Dw cedarsinai

A Greener & Cleaner

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About DryWired

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Award-winning California small business

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Network of award-winning scien8sts

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Expansive por=olio of thin film protec8ve coa8ngs

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Advanced energy efficient technologies

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Distributes air cleaning nano-technologies

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Focus on safe, waterborne low VOC coa8ngs

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Research partnerships with universi8es and independent labs

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M E M B E R

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Select Clients/R&D Partners

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How We Can Help Cedars Sinai Be Greener & Cleaner DryWired’s suite of technologies offer: •

Active photo-catalytic hospital cleaning capabilities

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Increased energy efficiency without sacrificing visible light transmittance

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Self-Cleaning windows = Water conservation

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Decreased maintenance costs

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Reduce carbon footprint

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Increased durability of building materials

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Improved indoor air quality

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Increased efficiency of solar panels

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Non-Slip surfaces

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Active Cleaning Solutions

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The Problem: Hospitals use “passive” cleaning techniques and harsh chemicals to sanitize

MRSA a.k.a. Staph

Listeria

Influenza

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C. Diff

Outdated Cleaning Methods Are Dangerous The use of harsh chemicals to clean hospital surfaces provide temporary protection from dangerous pathogens. Many of the chemical cleaners include ingredients that are harmful to humans. Minutes after cleaning, surfaces are re-infected.

2-BUTOXYETHANOL (1930s)

AMMONIA (1914)

CHLORINE (1810)

Can cause sore throats when inhaled, at high levels glycol ethers can also contribute to narcosis, pulmonary edema, and severe liver and kidney damage.

Often leads chronic The health risks from bronchitis and asthma. chlorine can be subtle, Ammonia can also create and they can be chronic; a poisonous gas if mixed it’s a respiratory irritant at with bleach. an acute level.

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HYDROGEN PEROXIDE (1818) Hydrogen peroxide is corrosive especially when concentrated but even domestic-strength solutions can cause irritation to the eyes, mucous membranes and skin

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The Problem: Waiting rooms are breeding grounds for super-bugs According to a 2014 study published by the New England Journal of Medicine, there were an es8mated 722,000 Hospital Acquired Infec8ons (HAIs) in U.S. hospitals with over 75,000 infec8ons resul8ng in death.* High-touch surfaces are cleaned inconsistently

Fabric on chairs are breeding grounds for harmful pathogens

Clipboards are shared amongst sick pa8ents

PROPRIETARY & CONFIDENTIAL * h^p://www.nejm.org/doi/full/10.1056/NEJMoa1306801#t=ar8cleResults

Check in counters are constantly re-contaminated

The Problem: Passive cleaning techniques are inefficient and outdated

Hospital room curtains are never cleaned

Lab coats and Dr. 8es spread disease from one pa8ent to another

Dr.’s Lab coats pick up and spread pathogens throughout the day

Bed sheets harvest MRSA

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The Solution: DryWired’s Suite of complementary technologies actively clean rooms 24/7 UVAirX’s NASA inspired technology deploys a continuous stream of multiclustered ions throughout the room keeping surfaces cleaner for longer

DryWired’s LumActiv water-based coating helps oxidize airborne pathogens using the power of light

DryWired’s water-based, chemically inert Textile Shield uses complex surface

DryWired’s organic laundry

nanostructure to prevent bacterial adhesion on

additive provides hospital

fabrics such as doctors’ gowns and hospital

bedding with continuous

furniture

anti-microbial protection PROPRIETARY & CONFIDENTIAL

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The Solution: Active Cleaning with UVAIRx The UVAIRX unit actively outputs a continuous stream of molecules which attack and destroy pathogens on a continual basis.

