H O S P I TA L I T Y & L E I S U R E
ABOUT DRYWIRED
DryWired is an award-winning Los Angeles based clean tech firm that distributes advanced surface nanotechnologies globally. DryWired’s mission is to harness nanotechnology as a catalyst for change. Our eco-friendly protec@ve thinfilm coa@ngs make buildings more energy efficient, surfaces cleaner, lessen e-waste, reduce city air pollu@on and make food last longer. We are commiDed to solving global challenges through scien@fic partnerships with private laboratories and leading universi@es. • •
Award-Winning California Small Business Team of Award-Winning scien@sts
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Access to advanced energy efficient technologies Safe, water based or low VOC coa@ngs
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Expansive porKolio of thin film coa@ngs
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Smog ea@ng technology provider
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Partnership with SDVOSB
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12 years of deep Federal procurement experience
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SELECT CLIENTS
PROPRIETARY & CONFIDENTIAL
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HOW DRYWIRED CAN HELP Implementa@on of a combina@on of our coa@ngs will result in a greater “greener and cleaner” experience for guests, generate major cost savings and compliment any other sustainability projects currently under way.
Energy Efficency: -
Drywired® Liquid Nano1nt™, Roof Protect™ and Smart Paint™ will insulate rooms and building walls crea@ng considerable energy savings. All three products work together crea@ng a complete building insula@on envelope.
Maintenance & Cleaning Solu8ons: -
Our self-cleaning coa@ngs for solar panels, windows and building walls reduce year round cleaning and maintenance costs while saving water. Our SiO2, Plas1c & Metals nanocoa@ng is ideal for keeping high touch surfaces free of surface-pollutants in high traffic environments.
Cleaner Air: -
Our water based LumAc8v coa@ng breaks down indoor and outdoor air pollutants such as tobacco smoke, nitric oxides, carbon monoxide, pathogens, allergens as well as vola@le organic compounds (VOCs) and malodors. Cleaner air in hotel rooms and public resort restrooms will reduce the need for expensive “smoke smell” cleanups and lessen the use of harsh chemical cleaners.
Safer Floors: -
DryWired’s Slip Protect coa@ng prevents accidental falls in hotel bathrooms, wet walkways and near swimming pool areas. The thin, transparent coa@ng will help Crown Resorts minimize slip and fall liabili@es.
PROPRIETARY & CONFIDENTIAL
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E N E R G Y E F F I C I E N C Y N A N O C O AT I N G S
PROPRIETARY & CONFIDENTIAL
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LIQUID NANOTINT
Liquid NanoTint is a clear thin-film insula@on coa@ng comprised of an ultraviolet and infraredscreening agent. It can be applied to any glass surface with a common high-density foam roller. Liquid Nano@nt is available in two formula@ons: NanoTint and NanoTint Clear. Examples of Use • • • • •
Automo@ve glass Commercial glass Residen@al glass Glass manufacturing Polycarbonate materials
Product Characteris8cs • • • • • •
Blocks up to 100% of UV Rays • Blocks up to 95% of Infrared Rays Maintains up to 90% visible light transmission • • Reduces seasonal hea@ng/cooling costs • Cost effec@ve & environmentally friendly Easy applica@on by custom paint roller
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Can be applied on top of or under window film Dries in minutes No VOC Outgassing when fully cured 10 Year Warranty
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L I Q U I D N A N O T I N T: H O W I T W O R K S
PROPRIETARY & CONFIDENTIAL
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LIQUID NANOTINT and NANOTINT CLEAR
Uncoated Float Glass (3mm)
Liquid NanoTint
Liquid NanoTint Clear
Visible Light Transmission(%)
90
70.4
87
Total Solar Absorption(%)
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60.7
47.4
Total Solar Reflection(%)
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5.3
6.1
Total Solar Transmission(%)
86
34
46.6
Infrared Rejection(%)
16
94
72
Ultraviolet Rejection(%)
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99.9
99.9
0.88
0.46
0.63
1
0.64
0.72
Solar Heat Gain Coefficient Shading Coefficient
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LIQUID NANOTINTโ ข CASE STUDY Liquid NanoTint reduced the Petrossian West Hollywood Restaurant temperature by approximately 15ยบF, aner only coa@ng 50% of the restaurants glass.
