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ADVANCED LAUNDRY OXIDATION SYSTEM

TM. ADVANCED LAUNDRY OXIDATION SYSTEM. Why EcoTex?. Ozone Laundry Leadership Thoroughly Tested > 2,500 Installations Worldwide Engineered Efficiency - Diffusion Approach Ease of Installation & Use Small Profile Wall-Mounted Unit Programmable Turnkey System Low Capital Requirement

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ADVANCED LAUNDRY OXIDATION SYSTEM

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  1. TM ADVANCED LAUNDRY OXIDATION SYSTEM

  2. Why EcoTex? Ozone Laundry Leadership Thoroughly Tested > 2,500 Installations Worldwide Engineered Efficiency - Diffusion Approach Ease of Installation & Use Small Profile Wall-Mounted Unit Programmable Turnkey System Low Capital Requirement Low Inventory Required Leasing & Rental Programs Available High Profitability Broad Product Line - Washers from 35 lbs. to 600 lbs. Sales and service support

  3. Presentation Overview • Company • Technology • Performance • Markets (California & North America)

  4. Company • Established. 1986, fully acquired by AWTP Inc. & WAUD Capital in 2005 • Serving additional ozone markets for bottled water, problem water, waste management, food processing, beverage, aquaculture, agriculture, and recreational markets with over 100,000 ozone installations worldwide. • Fully integrated designer and manufacturer of ozone generators and turnkey laundry systems

  5. Company - Leadership Cameron D. Tapp - CWT President • Technical leader in ozone industry • Chairmen of WQA Ozone Task Force • Established NSF / ANSE standard 222, the accepted industry standard for measuring ozone output from generating equipment • Chairmen of the IOA Air Treatment Task Force and member of IOA Agri-Food Task Force • Board member of the IOA Board of Directors. • Patents pending on multiple ozone -related products and processes

  6. The Company - Technical Advisory Board • Rip Rice PhD., Rice Int’l Consulting Enterprises, Sandy Lake, MD, USA • Dee Graham PhD. • Art Dawson PhD. • Paul Overbeck - International Ozone Association (IOA), President • Dr. Brian Hampson - PhD. - Cal Poly Food Science Professor • Chuck Sopher PhD. - Dr. Sopher is Senior Associate with Global Energy Partners. He directs EPRI/Global's Agriculture and Food Technology Research Program. worked on several biofuel projects and is considered an expert in the field Chuck has been involved with IOA for nearly 15 years.

  7. Company - Tools, Support, Training • EcoTex™ Installation Support • Installation Assistance on Initial Installations • EcoTex™ Sales Tools • www.cwtozone.com • ROI Calculation • Marketing Collateral • EcoTex™ Training • Technical Training - Chemical Re-formulation • Installation & Maintenance Training • EcoTex™ Equipment • Simplicity in Operation • Low Maintenance

  8. Technology - Thoroughly tested in over 2,500 installations ClearWater Tech - ozone laundry technology leader > 80% market share Units sold globally Sales predominantly in U. S. ,the United Kingdom and Western Europe Laboratory tests prove EcoTex™ technology kills bacteria, viruses and superbugs EcoTex™ - proven ability to cut laundry operational costs

  9. The Technology - Design Approaches • Diffusion • Direct Water Injection • Charged Water Injection • Recirculation & Reclaim