• Generates a process called active photo-catalytic oxidation (PCO) • Forms and releases large clusters of positively and negatively charged ions: multi-clustered ions (MCIs) • Attacks microbes (bacteria, viruses, volatile organic compounds (VOCs), allergens, molds, and odors), wherever they exist in the indoor environment • Continues to treat the environment with MCIs on a continual basis • Has been proven unequivocally by independent universities and laboratories on a global basis to be highly effective and safe • Is at work in many clinical, commercial, and residential buildings, as well as on the international space station

Wall-mounted unit

Benefit to Cedars Sinai DryWired’s UVAIRX technology is ideal for cleaning large indoor environments and providing employees with a safer, cleaner work environment by sanitizing surfaces 24 hours a day/7 days a week.

In-duct unit

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The Solution: UVAIRx Unit Safety

• Only affects bacterial surface – no damage to cytoplasmic protein or DNA • Unlike using radiation or UV, process does not damage DNA and cause cells to mutate or become cancerous • Unlike other PCO technologies, UVAIRx emits no ozone or formaldehyde • Successfully in use in government buildings, schools, restaurants and care facilities • Efficacy validated by years of 3rd party tests

Causes fragmentation of surface membrane leading to malfunction and eventual death of a pathogen cell PROPRIETARY & CONFIDENTIAL

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The Solution: UVAIRx Competitive Analysis

Operational Factors

UVAIRx (PCO)

Xenex (Robot)

24/7 Protec,on

Yes

No

Labor Intensive

None Required

One F/T person per unit

$1,495/Unit (Covers 5,000 sq k)

$100,000/Unit

Never

During Operation

Overall protec,on

Yes

Only kills pathogens on surfaces within “line of sight�

Removes odors, mold, VOCs

Yes

No

No Only damages the cell wall and not the DNA

Yes Damages DNA which can lead to mutation

No Operates con8nuously in the environment

Yes Machine must be moved in place by personnel and area has to be supervised

Cost Room out of availability

Danger of crea,ng super bugs Requires supervision during opera,on

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The Solution: UVAIRx Pathogen Reduction Pathogen

Results

Norwalk Virus (Norovirus)

99.6% reduction

Methicillan-resistant Staphylococcus aureus (MRSA)

99.9% reduction

Staphylococcus aureus (S.aureus)

99.8% reduction

Clostridium diďŹƒcile

99.8% reduction

Listeria monocytogenes (Listeria)

97.3% reduction

Group A streptococci (GAS)

97.4% reduction

Pseudomonas aeruginosa

99.9% reduction

Streptococcus pneumonia

99.9% reduction

Bacillus anthracis (Anthrax)

97.6% reduction

H1N1 (Swine flu)

99.9% reduction

H5N1 (Bird flu)

99.9% reduction

Stachybotrys chartarum (Fungus and spores)

99.4% reduction

Candida albicans (Mold and spores)

99.5% reduction

Volatile Organic Compounds (Over 60 VOCs)

91% average reduction

Volatile Inorganic Compounds (Ammonia/ Nox/ H2S/ Sox/ O3)

89% average reduction

Odors (Alkanes, Acetone, Alcohols, Ketones)

87% average reduction

Basidiospores (Allergens, Fungus, Ringworm)

99.4% reduction

Allergens (Pet dander, dust mite antigens)

91% reduction

Microbial Testing performed by: Dr. James Marsden (Kansas State University), Dr. Sergey Grinshpun (University of Cincinnati), Dr. Leila K. Riley (University of Missouri)

Why not conventional air cleaning systems?

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Passive Air Filtration

Germicidal UV lights

Negative Ionization Air filter

• Traps particulates • No affect on VOCs • Only affects air that passes through filters • Breeds mold, bacteria & viruses • Disposal problems • Costly replacement and/or cleaning of filters

• Only effects bacteria & viruses at close range • Needs long dwell time to show any effectiveness • Slight effect on some pathogens

• Not recommended by EPA • Produces too much ozone • Can irritate respiratory system • Very limited range • Black wall issues

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The Solution: The LumActiv photo-catalytic coating supports active cleaning process and compliments the UVAIRX system LumActiv™ is an ISO certified photo-catalytic water-based coating that can be added to any hard surfaces in a hospital. Once exposed to light, the coated surface creates multi-clustered ions capable of oxidizing pathogens, decomposing volatile organic compounds (VOCs), malodors, and most airborne noxious substances. The active ingredient is titanium-dioxide which is an FDA approved food pigment.