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H E AT S H I E L D : S M A R T PA I N T
Coated Wall
Examples of Use • • • •
Walls Ceilings Apcs Ductwork
Heat Shield: Smart Paint(HSSP) is a high performance protec@ve thermal insula@on coa@ng that greatly reduces thermal transfer on any hard surface. HSSP’s adhesion and water barrier proper@es are far superior to those of conven@onal paints. They provide UV fade resistance and have built-in mold, mildew and algae barriers. HSSP have been formulated to reflect both visible light and infrared radia@on.
Product Characteris8cs
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Interior/ Exterior applica@on Non-Toxic/Water-Based 30% temp. reduc@on - 6 mil DFT Customizable Colors Immediate energy savings with short payback period Mold resistant, without use of harsh chemicals Moisture resistant
PROPRIETARY & CONFIDENTIAL
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Outstanding durability and weathering Easily applied by brush, roller or HVLP paint sprayer. Ideal for solid block walls that are not easily insulated by fibrous insula@on Provides protec@on from harmful UV rays Low odor Non-toxic, low VOC
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S M A R T PA I N T T H E R M A L I M A G I N G T E S T Smart Paint coated wall shows a reduc@on in surface temperature through Infrared Imaging.
Coated
Coated Uncoated
PROPRIETARY & CONFIDENTIAL
Uncoated
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H E AT S H I E L D : R O O F P R O T E C T
DryWired™ Heat Shield: Roof Protect is a Cool Roof Ra@ng Council registered thermal insula@on coa@ng specifically designed for roofing materials. This proprietary technology combines well-known reflec@ve proper@es with cupng-edge materials that radiate heat away from the surface. This material is a cost-effec@ve alterna@ve to tradi@onal roofing insula@on. Not only does Heat Shield: Roof Protect provide cost savings in terms of energy bills, it also provides a water and moisture barrier to roofing, increasing the longevity of the roof itself.
Examples of Use • • • • • •
Asphalt shingles Clay @les Concrete @les Wood shingles Slate @les Metal roofing
Product Characteris8cs • • • • • •
Excep@onal bond strength Can be applied without primer High tensile strength Abrasion resistant Water and moisture barrier Provides protec@on from harmful UV rays
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Mold resistant without the use of harmful chemicals 1 coat dries to 6 mil Easily applied by brush, roller or HVLP paint sprayer Solar reflectance index (SRI) over 108
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S M A R T PA I N T & R O O F P R O T E C T S O L A R R E F L E C TA N C E M E A S U R E M E N T Introduction %SZ8JSFE provided Huntsman with a set of colored coatings for solar reflectance measurement using Huntsman’s Cary 5000 spectrophotometer. For each of the two colors, drawdowns were provided on steel and also on sheen charts. For the sheen charts both plain and gloss finish were supplied at 2-3 mil thickness Solar reflectance of customer coatings 100 90
Solar Reflectance (%)
80 70 60 50 40 30 20 10 0
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E N V I R O N M E N TA L / A I R Q U A L I T Y S O L U T I O N S
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INTRODUCING DRYWIRED’S LUMACTIV In 1967, PhD student Akira Fujishima working in a small lab at the University of Tokyo discovered that the anatase form of @tanium dioxide, a common food pigment, decomposes vola@le organic compounds (VOCs) and other air pollutants when exposed to UV light. More than 48 years and over 3,000 academic studies later, scien@sts agree that global air pollu@on can be posi@vely impacted by the widespread applica@on of photo-cataly@c anatase @tanium dioxide coa@ngs. LumAc8v™ Key Points • Reacts with visible light as well as UV light • Safe for the environment and for human contact • Water-based solu@on • Saves water by breaking down dirt and making surfaces “self-clean” • Breaks down VOCs, METHANE, BTEX, bacteria, NOx and other airborne pollutants on contact • Durable, lasts for 10-15 years once applied • Removal rate for NOx per m2 is approx. 200 cubic meters of air per day. VOCs can be removed at a rate of 60 cubic meters per day* *Source: Lawrence Berkeley Na@onal Labs, 2007 study for California Energy Commission
LumAc8v™- How it Works
Proprietary & Confiden@al
Ti O 2 : H O W I T W O R K S
In the presence of light, the compounds that our coa@ng is capable of decomposing include nitrogen oxides (NOx), carbon monoxide (CO), formaldehyde, benzene, allergens, pathogens, odors and other vola@le organic compounds (VOCs). These pollutants are converted into non-toxic compounds like carbon dioxide, water and nitrates.