  10. Design Approaches Ozone Laundry Direct Water Injection Diffusion Charged Water Injection Recirculation & Reclaim

  11. Technology - System Design Advantages & Disadvantages The Opportunity

  12. Technology - Recirculation & Reclaim

  13. Technology - Charged Water Injection

  14. Technology - Direct Water Injection

  15. Technology - Diffusion Single Washer

  16. Technology - Diffusion Dual Washer

  17. Technology - Diffusion Features & Benefits

  18. Performance - EcoTex • Eliminates Microbes - Faster and more effectively than chlorine bleach, 99.99% kill rate with cold water • Saves Energy - reduces energy use up to 90% in washing and 20% in drying • Saves Water- reduces water usage by 30% -45%. • Saves Detergent and Chemical- makes existing chemicals work better • Increases Oxygen in Water- Open fibers & oxidize contaminants • Oxidizes Linen Soils- Soil more easily removed from wash water • Reduces Chemical Use- Up to 50% • Reduces Bleaching - Disinfects without chlorine bleach • Reduces or Eliminates Softening - By reducing sour chemical residue • Deodorizes - Breaking molecular bonds of organic and inorganic compounds, including smoke odors • Effluent Quality - Lowers chemical oxygen demand (COD) and biochemical oxygen demand (BOD) in wastewater, improving the environment • Textile Life and Quality - No chemical residue left on linen • Operational Efficiency - Reduces cycle time and number of steps in wash cycle for lowering associated laundry labor costs

  19. Performance - Ozone Benefits

  20. Performance - The EcoTex Program Advantage Better Results with Less Steps

  21. Performance - Microbe Menace Demands Disinfection • MRSA, antibiotic resistant bacteria, is significant cause of death and illness in healthcare and athletic facilities worldwide • Resistant to conventional hot water/bleach disinfection • Communicable via touch, water, bed linen, towels and clothing. • Eradicated with the use of ozone in wash water and whirlpools.

  22. Markets - Facilities With Microbe Concerns • Hospitals • Nursing Homes • Athletic Facilities • Hotels & Motels • Prisons • Jails

  23. Performance - Laboratory Test Results • Tests conducted at MicroSearch Laboratories, United Kingdom • Test linen contaminated with different bacteria, including MRSA and viruses prior to washing • Three wash methods tested for disinfection efficacy • Conventional Ambient Wash • Conventional Hot Water • O3 Ambient Wash • The different bacteria and viruses were tested separately

  24. Wash Performance Comparison - (Bacteria) Conventional Ambient Temperature Wash No effect on Bacteria Conventional 167 degree F Hot Wash Selected bacteria survive wash Ozone Ambient Temperature Wash Bacteria-free in under 3 minutes

  25. Performance - Conventional Ambient Wash (Bacteria)

  26. Performance - Conventional Hot Water Wash 75ºC/167ºF (Bacteria)

  27. Performance Ozone Ambient Temp Wash (Bacteria)

  28. Performance - MRSA Culture Prior to Laundering MRSA Culture Prior to Laundering MRSA Culture after 40 degree C Laundering MRSA Culture after 40 degree C ozone wash

  29. Performance - MRSA Culture Prior to Laundering

  30. Performance - MRSA After 40ºC Standard Wash

  31. Performance - MRSA Membrane After Ozone Wash

  32. Wash Performance Comparison - (Virus) 1.0E+32 1.0E+28 Lambda phage 1.0E+20 Conventional Ambient Temperature Wash No effect on Viruses FCoVA 1.0E+24 Log Particles/ml 1.0E+16 Saccharomyces virus ScV-L-BC 1.0E+12 1.0E+08 Vibrio phage fs1 1.0E+04 1.0E+00 0 3 7 11 15 Time Minutes 1.0E+32 1.0E+28 Lambda phage Conventional 167 degree F Hot Water Wash Selected Viruses survive wash 1.0E+20 FCoVA 1.0E+24 Log Particles/ml 1.0E+16 Saccharomyces virus ScV-L-BC 1.0E+12 1.0E+08 Vibrio phage fs1 1.0E+04 1.0E+00 0 3 7 11 15 1.0E+32 1.0E+28 Lambda phage Ozone Ambient Temperature Wash Virus-free in under 7 minutes 1.0E+20 FCoVA 1.0E+24 Log Particles/ml 1.0E+16 Saccharomyces virus ScV-L-BC 1.0E+12 1.0E+08 Vibrio phage fs1 1.0E+04 1.0E+00 0 3 7 11 15 Time Minutes

  33. Performance - Conventional Ambient Wash (Viruses) 1.0E+32 Lambda phage 1.0E+28 1.0E+24 FCoVA 1.0E+20 Log Particles/ml 1.0E+16 Saccharomyces virus 1.0E+12 ScV-L-BC 1.0E+08 Vibrio phage fs1 1.0E+04 1.0E+00 0 3 7 11 15 Time Minutes