Applying Lumactiv to hospital walls and lights compliments the UVAIRX systems and insures more robust 24/7 cleaning.

LumAc8v coated lights create mul8clustered ions that help destroy airborne pathogens circula8ng in hospital hallways 24/7

LumAc8v can be applied on any hard surface including walls, high-touch surfaces, air vents and doors

“Indoor air levels of many pollutants may be 2-5 times, and occasionally, more than 100 times higher than outdoor levels.”

– Epa.gov

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LumActiv How It Works

In 1967, PhD student Akira Fujishima working in a small lab at the University of Tokyo discovered that the anatase form of titanium dioxide, a common food pigment, decomposes volatile organic compounds (VOCs) and other air pollutants when exposed to UV light. More than 48 years and over 3,000 academic studies later, scientists agree that global air pollution can be positively impacted by the widespread application of photo-catalytic anatase titanium dioxide coatings.

In the presence of light, the compounds that our coating is capable of decomposing include nitrogen oxides (NOx), carbon monoxide (CO), formaldehyde, benzene, allergens, pathogens, odors and other volatile organic compounds (VOCs). These pollutants are converted into non-toxic compounds like carbon dioxide, water and nitrates.

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The Solution: Plastic & Metals Self-cleaning Nano-coating

Plastic & Metals is a protective hydrophobic and oleophobic nanocoating that can be applied to any non porous synthetic or metallic surface. This coating provides stain-resistance, easy-to-clean properties and has been shown to prevent bacterial growth in laboratory testing. Applied by simple spray and wipe application, the coating is approximately 1,000 times thinner than a hair. Recommended for application on metal door handles and other high touch surfaces in a hospital.

Features • Water-repellent • Oil-repellent • Easy-to-clean effect • Invisible to the human eye (coating thickness: 100-150 nm) • UV-stable • Abrasion resistant • Resistant to temperature change • Breathable • Simple application (do-it-yourself) • Chemical resistant • Dries in seconds, cures in 24 hours

Uses • Iron • Stainless steel • Aluminum • Brass • Copper • Polystyrene (PS) • Polypropylene (PP) • Polyethylene Terephthalate (PET/PETE) • High-density Polyethylene (HDPE) • Polyvinyl Chloride (PVC)

Benefit to Cedars Sinai DryWired’s Plastic & Metals coating is ideal for hospitals to prevent the spread of disease from high-touch surfaces.

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Plastic & Metals Antibacterial Testing Results

The American Association for Laboratory Accreditation conducted a test to prove the efficacy of its DryWired’s nanocoatings. The following JIS Z 2801:2010 test was performed by A2LA. Test Procedure: Expose coupons of coated material to a specified type of bacteria for a 24 hour period, measuring bacteria count at the time of introduction and the end of the 24 hour period.

Test Organism

Test Standard

Result

Escheeria Coli

ATCC #9739

97% Reduction

Listeria Monocytogenes

ATCC #19155 98.6% Reduction

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Textile Shield Self-cleaning Coating

DryWired Textile Shield is a revolutionary water based/non-toxic super-hydrophobic nanocoating that can be applied as a transparent spray or liquid dip to natural and synthetic textiles. Unlike other hydrophobic fluorocarbon based textile coatings, Textile Shield is breathable, biocompatible, completely inert and food safe. In laboratory testing, our textile coating achieved 150 degree super-hydrophobic contact angles on natural and synthetic textiles.

DryWired hired Microstar laboratories to prove the efficacy of its nanocoatings. The following AATCC Test Method 100-2012 test Features was performed by Microstar.