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T I TA N I U M D I O X I D E P H O T O - C ATA LY S I S Photocataly@c oxida@on had once only been possible under the presence of UV light and now with the chemistry DryWired has to offer, is now reac@ve into the visible light range. The ac@va@on of this reac@on in by visible light is possible through the doping of TiO2 with silver ions. Visible Light
Lux is a unit in which the luminous flux is measured per a unit area. A light intensity of only 100 Lux is required for ac@va@on of our TiO2 coa@ng. The greater the lux the greater the photo-cataly@c reac@vity.
Reactivity
Photocatalytic Reactivity
0
500
1,000 Lux
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L U M A C T I V : I N D O O R A I R P U R I F I C AT I O N
DryWired's Ac@ve nanocoa@ngs are ideal for indoor use. They are applied as a transparent spray on any surface with an HVLP sprayer.
DryWired LumAc8v coa8ngs will: • • • •
Decompose odors Break down allergens, dust Decompose endotoxins Increase sanita@on
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Remove cigareDe/cigar smoke from indoor fabrics Break down mold, fungus in the air Decompose over 60 types of VOCs Prevent respiratory issues
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L U M A C T I V : A I R T R E AT M E N T S Y S T E M S The LumAc@v unit ac@vely outputs a con@nuous stream of molecules which aDack and destroy the pathogens on a con@nual basis, in a highly effec@ve process, which is safe for both humans and animals. This system complements the LumAc@v coa@ngs. Benefits • Generates a process called ac@ve photo-cataly@c oxida@on (PCO) • Forms and releases large clusters of posi@vely and nega@vely charged ions: mul@-clustered ions (MCIs) • ADacks microbes (bacteria, viruses, vola@le organic compounds (VOCs), allergens, molds, and odors), wherever they exist in the indoor environment • Con@nues to treat the environment with MCIs on a con@nual basis • Has been proven unequivocally by independent universi@es and laboratories on a global basis to be highly effec@ve and safe • Is at work in many clinical, commercial, and residen@al buildings, as well as on the interna@onal space sta@on
PROPRIETARY & CONFIDENTIAL
Norovirus
Pathogen
Methicillan-resistant Staphylococcus aureus Staphylococcus aureus Clostridium difficile Listeria monocytogenes Group A streptococci Pseudomonas aeruginosa Streptococcus pneumonia Bacillus anthracis H1N1 H5N1 Stachybotrys chartarum Candida albicans Volatile Organic Compounds
Descriptive Examples Norwalk virus
Results
99.6% reduction
Lab Name: In vitro - Radil, LLC; FDA & EPA approved - Dr. Leila Riley, DVM.* In vivo shelter test: Aurora Animal Hospital, Dr. Nicole Bartley, DVM; State of Colorado Expert Witness for Veterinary Medicine; 3 month, double blind study.
MRSA
99.9% reduction
Lab Name: In vitro - Kansas State University, FDA & EPA approved, Drs. Ortega and Marsden, et al.
S. aureus
99.8% reduction
Lab Name: In vitro - Kansas State University, FDA & EPA approved, Drs. Ortega and Marsden, et al.
C. diff
99.8% reduction
Lab Name: In vitro - Kansas State University, FDA & EPA approved, Drs. Ortega and Marsden, et al.
Listeria
97.3% reduction
Lab Name: In vitro - Kansas State University, FDA & EPA approved, Drs. Ortega and Marsden, et al.
GAS
97.4% reduction
Lab Name: In vitro - Kansas State University, FDA & EPA approved, Drs. Ortega and Marsden, et al.
P. aeruginosa
99.9% reduction
Lab Name: In vitro - Kansas State University, FDA & EPA approved, Drs. Ortega and Marsden, et al.
S. pneumonia 99.9% reduction Lab Name: In vitro - Kansas State University, FDA & EPA approved, Drs. Ortega and Marsden, et al. Anthrax 97.6% reduction Lab Name: In vitro - Kansas State University, FDA & EPA approved, Drs. Ortega and Marsden, et al.
Swine flu
99.9% reduction
Lab Name: In vitro - Kansas State University, FDA & EPA approved, Drs. Ortega and Marsden, et al.
Bird flu
99.9% reduction
Lab Name: In vitro - Kansas State University, FDA & EPA approved, Drs. Ortega and Marsden, et al.
Fungus and Spores
99.4% reduction
Lab Name: In vitro - Kansas State University, FDA & EPA approved, Drs. Ortega and Marsden, et al.
