: PURETi Clear self-cleaning surface treatment applied to glass. PURETi
Clean self-cleaning surface treatment applied to walls.
RESULTS: Self-cleaning benefits are noticeable and will grow more noticeable until full cleaning
and restoration begins in 2011. PURETi to be specified as final surface treatment.

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III
P U R E T i TA L K I N G P O I N T S

III P U R E T I TA L K I N G P O I N T S
PURETi Clear
• Q: Can PURETi Clear really cut air pollution by 80%?
A: Yes. A laboratory study conducted by renowned environmental engineering expert, Dr.
Alexander Orlov, Stony Brook University, revealed that coating a surface with PURETi will
reduce the presence of harmful nitrogen oxides (NOx) in the air by almost 80%.

• Q: Does PURETi Clear treated glass mean that I never have to wash my windows again?
A: No, but glass treated with PURETi Clear needs to be cleaned HALF as often and it’s TWICE
as easy when it’s done.

• Q: How long will PURETi Clear last?
A: When applied properly, PURETi Clear will deliver its remarkable benefits for up to three years.

• Q: Can PURETi Clear be seen on glass?
A: No. PURETi Clear dries to form an invisible, transparent mineral film.

• Q: Do glass surfaces need to be clean before PURETi Clear is applied?
A: Yes. PURETi Clear is a keep-it-clean glass surface treatment, not a cleaning system. It
proactively breaks up all organic matter at the surface.

• Q: What kind of light is needed for PURETi Clear to work?
A: PURETi Clear is activated by ultraviolet light, and more specifically the UV-A range of light.
Sources of UV-A light include: direct sunlight, ambient light (found on cloudy days or in the
shade) and artificial fluorescent light.

• Q: How is PURETi Clear applied?
A: CSG has developed a customized electrostatic spray system that has been optimized to
apply PURETi products in the best possible manner. Glass surfaces are treated by applying one
coat of PURETi’s protective basecoat first, and then spraying on one coat of PURETi Clear.

• Q: Will PURETi Clear work indoors?
A: Yes. When applied to indoor glass surfaces, PURETi Clear will eliminate organic malodors and
significantly reduce air pollutants such as VOCs when sufficient UV-A light is present. However,
there isn’t a sufficient amount of light indoors to activate PURETi Clear’s self-cleaning benefit.

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III P U R E T I TA L K I N G P O I N T S continued

PURETi Clean
• Q: What is PURETi Clean made of?
A: PURETi Clean contains 99% water and 1% of the mineral titanium dioxide.

• Q: How long does PURETi Clean last?
A: When applied properly, PURETi Clean can last for up to three years.

• Q: What kind of light is needed for PURETi Clean to work?
A: PURETi Clean is activated by ultraviolet light, and more specifically the UV-A range of light.
shade) and artificial fluorescent light.

• Q: How much light is need for PURETi Clean to work?
A: The strength of light is measured in watts per square centimeter or mW/cm2. To experience
the full self-cleaning benefit of PURETi Clean 0 .10 mW/cm2 is required. The strength of direct
sunlight (1.2-2.0 mW/cm2) or ambient light (0.5 mW/cm2) is more than enough to activate
PURETi Clean’s self-cleaning benefit, air-cleansing, and odor-eliminating benefits.

• Q: Do surfaces need to be cleaned before PURETi Clean is applied?
A: Yes, surfaces should be cleaned before it is applied. PURETi Clean is a keep-it-clean surface
treatment, not a cleaning system. It proactively breaks up all organic matter at the surface.

• Q: What can PURETi Clean be applied to?
A: Any surface that is not glass, fabric or textile.

• Q: How is PURETi Clean applied?
apply PURETi products in the best possible manner. Surfaces are treated by applying one coat
of PURETi’s protective basecoat first, and then spraying on one coat of PURETi Clean.

• Q: Does PURETi Clean qualify for LEEDs Points?
A: Yes, PURETi Clean is certified by the Scientific Certification Systems (SCS) as an
Environmentally Preferable Product and point worthy in the LEED program of the U.S. Green
Building Council.

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III P U R E T I TA L K I N G P O I N T S continued

PURETi Fresh
• Q: What kind of odors will PURETi Fresh eliminate?
A: PURETi Fresh will eliminate any organic odor. It is most commonly used to eliminate the
following organic malodors:
• Tobacco Smoke
• Fire Damage
• Human & Agriculture Waste
• Gasoline or other petroluem-based fuels

• Q: How long will PURETi Fresh last?
A: When applied properly, PURETi Fresh will deliver its remarkable benefits for up to three years.

• Q: Can I apply PURETi Fresh to clothing?
A: Yes. It can be applied to clothing and will eliminate any organic malodor, such as tobacco
smoke, but once the item is laundered PURETi Fresh is no longer effective.

• Q: How long does it take for PURETi Fresh to start working?
A: Approximately 2-3 days.

• Q: Does PURETi Fresh qualify for LEEDs Points?
A: Yes. PURETi Fresh is certified by the Scientific Certification System (SCS) as an
Environmentally Preferable Product and point worthy in the LEED program of the U.S. Green
Building Council.

• Q: What kind of light is needed for PURETi Fresh to work?
A: PURETi Fresh is activated by ultraviolet light, and more specifically the UV-A range of light.
shade) and artificial fluorescent light. The strength of UV light is measured in watts per square
centimeter or mW/cm2. To experience the odor-eliminating and air-cleansing benefits of PURETi
Fresh 0.002 mW/cm2 is required a very modest light intensity. Artificial fluorescent lamps and
sunlight provide more than enough UV-A light for PURETi Fresh to work properly.

• Q: How PURETi Fresh applied?
apply PURETi products in the best possible manner. Fabrics and textiles are treated by applying
one coat of PURETi Fresh.

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IV CSG REFERENCES
SAS

• Doug Calland • Russ Romano
Head Athletic Trainer Head Athletic Trainer
Ohio State University University of Southern California
614.292.1164 213.761.6553

• Mike Eaves • Eric Steward
Men’s Hockey – Head Coach Athletic Trainer
University of Wisconsin – Madison Washington Redskins
608.262.3932 703.726.7094

• Mike Goforth
Head Athletic Trainer • Eric Waters
Virginia Tech University Head Athletic Trainer
mgoforth@vt.edu Washington Redskins
ewaters@washsports.com

• Barry Henson
Facilities Manager • Dr. rod Walters
Atlanta Spirit Independent Consultant
Barry.Henson@atlantaspirit.com Sports Medicine & Athletic Training
rod@rodwalters.com
803.920.7634
• Lori Parker
Youth Detention Cottages
Echo Glen Children’s Center, WA
425.831.2500

PURETi

• Michael Bishop • Dr. Alexander Orlov
Michigan State Senator Assistant Professor, Materials Science &
lkathawa@senate.michigan.gove Engineering
517.373.0609 Stony Brook University
aorlov@notes.cc.sunysb.edu
631.632.9978
• James W. Degan
President
Stuart Dean
jdegan@stuartdean.com
212.273.6900

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Csg Overview Package 10.09(1)

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