• Water-repelling • • • • • • • • • •

Blocks stains Easy-to-clean effect Protection of fibers from the infiltration of dirt Odorless Invisible to the human eye Breathable Simple spray application (trigger sprayer included) Washing and cleaning agent resistance Lasts up to 30 washes Temperature resistant

Test Organism

Test Standard

Result

Staphylococcus

ATCC #6538

97.7% Reduction

Klebsiella pneumoniae

ATCC #4352

>99.96% Reduction

Benefit to Cedars Sinai DryWired’s Textile Shield coating can be applied to hospital furniture and clothing in order to prevent staining and microbial growth.

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The Solution: Anti-Microbial Bed Sheets

DryWired’s chitosan based anti-microbial coatings can be added to normal laundering cycles.

Once added, these organic, human friendly chitosan coated textiles have shown to reduce Staphylococcus by 100%. This technology compliments our other active cleaning recommendations.

Test Organism

Test Standard

Result

Staphyloc occus

ATCC 100-2004

100% Reduction

EPA Registration No. 81446-2 PROPRIETARY & CONFIDENTIAL

Sustainability Solutions

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The Problem: Hospitals are limited by outdated energy efficiency technologies •

Tinted windows increase smart ligh8ng bills and block natural daylight from hospitals

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Solar panel implementa8on has limited efficiency due to dirt accumula8on on panels

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Low-E Glass is expensive and labor intensive to install

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In order to keep buildings clean, hospitals waste thousands of gallons of water every year

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The Solution: Liquid NanoTint Thermal Insulation Coating for Glass

Liquid Nanotint® is a transparent thermal insulation coating for windows capable of blocking 100% of Ultraviolet (UV) rays, up to 95% of Infrared (IR) rays and maintaining up to 90% Visible Light Transmission (VLT).

Features • Reduces seasonal heating/cooling costs • Absorbs and dissipates heat (non-reflective) • No Heat Island Effect • Cost effective & environmentally friendly • Easy application by custom paint roller • Can be applied on top of or under window film • Dries within minutes • Zero off gassing when fully cured • Below VOC limit for EPA Glazing standards • 10 Year Warranty • Recommended for interior glass application • Excellent retrofit for single-pane glass

Uses • Commercial glass • Residential glass • Glass manufacturing • Polycarbonate materials • Skylights

Benefit to Cedars Sinai Liquid Nanotint’s transparent “paint-on” insulation is ideal for retrofitting un-insulated single pane windows or increasing insulating on existing tinted/ low-e glass.

The Solution: Liquid NanoTint How It Works

• Metal-oxide nanoparticles infused in DryWired’s proprietary binder, trap thermal energy and dissipate heat • Nanoparticles include tungsten oxide and antimony tin oxide (20nm thickness)

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The Solution: Liquid NanoTint Comparison

How does Liquid NanoTint compare to conventional window film?

LIQUID NANOTINT

CONVENTIONAL WINDOW FILM

VS

Lasts at least 10 years

Lasts 5-7 years

High durability

Easily cracks with moisture and heat

No distortion

Distorts visibility due to patterns in film

24-hour, All Climate protection

Eective only in sunlight

Easy application

Imperfections due to user error

Greater abrasion resistance

Easily scratched

Applicable on uneven surfaces

Cannot be applied on textured glass

Ideal for historic building glass

Cannot be applied to historic buildings

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The Solution: LumActiv Outdoor – Super-Hydrophilic coating reduces cleaning cycles When LumActiv is applied to the exterior glass surface of a building and is exposed to light, it has the unique ability to break down city smog as well as clean the surface of a window. The result is the immediate reduction in carbon footprint for the building as well as savings linked to reduced window cleaning cycles.

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In Summary DryWired’s suite of unique nano-technologies supports Cedars Sinai’s sustainability goals and gives it viable solutions to fight a rise in hospital acquired infections.

Thank you!

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Case Studies

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The Solution: UVAIRx Case Study – Elementary School Client: Goddard School Elementary School Date: 2014 Location: Colorado Challenge: The Goddard School in Colorado was experiencing a surge in absences during cold/flu season.

Solution: The school installed an in-duct UVAIRx system. After installation, illnesses dropped by 600%.