Molds and Spores
99.5% reduction
Lab Name: In vitro - Kansas State University, FDA & EPA approved, Drs. Ortega and Marsden, et al.
Over 60 VOCs
Average of 91% reduction
Lab Name : In vitro - Avomeen Analytical Services, Ann Arbor, MI, FDA, cGMP, DEA, ACIL. Lab Name: In vitro - NREL, FDA & EPA approved, Dr. D. Tompkins, et al., summary of testing on PCO technology.
Volatile Inorganic Compounds Ammonia/ Nox/ H2S/ Sox/ O3 Odors
Average of 89% reduction
Lab Name: In vitro - NREL, FDA & EPA approved, Dr. D. Tompkins, et al., summary of testing on PCO technology.
Alkanes, Acetone, Alcohols, Ketones
Average of 87% reduction
Lab Name: In vitro - North Carolina State University, EPA & FDA approved, Dr. J. Peral, et al., testing on PCO technology.*
Basidiospores
In vivo testing: C&W Engineering, Ocala, FL - Showed pet odors reduced by 72%. Used 10 person test panel with two 500 ft3 test chambers.
Allergens, Fungus, Ringworm
99.4% reduction
Lab Name: In vitro - Kansas State University, FDA & EPA approved, Drs. Ortega and Marsden, et al.
Allergens
In vivo shelter test: Aurora Animal Hospital, Dr. Nicole Bartley, DVM; State of Colorado Expert Witness for Veterinary Medicine; 3 month, double blind study.
Pet dander, dust mite antigens
Average of 91% reduction
Lab Name: In vitro - University of Florida, EPA & FDA approved, Dr. D. Goswami; Mie University, Japan, N. Nishikawa, et al.; testing on PCO technology.
L U M A C T I V : O U T D O O R A I R P U R I F I C AT I O N
10,000 n2 of building facade-surface coated by DryWired will remove the same amount of pollutants in a 12 hour period as 70 full-grown broad-leaved trees.
2,000 n2 of DryWired coated rooďŹ ng is able to decompose the same quan@ty of Nitrogen Oxide (NOx) per year that a gasoline driven car emits during 10,563 miles of driving.
PROPRIETARY & CONFIDENTIAL
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MAINTENANCE & CLEANING SOLUTIONS
PROPRIETARY & CONFIDENTIAL
PERMA-CLEAN SOLAR
Perma-Clean Solar is a self cleaning an@-sta@c coa@ng for solar panels. This coa@ng prevents dust and other pollutants from contamina@ng a glass surface thereby enabling solar panels to maintain performance while also reducing maintenance cycles. Perma-Clean Solar is easily applied and dries in seconds. Product Characteris8cs • Strong hydrophilic proper@es • An@-sta@c • Self cleaning • Transparent • Weather resistant
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High degree of hardness Strong adhesion to a surface 100 Nanometer thickness
PROPRIETARY & CONFIDENTIAL
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TEXTILE SHIELD
Examples of Use • • • • • • •
Tex@le Shield is a revolu@onary non-toxic super-hydrophobic nanocoa@ng that can be applied as a transparent spray or liquid dip to natural and synthe@c tex@les. Unlike other hydrophobic fluorocarbon based tex@le coa@ngs, Tex@le Shield is breathable, bio-compa@be, completely inert and food safe. In laboratory tes@ng, Our Tex@le coa@ng achieved 150 degree superhydrophobic contact angles on natural and synthe@c tex@les. In addi@on, Tex@le Shield is resistant to harsh detergents and demonstrates excellent self-cleaning proper@es with con@nuous performance up to 30 washes. Tex@le Shield is only 100-150 nm in thickness (approximately 800 @mes thinner than a human hair). Tex@le Shield can be applied to fabrics such as: CoDon, Canvas, Suede/Leather Corduroy, Flannel, Poplin, Sailcloth, Sateen, Terry Cloth, Wool, Linen, Fleece or to synthe@c tex@les such as: Nylon, Polyester, Gore-tex, Microfiber, Acetate, Acrylic, Latex, Rayon, Polyblends, Olefin, Polypropylene, Spandex, and many more.