  34. Performance - Conventional Hot Water Wash 75ºC/167ºF (Viruses) 1.0E+32 Lambda phage 1.0E+28 1.0E+24 FCoVA 1.0E+20 Log Particles/ml 1.0E+16 Saccharomyces virus 1.0E+12 ScV-L-BC 1.0E+08 Vibrio phage fs1 1.0E+04 1.0E+00 0 3 5 11 15 Time Minutes

  35. Performance - Conventional Hot Water Wash 75ºC/167ºF (Viruses) 1.0E+32 Lambda phage 1.0E+28 1.0E+24 FCoVA 1.0E+20 Log Particles/ml 1.0E+16 Saccharomyces virus 1.0E+12 ScV-L-BC 1.0E+08 Vibrio phage fs1 1.0E+04 1.0E+00 0 3 5 11 15 Time Minutes

  36. Performance - Ozone Ambient Temp Wash (Viruses) 1.0E+32 Lambda phage 1.0E+28 1.0E+24 FCoVA 1.0E+20 1.0E+16 Log Particles/ml Saccharomyces virus 1.0E+12 ScV-L-BC 1.0E+08 Vibrio phage fs1 1.0E+04 1.0E+00 0 3 7 11 15 Time Minutes

  37. Markets - U. S. OPL Laundries

  38. California - OPL Laundries

  39. Case Study Apple Farm Inn San Luis Obispo, California

  40. Apple Farm - Facility Background Hospitality - Inn and Suites 104 Rooms Laundry Room (2) 80 lbs. Commercial Washers (2) 120lbs. Commercial Dryers Average Loads per Day: 20 Average Pounds per Day: 1,600lbs

  41. Apple Farm - Testing and Data Recording • Laundry Data Recorded for both Traditional and Ozone Formulas and Wash Cycles • GPM Water Totals • (2) Hot per Washer • (2) Cold per Washer • GPM Totals Recorded 3 days per Week • Chemical Controllers - Total Loads • Total Loads Recorded 3 Days per Week • Data from Traditional Washing Methods were Recorded for 1 Month • Data for Ozone Washing Methods were Recorded Month to Month for 6 Month period • Formulas Tested for pH Levels and Parts Per Million (PPM) in the Bleach Step

  42. Apple Farm - EcoTex Installation • ECO200 - Ozone Generator: - 120VAC Main Power to System - 120VAC Input Signal from Washer to Activate System • Workhorse 8c - Oxygen Concentrator: • - 8scfh @ 90% Oxygen Concentration • - Powered by ECO200 • AeroQual 100 - Ambient Ozone Monitor: • - Powered by ECO200 • - Alarm Signal to ECO200 to deactivate ozone production if ambient levels exceed 0.1 PPM • EcoTex Mini-Diffuser: • - Installed into Sump of Washer

  43. Apple Farm - Traditional vs EcoTex Cycles

  44. Apple Farm - Utility & Consumable Usage Cost per therm understated by 50% EcoTex Formula Totals

  45. Apple Farm - EcoTex Savings

  46. Apple Farm - Increased Efficiency • Labor Savings = Productivity Gains • > 30% reduction in labor cost required for the same level of laundry production > 30% increase in production with the same level of labor cost enabled the Apple Farm laundry facility to absorb the laundry from another Boutique hotel into its laundry operation, eliminating laundry labor at the other facility.

  47. Apple Farm - Return on Investment

  48. Apple Farm - Return on Investment

  49. Why EcoTex Ozone Laundry Leadership Thoroughly Tested > 2,500 Installations Worldwide Engineered Efficiency - Diffusion Approach Ease of Installation & Use Small Profile Wall-Mounted Unit Programmable Turnkey System Low Capital Requirement Low Inventory Required Leasing & Rental Programs Available High Profitability Broad Product Line - Washers from 35 lbs. to 600 lbs. Sales and service support

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