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The Solution: UVAIRx Case Study – Veteran’s Home Client: Denver Fisher House Veteran’s Home Date: 2012 Location: Colorado Challenge: Aker an outbreak of Norovirus and other air quality concerns, the Denver Fisher House was looking for a way to improve sanita8on at their facility.

Solution: UVAIRx system was introduced and independent bacterial testing was performed proving that the photocatalytic oxidation process was helping keep the center clean and reduced the risk of communicable diseases spreading amongst the veteran residents.

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The Solution: UVAIRx Case Study – Restaurant Client: Aventine Restaurant Date: 2016 Location: San Francisco, CA Challenge: Aventine San Francisco was having difficulty reducing odors from overnight alcohol spills.

Solution: DryWired installed a UVAIRx unit inside the restaurant. Within hours staff reported air quality improvements and a reduction in alcohol based odors.

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The Solution: UVAIRx + Lumactiv Case Study – Animal Shelter Client: South Los Angeles Animal Shelter Date: 2016 Location: Los Angeles, CA Challenge: The South Los Angeles Animal Shelter wanted to improve air quality for the animals it houses and its workers in the facility.

Solution: DryWired was hired to coat the 1,000 sq feet of LumActiv and mount a UVAIRX system in a feline quarantine room. Within 24 hours, facilities workers and veterinarians reported an “80% reduction in malodors.”

"The City of Los Angeles Department of General Services Building Maintenance division was glad to see that the UVAIRX Unit…greatly reduced the cat urine odor.”

-Assistant Director of the City of Los Angeles’ Department of General Services Building Maintenance Division, BJ Fulkerson

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Liquid NanoTint Case Study – University Building Client: University of Idaho Date: 2015 Location: Moscow, ID Challenge: University of Idaho experienced uncomfortably hot conditions in their buildings during the summer months due to a lack of central air conditioning.

Solution: Liquid NanoTint was applied to single-pane glass in one of the affected buildings and reduced room temperature up to 20ºF. Testimonial: “(Liquid NanoTint) is the best thing since sliced bread“ – Fred Pollard, University of Idaho Resource Conservation Manager

Normal Glass (Heat passes through) PROPRIETARY & CONFIDENTIAL

Liquid NanoTint Glass (Nanopar8cles trap heat)

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Liquid NanoTint Case Study – City Hall Office Client: Los Angeles City Hall Date: 2016 Location: Los Angeles, CA Challenge: Los Angeles City Hall’s old single-pane glass provided no UV or Infrared protection to the Deputy Mayor’s Office.

Solution: Liquid NanoTint was applied to the office windows providing 100% UV protection and 95% IR rejection. The Mayor’s energy efficiency staff measured a 19ºF difference taking into consideration ambient room temperature and outdoor weather differences.

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Liquid NanoTint Case Study – Restaurant Client: Texas National Guard Date: Sept . 2016 Location: Texas Challenge: National Guard Recruitment centers in Weatherford and Terrell Texas were experiencing extremely hot room temperatures due to un-insulated single-pane glass.

Solution: Liquid NanoTint was applied to the single-pane windows in order to increase the building’s energy conservation efforts while not sacrificing visible light transmittance.

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LumActiv Case Study – Historic Building Client: LA Public Library - City of Los Angeles Date: 2016 Location: Los Angeles, CA Challenge: The Los Angeles Central Library was built in 1926 and is listed as a National Historic building. Due to its location in downtown Los Angeles, the building accumulates carbon deposits from smog and car emissions.

Solution: DryWired was hired to coat the 11,000 sq feet of with LumActiv so that it would stay clean throughout the year. In addition, LumActiv serves as a “smog eating” coating breaking down over 60,000 cubic feet of VOCs per day.

PROPRIETARY & CONFIDENTIAL

Contact

DryWired Company Information Office: +1.323.581.8181 Fax: +1.310.855.1208 5524 Alcoa Ave. Vernon, CA 90058 www.drywired.com

PROPRIETARY & CONFIDENTIAL

12/13/16