Clothing Household tex@les (pillows, furniture) Carpets Automo@ve fabrics CoDon Suede/leather Synthe@c fabrics
Product Characteris8cs
• • • • • •
Strong hydrophobic and oleophobic proper@es Strong non-s@ck proper@es • Excellent easy-clean effect for contamina@on and • liquids • Protec@on of fibers from the infiltra@on of dirt • Food-safe (inert) • Invisible to the human eye (coa@ng thickness: •
PROPRIETARY & CONFIDENTIAL
100-150 nm) Lasts up to 30 washes Temperature resistant Breathable Simple applica@on (do-it-yourself) Washing and cleaning agent resistance Cures in 24 hours
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A n t i b a c t e r i a l Te s t i n g R e s u l t s f o r Te x t i l e S u r f a c e s DryWired hired Microstar laboratories to prove the efficacy of its nanocoa@ngs. The following AATCC Test Method 100-2012: test was performed by Microstar. Test Procedure: Expose swatches of coated material to a specified type of bacteria for a 24 hour period, measuring bacteria count at the @me of introduc@on and the end of the 24 hour period. Compare to understand the nature of the coa@ng.
Test Organism
Test Standard Result
Staphylococcus aureus
ATCC#6538
97.7% Reduc=on
Klebsiella pneumoniae
ATCC#4352
> 99.96% Reduc=on
PROPRIETARY & CONFIDENTIAL
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P L A S T I C & M E TA L S
This non-s@ck coa@ng is specifically formulated to adhere to smooth surfaces such as plas@c and metal surfaces providing protec@on from dirt, oxida@on, and weathering. The coa@ng forms a permanent chemical bond with the surface to be protected, resul@ng in excellent abrasion and chemical resistance.
Examples of Use •
• •
Plas@c surfaces in sanitary areas (ex: plexiglass shower cabinet) Metal Surfaces Stainless steel surfaces
Product Characteris8cs • • • • • •
Hydrophobic Strong non-s@ck proper@es Excellent easy-clean performance Food-safe (inert) Invisible to the human eye (coa@ng thickness: 100-150 nm) Permanent (UV-stable, abrasion-resistance)
PROPRIETARY & CONFIDENTIAL
• • • • •
Resistant to temperature change Breathable Simple applica@on (do-it-yourself) Chemical-resistant Cures in 24 hours
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A n t i b a c t e r i a l Te s t i n g R e s u l t s f o r P l a s t i c & M e t a l Surfaces The American Associa@on for Laboratory Accredita@on conducted a test to prove the efficacy of its DryWired’s nanocoa@ngs. The following JIS Z 2801:2010 test was performed by A2LA. Test Procedure: Expose swatches of coated material to a specified type of bacteria for a 24 hour period, measuring bacteria count at the @me of introduc@on and the end of the 24 hour period. Compare to understand the nature of the coa@ng.
Test Organism
Test Standard
Result
Escheerichia coli ATCC#8739
97.0% Reduc:on
Listeria ATCC#19155 monocytogenes
98.6% Reduc:on
PROPRIETARY & CONFIDENTIAL
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SAFER FLOORS
PROPRIETARY & CONFIDENTIAL
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SLIP PROTECT
Examples of Use • • • • • • •
All common flooring surfaces Natural & composite stone Plas@c, natural & composite wood Metal Glass Ceramic Concrete
DryWired® Slip Protect: An inorganic hybrid polymer, represents an exci@ng technology in coa@ngs that can provide an@-slip surface finishes that are far more durable than what has been on the market up un@l now. It can be applied to prac@cally all surfaces to achieve OSHA and ADA compliant coefficient of fric@on (COF). Slip Protect is an extremely easy to work with two-part, low VOC coa@ng. Slip Protect’s surface hardness provides excellent abrasion, chemical, solvent and stain resistance. The coa@ng offers outstanding UV and weather protec@on and can even be used in con@nuously submerged applica@ons. Slip Protect coa@ngs retain color and gloss far beDer than nearly any other topcoat in the protec@ve coa@ng industry, including the best epoxies and polyurethanes. Slip Protect is safe, easy to apply and is fully compa@ble with exis@ng cleaning modali@es such as walk-behind mechanical cleaning equipment.
Product Characteris8cs • • • •
No stripping, burnishing or waxing necessary Improves sustainability Abrasion resistant Chemical resistant
PROPRIETARY & CONFIDENTIAL
• • • •
Solvent resistant Stain resistant UV & Weather protec@on Low VOC
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FOR ADDITIONAL INFORMATION PLEASE CONTACT : Office: +1-310-855-1201 • Fax: +1-310-855-1208 • Email: sales@drywired.com 144 N. Robertson Blvd. Suite B, Los Angeles, CA 90048 www.drywired.com